• Biosafety Cabinet - Biological safety cabinets are the primary barrier against exposure to aerosols. The purpose of a biosafety cabinet is to protect the operator and the surrounding environment from biological contaminants and other hazardous materials. Biosafety Cabinets (BSCs) are enclosed workspaces with a ventilated hood that is designed to contain pathogenic microorganisms during microbiological processes. The primary purpose of biosafety cabinets is to protect the laboratory personnel and the environment from the pathogenic microorganism as aerosols might be formed during the processing of such microorganisms. Biosafety cabinets are only used for certain risk group organisms and for processes that might result in aerosol formation. These cabinets are provided with HEPA-filters that decontaminate the air moving out of the cabinet. Biosafety cabinets might be confused with the laminar hood as both of these pieces of equipment work as enclosed workspaces. But, laminar hood only provides protection to the sample and not to the personnel and the environment, whereas biosafety cabinets protect all three. The use of biosafety cabinets or other such physical containment is not required in the biosafety level 1, but depending on the risk assessment, some processes might require such containment. BSCs are an essential part of biosafety as they minimize the formation of aerosol, protecting the environment, the pathogen, and the laboratory personnel. Besides, most BSCs also function to sterilize biological materials that are kept inside the cabinets. 1. Biosafety Cabinet Class I Class I is the most basic biosafety cabinet that provides protection to the environment and the laboratory personnel. It doesn’t, however, provide protection to the product as the unsterilized room air is drawn over the work surface. Class I biosafety cabinets are typically used to either enclose specific equipment like centrifuges or for procedures like aerating cultures that might potentially generate aerosols. Biosafety cabinets of this class are either ducted (connected to the building exhaust system) or unducted (recirculating filtered exhaust back into the laboratory). In the Class I BSC, the room air is drawn in through the opening that also allows the entry of the operator’s arm during work. The air inside the cabinet then takes in the aerosol particles that may have been generated and moves it away from the operator towards the HEPA filter. The air moving out of the cabinet is thus, sterilized via the HEPA filters before its discharge to the environment. In this way, the cabinets protect the operator and the environment from the aerosol but not the sample. 2. Biosafety Cabinet Class II BSC-Class II cabinets provide both kinds of protection (of the samples and the environment) since makeup air is also HEPA-filtered. The principle of operation of Class II cabinets involves a fan mounted in the top of the cabinet that draws a curtain of sterile air over the workstation where the biological products are being handled. The air then moves underneath the work station and back up to the top of the cabinet before passing through the HEPA filters. The exhaust that moves out of the facility consists of air being drawn into the front of the cabinet underneath the work surface. The air drawn in acts as a barrier against the potentially contaminated air coming back out to the operator. Class II BSCs are further divided into five types depending on the exhaust system and the mechanism of work (recirculation of the exhaust air); Type A1, Type A2, Type B1, Type B2, and Type C1. (Added: Thu Mar 03 2022 Hits: 93 Rating: 0.00 Votes: 0) Rate It

• Athanasian Hall, Cambridge LTD (Cambridge, UK) - Selected Fellowship Spotlight for 2022-2023 - Athanasian Hall, Cambridge LTD (UK) is pleased to announce the continued research accomplishments of some of its Fellows in pure and applied mathematics.
  
  Senior Fellow Alexander Skorobogatov is an accomplished statistician from the Russian Federation. During the current academic year, he will continue his trajectory of research in health economics and urban economics. His unique abilities lie at the intersection of advanced statistical methods and mathematical economics. Fellow Sultan Haider will continue his work in pure and applied mathematics: Integro-Differential Equations and Probability Theory, and applications in mathematical physics and pure topology. This diversity and depth of interest is rarely seen in modern mathematical practice. Fellow Dr. Tahir Ullah Khan has research interests that include Fractional Calculus; Convex Analysis; Functional Analysis; and Mean-Square Stochastic Calculus. He is currently working on the development of new advanced fractional operators and their applications in Fractional Differential Equations and Mean Square Stochastics Calculus. Fellow Dr. Muhammad Tahir will spend 2022-2023 performing fundamental research in the modeling of chemical stability - a field of increasing importance that requires competence not only in advanced mathematical analysis but also in Chemistry, Kinetics, and Chemical Physics. Junior Fellow Fidelis Musena Mukudi possesses deep expertise in classical Functional Analysis and Linear Operators and is a prime candidate for prestigious postdoctoral fellowships. His research is on unbounded Self-adjoint operators and their applications in mathematical physics for quantum mechanics.
  
  Senior Fellow Dr. Bassem Sabra states that his "field of research is astrophysics. To be more specific, I work on active galactic nuclei (AGN). I am interested in the physics of accretion and outflows, and also in using the supermassive blackholes (SMBHs) that power the AGN phenomena as astrophysical and cosmological tools. To study accretion and outflows, I utilize multiwavelength spectroscopy (IR, optical, UV, and X-ray) and simulations, with the photoionization code CLOUDY. In my research on SMBHs as tools, I rely on investigating scaling relations between the SMBH masses and the properties of the host galaxies in order to shed light on the formation and evolution of galaxies in general. As an extension of accretion physics investigation, I am interested in investigating the possibility of AGN jets launching ultrahigh energy cosmic rays (UHECRs). As a cosmological tool, I am working on the use of quasars, a bright class of distant AGN, as standard candles to build a quasar Hubble diagram in order to probe the equation of state of dark energy. Using AGN as astrophysical and cosmological tools requires accurate masses of the SMBHs. I am investigating the use of machine learning techniques to accurately and efficiently determine the SMBH masses of large AGN samples".
  
  According to Dr. Jonathan Kenigson, the Dean of Research, "Fellows of Athanasian Hall are selected by merit from around the world. We have many more applicants than we can accept, and only the top candidates are granted Fellow status. This status marks its holder as a mathematician not only of technical competence but also substantial depth and originality". Unlike most institutions of mathematical research, Dr. Kenigson states that "Fellowship is awarded to candidates who demonstrate a breadth of scientific knowledge that is uncommon in the prevailing paradigm of specialization. Athanasian Hall is a preeminent research institute devoted to the Quadrivium, in the tradition of classical education". (Added: Sat Feb 26 2022 Hits: 55 Rating: 0.00 Votes: 0) Rate It

• HOW NEW “MILLENNIUM PROBLEM" SOLUTION WILL CHANGE THE WORLD? - Kazakh scientists plan to present to the public a polynomial algorithm for solving the NP-complete problem. It can be recognized as the solving one of the seven "millennium problems" - the problem of P and NP classes equality. This algorithm is able to solve accurately any problems of the NP class much faster than the existing methods, including approximate ones. In the future, technology can be used in all areas of society and as a result it would completely change our usual world. The presentation of the unique scientific development will take place on the 7th of March at the site of the National Pavilion of the Republic of Kazakhstan as part of the world exhibition Expo 2020 Dubai. "Millennium problems" are seven mathematical problems considered the important classical problems that have remained unresolved for many years. For solving each of these problems, the Clay Mathematical Institute has appointed a reward of $1 million. Earlier, only one of the "millennium problems" was solved - the Russian mathematician Grigory Perelman had proved the Poincare hypothesis. Today we have a large amounts of data, high cost of technical equipment, energy intensity and time resource pose,therefore there are many complex challenges to mankind. The world has to balance by choosing between accuracy, number of parameters and speed of obtaining results. The current state of affairs can be completely changed by solving the problem of complexity P and NP classes equality. Its essence is as follows: if an affirmative answer to a question can be quickly checked, is it true that the answer to this question can be quickly found? A successful solution to this problem will radically affect the speed with which the information technologies are used in all spheres ofmodern digital society life. As reported, the first effective and practical solving of the problem was found by scientists from Kazakhstan. Based on the results of 4 years work, a group of researchers from the Republic of Kazakhstan developed a polynomial algorithm for solving the NP-complete problem. This scientific discovery was made under the guidance of the Kazakh scientist Sinchev B.K. - the Doctor of Technical Sciences, Professor of the International University of Information Technologies, one of the developers of automated systems for on-board control of the "Buran" spacecraft. The development of Kazakhstan scientists was called as New Aeon. The algorithm is able to produce accurate results faster than any existing methods. Thus, all tasks requiring large energy, time and material resources can be completed at a far quicker rates. The solving found by scientists is not just of significant scientific importance - having received the widespread practical application in all sectors of the economy, the technology can change the future of all mankind. Today the developers see a wide range of opportunities for technology integration in such areas as logistics, genetics, cryptography, encryption, online booking, creation of search engines, as well as the development of medicines. Thus, the application of innovations in the field of logistics will increase the volume of freight transportation. As a result the revenue and net profit of transport companies will be also increased without attracting additional investments. In particular, the use of scientific discovery will help solve the problem of optimal filling of vehicles/warehouses with 100% accuracy, without additional servers and time losses. Overall, according to the preliminary estimates, use of the algorithm will increase the growth of market capitalization of 161 the largest transport companies by more than $500 billion, or 28%. The application of innovation in the field of genetics and medicine will significantly speed up the search for accurate solvings: it will shorten the duration of research, increase the percentage of successful developments and expand the coverage of research. At the moment, the agreement on use of the algorithm by experts of one of the world Oncology Institutes has already been reached . “In the end, if the decision of Kazakh scientists finds its application in the world, any services received through the Internet will open for each of us from a new side. For example, in the process of online booking, the technology will provide a wide choice of opportunities for consumers, including lower costs, more convenient routes and the most suitable flight duration. Thus, even a banal application for searching for airline tickets will surprise the phenomenal processing speed of absolutely all possible options,” has noticed Zhanna Akzhanova, the director of the Kazakhstan company New Aeon, and participant of the carried out scientific work. The presentation of the study results will take place on the 7th of March at the site of the National Pavilion of the Republic of Kazakhstan as part of the world exhibition Expo 2020 Dubai, which is currently being held in Dubai, UAE. If you are interested in attending the event, please respond to this email. The details regarding the exact time, format and program of the planned presentation will be provided shortly. Contacts: +7 702 667 07 00 (Aidana) +7 771 055 44 44 (Aliya) press@newaeon.tech https://newaeon.tech (Added: Fri Feb 11 2022 Hits: 255 Rating: 0.00 Votes: 0) Rate It

• Incubators in Singapore - Incubator, in microbiology, is an insulated and enclosed device that provides an optimal condition of temperature, humidity, and other environmental conditions required for the growth of organisms. An incubator is a piece of vital laboratory equipment necessary for the cultivation of microorganisms under artificial conditions. An incubator can be used for the cultivation of both unicellular and multicellular organisms. Cabinet The cabinet is the main body of the incubator consisting of the double-walled cuboidal enclosure with a capacity ranging from 20 to 800L. The outer wall is made up of stainless steel sheets while the inner wall is made up of aluminum. The space between the two walls is filled with glass wool to provide insulation to the incubator. The insulation prevents heat loss and in turn, reduces the electric consumption, thereby ensuring the smooth working of the device. The inner wall of the incubator is provided with inward projections that support the shelves present inside the incubator. Door A door is present in all incubators to close the insulated cabinet. The door also has insulation of its own. It is also provided with a glass that enables the visualization of the interior of the incubator during incubation without disturbing the interior environment. A handle is present on the outside of the door to help with the maneuvering of the door. Control Panel On the outer wall of the incubator is a control panel with all the switches and indicators that allows the parameters of the incubator to be controlled. The control panel also has a witch to control the thermostat of the device. Thermostat A thermostat is used to set the desired temperature of the incubator. After the desired temperature is reached, the thermostat automatically maintains the incubator at that temperature until the temperature is changed again. Perforated shelves Bound to the inner wall are some perforated shelves onto which the plates with the culture media are placed. The perforations on the shelves allow the movement of hot air throughout the inside of the incubator. In some incubators, the shelves are removable, which allows the shelves to be cleaned properly. Asbestos door gasket The asbestos door gasket provides an almost airtight seal between the door and the cabinet. This seal prevents the outside air from entering the cabinet and thus, creating an isolated hot environment inside the cabinet without being interrupted by the external environment. L-shaped thermometer A thermometer is placed on the top part of the outer wall of the incubator. One end of the thermometer provided with gradations remains outside of the incubator so that temperature can be read easily. The next end with the mercury bulb is protruded slightly into the chamber of the incubator. HEPA filters Some advanced incubators are also provided with HEPA filters to lower the possible contamination created due to airflow. AN air-pump with filters creates a closed-loop system so that the air flowing inside the incubator generates less contamination. (Added: Tue Feb 01 2022 Hits: 82 Rating: 0.00 Votes: 0) Rate It

• Medical Device Contract Manufacturing Global Market - Forecast To 2028 - The continuous pursuit of branded medical device companies to achieve operational agility and cost-savings has led to increased demand Medical device contract manufacturing (MDCM), a form of outsourcing in which a manufacturing company makes the whole medical device or certain components of medical devices as per the specifications of Original equipment manufacturer (OEM). The current, vertically integrated MDCM companies that have ascended up the global medical device value chain have evolved to become a trusted ‘concept to commercialization’ partner of the OEMs by providing a complete package of services for both the conventional and new generation medical devices for various medical needs. According to IQ4I estimations, the medical device contract manufacturing global market is expected to reach $82,035.6 million by 2028 growing at a mid single digit CAGR from 2021 to 2028. Factors like the increasing trend of outsourcing among the medical device OEMs to enhance the speed to market of their proprietary products economically, the necessity for OEMs to perpetuate their market share and achieve operational efficiency and competitive edge over their peers by gaining timely, economical access to the advanced, scale appropriate and multiple product manufacturing capabilities of CMOs, the need to meet the huge volume medical device demand associated with persistently escalating prevalence of chronic and infectious diseases and varying medical needs of steadily escalating geriatric population, the gradual transition of medical device market to the value enhanced and cost-efficient disposable devices, increase in surgical procedural volume, hospitalizations and developing healthcare facilities across the globe, the requirement of medical device companies to stay abreast in the highly competitive medical device market with technologically advanced medical devices, and the trend of consolidation in the market are propelling the market growth. Factors like lack of competency among CMOs to develop Class III medical devices, dearth of skilled manufacturing technicians, the necessity of CMOs to adhere to the stringent regulatory guidelines during the medical device development and manufacturing and increasing concerns among OEMs about the threat to their intellectual property (IP) assets are dampening the market growth. The report covers business intelligence information and analysis of various MDCM market segments based on the device type, service type, product type, application and geography. The Electronic MDCM segment is the largest and fastest emerging device type service segment and is expected to grow at a mid single digit CAGR from 2021 to 2028 while the Product Manufacturing and Assembly service segment is the largest and fastest emerging service segment that is also expected to grow at a mid single digit CAGR during the forecasted period. The Therapeutic devices contract manufacturing segment fetched the largest revenue in 2021 while Drug delivery devices contract manufacturing segment is the fastest emerging segment and both are expected to grow at a mid single digit CAGR from 2021 to 2028. The IVD application market accounted for the largest share in 2021 while Orthopedics application market is the fastest emerging segment and both are expected to grow at a mid single digit CAGR during the forecasted period. North America dominated the MDCM market in 2021 and is expected to grow at a mid single digit CAGR from 2021 to 2028 while Asia-Pacific region is the fastest emerging region that is expected of growing a high single digit CAGR during the forecasted period. During COVID-19 pandemic, the demand for services and hence revenue of certain application markets of MDCM had been adversely affected especially in 2020 attributed to significant decline in elective medical procedures while owing to the skyrocketing demand for certain pandemic associated essential devices, some of the product and application markets of the industry unexpectedly flourished. The industry has rebounded back in 2021. Some of the prominent players in the fragmented MDCM global market are Jabil Inc. (U.S.), Integer Holdings Corporation (U.S.), Flex Ltd. (Singapore), Celestica Inc. (Canada), Sanmina Corporation (U.S.), Plexus Corp. (U.S.), Gerresheimer AG (Germany), Molex, LLC (U.S.), Viant (U.S.), TE Connectivity Ltd. (Switzerland), Tecomet, Inc. (U.S.), Orchid Orthopedic Solutions (U.S.) and others. (Added: Mon Jan 31 2022 Hits: 67 Rating: 0.00 Votes: 0) Rate It

• DsK Astrology outsmart others, When it comes to render meticulous prediction. - Deepanshu Singh Kushwaha- The Founder & Vedic Astrologer at DsK Astrology has made waves in the astrology circles since 2007. An accomplished young man, his site provides accurate, free information on all the 9 gemstones and planet transits in easy language. Free Articles are available on the website. The most cost-effective online hand-typed report is also made available along with free energization of products viz gemstones & rudraksha as per the "Ancient Methodology". This intuitive genius has predicted a wide array of future events precisely. Check out his predictions on Amrinder Singh's leaving the Congress, The vandalization of Kangna Ranaut's office by the BMC & many more on his Twitter handles "DsKAstrology". His predictions about the Corona Lockdown and booster dose surprised many accomplished people in this field. The mystery of Kalsarpa dosha is unraveled systematically on his site. If you are facing any issues and would appreciate a comprehensive, factual report with easy-to-do remedies, he is the man to look out for. We also provide "Free Shipping" to Pan India for our Energy Equipped Astrology Products. Most Authentic Place for Astrology Information. (Added: Wed Jan 26 2022 Hits: 74 Rating: 0.00 Votes: 0) Rate It

• Aculon, Inc. Welcomes Elizabeth Cambre as Senior Manager, Business Development for the Energy Sector - SAN DIEGO, Calif. (January 17th, 2022) Aculon, Inc. announced today that Elizabeth Cambre has joined its team as Senior Manager, Business Development. In this new position, Ms. Cambre will oversee the development and implementation of Aculon’s business development for the Energy sector including Oil & Gas to meet the surging demand for Aculon’s nano-enabled coatings and surface modification treatments. Ms. Cambre is an experienced business development executive that brings more than 12 years of experience in the Oil & Gas Sector including time at 3 years at Schlumberger, over 7 years Baker Hughes. Ms. Cambre will report directly to Aculon Chairman & CEO Edward Hughes. In previous roles as Global Product Line Manager – Production Enhancement at Baker Hughes and Director of Production Enhancement at Tendeka, Ms. Cambre led many initiatives relating to the use of Specialty Chemicals for production enhancement. These insights will help Aculon further penetrate the Oil & Gas markets. Ms. Cambre is well respected in the Oil & Gas Industry serving as the 2021 Vice Chair for the Hydraulic Fracturing Technical Section for the Society of Petroleum Engineers. Ms. Cambre is a Chemical Engineer by training and resides in the Houston area. In announcing Ms. Cambre’s hiring, Edward Hughes explained how this aligns with the organization’s strategic goals for 2022 and beyond. “We have enjoyed enormous growth in our business as our proprietary surface modification techniques have penetrated many markets including Electronics, Specialty, Industrial and Medical markets. While we have many Oil & Gas applications including our anti-fouling and production enhancement treatments, we have never tried to directly penetrate the Oil & Gas market until now. Now we have a dedicated Oil & Gas professional that lives near Houston to help lead the charge. I have no doubt Elizabeth will bring her enormous energy, skills and contact to not only our existing programs but also many new ones. Elizabeth will continue our customer-centric focus and help new partners take advantage of Aculon’s surface modification solutions.” “I am excited to join Aculon, a company that has broad portfolio of products and a reputation for being the innovation leader in the thin film coatings market,” said Ms. Cambre. “I am looking forward to sharing my experiences and tapping into my knowledge to continue to drive Aculon’s growth and build a strong specialty chemical business in Energy sector.” About Aculon, Inc. Aculon, Inc. is an award winning and leading surface modification company that specializes in creating ultra-thin film treatments to modify surfaces to make them repellant. The company was founded in 2004 and has developed a broad suite of surface modification technologies including hydrophobic, superhydrophobic, oleophobic, hydrophilic, anti-fouling and adhesion promotion technologies for global electronics, oil and gas and a specialty markets, including, automotive, optical, and industrial applications. Aculon’s technologies can be applied via spray, wipe or dipping processes that mitigate the need for capital-intensive vacuum chamber deposition processes. Please contact Aculon at 1-858-350-9499 or info@aculon.com for more information. Media Contacts Mario Gattuso 858-350-9499 gattuso@aculon.com (Added: Tue Jan 18 2022 Hits: 70 Rating: 0.00 Votes: 0) Rate It

• Aculon, Inc. Welcomes Elizabeth Cambre as Senior Manager, Business Development for the Energy Sector - SAN DIEGO, Calif. (January 17th, 2022) Aculon, Inc. announced today that Elizabeth Cambre has joined its team as Senior Manager, Business Development. In this new position, Ms. Cambre will oversee the development and implementation of Aculon’s business development for the Energy sector including Oil & Gas to meet the surging demand for Aculon’s nano-enabled coatings and surface modification treatments. Ms. Cambre is an experienced business development executive that brings more than 12 years of experience in the Oil & Gas Sector including time at 3 years at Schlumberger, over 7 years Baker Hughes. Ms. Cambre will report directly to Aculon Chairman & CEO Edward Hughes. In previous roles as Global Product Line Manager – Production Enhancement at Baker Hughes and Director of Production Enhancement at Tendeka, Ms. Cambre led many initiatives relating to the use of Specialty Chemicals for production enhancement. These insights will help Aculon further penetrate the Oil & Gas markets. Ms. Cambre is well respected in the Oil & Gas Industry serving as the 2021 Vice Chair for the Hydraulic Fracturing Technical Section for the Society of Petroleum Engineers. Ms. Cambre is a Chemical Engineer by training and resides in the Houston area. In announcing Ms. Cambre’s hiring, Edward Hughes explained how this aligns with the organization’s strategic goals for 2022 and beyond. “We have enjoyed enormous growth in our business as our proprietary surface modification techniques have penetrated many markets including Electronics, Specialty, Industrial and Medical markets. While we have many Oil & Gas applications including our anti-fouling and production enhancement treatments, we have never tried to directly penetrate the Oil & Gas market until now. Now we have a dedicated Oil & Gas professional that lives near Houston to help lead the charge. I have no doubt Elizabeth will bring her enormous energy, skills and contact to not only our existing programs but also many new ones. Elizabeth will continue our customer-centric focus and help new partners take advantage of Aculon’s surface modification solutions.” “I am excited to join Aculon, a company that has broad portfolio of products and a reputation for being the innovation leader in the thin film coatings market,” said Ms. Cambre. “I am looking forward to sharing my experiences and tapping into my knowledge to continue to drive Aculon’s growth and build a strong specialty chemical business in Energy sector.” About Aculon, Inc. Aculon, Inc. is an award winning and leading surface modification company that specializes in creating ultra-thin film treatments to modify surfaces to make them repellant. The company was founded in 2004 and has developed a broad suite of surface modification technologies including hydrophobic, superhydrophobic, oleophobic, hydrophilic, anti-fouling and adhesion promotion technologies for global electronics, oil and gas and a specialty markets, including, automotive, optical, and industrial applications. Aculon’s technologies can be applied via spray, wipe or dipping processes that mitigate the need for capital-intensive vacuum chamber deposition processes. Please contact Aculon at 1-858-350-9499 or info@aculon.com for more information. Media Contacts Mario Gattuso 858-350-9499 gattuso@aculon.com (Added: Tue Jan 18 2022 Hits: 73 Rating: 0.00 Votes: 0) Rate It

• Acellerated Aging in Space Solved - Recently there has been much media attention around the serious issue facing many space agencies such as Elon Musk’s Space X and NASA. An award winning microbiologist has held the answer since the early 2000’s. Could a collaboration make space travel a reality again? Put simply the problem is this: when humans leave the protective embrace of earth's atmosphere, we are subjected to far more radiation than on earth, this is true even as you get farther away from the Sun such as is the case with Mars. The Mayo clinic among other notable institutions have speculated that this will cause cells to age faster and senesce (die) earlier. It is also far more likely to lead to an elevated incidence of cell mutations and cancer for our first intrepid space colonists. Dr William Andrews PHD, President of Sierra Sciences claims to have the solution. Dr Andrews has been a medical researcher in biotech since 1981, focusing on cancer, heart disease, and inflammation research, though his passion has always been aging. In the early-to-mid 1990s, while at Geron Corporation, Bill led the research team that discovered both the RNA and protein components of the human enzyme called telomerase. This enzyme is responsible for preventing telomeres from shortening. Inducing this enzyme to lengthen telomeres in all our cells to reverse aging and declining health due to aging, is the principal goal of Sierra Sciences. Dr Andrews believes that using this method will also work to prevent all the problems associated with premature aging, high incidence of cancer and high mutation rates in space; this is how he explains it. “Telomeres are structures found at the tips of our chromosomes which shorten every time our cells divide until they become so short that the cell can no longer divide and it dies of old age. You can think of telomeres as something like ride tickets at an amusement park. Every time a cell divides a ticket is used and once the tickets are all used up your cells die.” The problem with radiation: it's constantly destroying cells forcing your body to make new ones. But every time you make a new cell you use up a ride ticket and your telomeres shorten causing you to age faster, weakening your immune system and increasing your risk of cancer. Over the past 20 years Dr Andrews has spent more than $43 million US dollars on the research and development of a drug that when ingested would be able to, at the very least, slow the aging process to the point where our early space colonists would actually live longer rather than shorter lives, would have lower incidences of cancer, better survival rates and lower mutation rates due the protective properties that long telomeres have on the chromosomes. The best part is that this drug can be ready to go by the time the first colonists arrive on Mars but to do that Dr Andrews must accelerate his research now. BioTech companies like Dr Andrew’s Sierra Sciences do not have income streams like pharmaceutical companies nor do they receive government money like universities so in order to achieve his lifelong goal and to help companies like Space X achieve theirs Dr Andrews is hoping for a collaborative effort. “They have the solution to my problem (funding), I have the solution to theirs''. Other companies could attempt the same techniques as Dr Andrews and begin from first principles, but according to Dr Andrews they would take a decade to catch up to the point where he is now with several drug candidates and probably only end up in breach of his extensive patent portfolio anyway. Dr Andrews, a scientific pioneer who has been featured in the Oscar nominated documentary ‘The Immortalists’, The BBC, NBC and Popular Science magazine to name just a few, is known to be ahead of his time. In the early 2000’s he was aware of the problems space travel would cause to the human body and filed several grant applications to various agencies like NASA citing all the same issues that ARE BEING RAISED NOW. Once developed, this new Anti-aging drug could of course be used even more effectively on earth as well so there is reason for us all to be hopeful that a collaboration like the one described by Dr Andrews comes to fruition and who knows maybe one day we’ll be jetting off to Mars to celebrate our 200th birthday. (Added: Sat Jan 15 2022 Hits: 73 Rating: 0.00 Votes: 0) Rate It

• Global Aluminium Alloy Wire Market Analysis and Forecast 2021-2028 - The global Aluminium Alloy Wire Market research report is the well-analyzed solution for the decision-makers and academicians who are seeking a detailed analysis in terms of both qualitative as well as quantitative, for the historic period and for the upcoming years forecast. The research report encompasses the industry overview along with the forthcoming threats and supporting factors that will drive or hamper the market growth and provide opportunities soon. DOWNLOAD FREE SAMPLE STUDY PDF (INCLUDING FULL TOC, TABLE & FIGURES) @ https://www.amecoresearch.com/sample/269629 The Aluminium Alloy Wire Market is finely segmented by considering the most important and responsive aspects of the respective market. Additionally, the segments are well analyzed for every geographical region including the United States, European Union, China, Japan, India, Korea, and Southeast Asia. The major countries are covered with detailed information. Most importantly, the impact of the COVID-19 pandemic that has disrupted the global market in terms of the supply chain, money flow, and overall market economics is comprehensively covered by including qualitative and quantitative approaches in the final report. MARKET SEGMENTATION The global Aluminium Alloy Wire market is segmented by company, region (country), by Type, and by Application. The segmental analysis focuses on revenue and forecast by region (country), by Type, and by Application for the period 2016-2028. By the product type, the market is primarily split into 1000 Series 2000 Series 3000 Series 4000 Series 5000 Series 6000 Series 7000 Series 8000 Series By the end users/application, this report covers the following segments Construction Automotive Other CUSTOMIZED REQUIREMENTS? NEED ANY HELP? PLEASE EMAIL US @ sales@amecoresearch.com Apart from the segmentation, the market research report encompasses established strategic tools (Value Chain Analysis, Supply Channel Analysis, Porter’s five forces model, and others) that help individuals in easy understanding and analyzing the overall information more comprehensively and systematically. KEY PLAYERS The Aluminium Alloy Wire key manufacturers in this market include: Baotou Aluminium Vedanta Vimetco UC RUSAL Southwire Hongfan Lincoln Electric Kaiser Aluminum Alro Hydro ACL Cables Liljedahl Winding Wire Southern Cable Most of the top major players are being covered in the research report along with their product offerings, revenue contribution, regional presence, strategic developments, and business strength. FEW SIGNIFICANT POINTS FROM THE TABLE OF CONTENT: Global Aluminium Alloy Wire Market Research Report 2021-2028 https://www.amecoresearch.com/global-aluminium-alloy-wire-market-2021-2028/toc/269629 KEY QUESTIONS ANSWERED IN THE REPORT The report addresses key questions concerning the market evolution and overarching trends shaping global market growth. Some of the key questions answered in the report include- – What is the overall structure of the market? – What was the historical value and what is the forecasted value of the market? – What are the key product level trends in the market? – What are the market level trends in the market? – Which of the market players are leading and what are their key differential strategies to retain their stronghold? – Which are the most lucrative regions in the market space? THE FINAL REPORT WILL COVER THE IMPACT ANALYSIS OF COVID-19, DOWNLOAD FULL STUDY REPORT@ https://www.amecoresearch.com/buy/269629 AMECO RESEARCH IS PART OF ACUMEN RESEARCH AND CONSULTING. Contact: Email: sales@amecoresearch.com| +1 407 915 4157 Follow Us:- LinkedIn: https://www.linkedin.com/company/ameco-research Twitter: https://twitter.com/AmecoResearch (Added: Thu Jan 13 2022 Hits: 248 Rating: 0.00 Votes: 0) Rate It

• Global Calcium Lignosulfonate Market Analysis and Forecast 2021-2028 - The global Calcium Lignosulfonate Market research report is the well-analyzed solution for the decision-makers and academicians who are seeking a detailed analysis in terms of both qualitative as well as quantitative, for the historic period and for the upcoming years forecast. The research report encompasses the industry overview along with the forthcoming threats and supporting factors that will drive or hamper the market growth and provide opportunities soon. DOWNLOAD FREE SAMPLE STUDY PDF (INCLUDING FULL TOC, TABLE & FIGURES) @ https://www.amecoresearch.com/sample/269628 The Calcium Lignosulfonate Market is finely segmented by considering the most important and responsive aspects of the respective market. Additionally, the segments are well analyzed for every geographical region including the United States, European Union, China, Japan, India, Korea, and Southeast Asia. The major countries are covered with detailed information. Most importantly, the impact of the COVID-19 pandemic that has disrupted the global market in terms of the supply chain, money flow, and overall market economics is comprehensively covered by including qualitative and quantitative approaches in the final report. MARKET SEGMENTATION The global Calcium Lignosulfonate market is segmented by company, region (country), by Type, and by Application. The segmental analysis focuses on revenue and forecast by region (country), by Type, and by Application for the period 2016-2028. By the product type, the market is primarily split into Industrial Grade Calcium Lignosulfonate Agriculture Grade Calcium Lignosulfonate By the end users/application, this report covers the following segments Water Reducing Agent of Concrete Ore Binder Refractory Materials Ceramics Feed Adhesive Other CUSTOMIZED REQUIREMENTS? NEED ANY HELP? PLEASE EMAIL US @ sales@amecoresearch.com Apart from the segmentation, the market research report encompasses established strategic tools (Value Chain Analysis, Supply Channel Analysis, Porter’s five forces model, and others) that help individuals in easy understanding and analyzing the overall information more comprehensively and systematically. KEY PLAYERS The Calcium Lignosulfonate key manufacturers in this market include: Borregaard LignoTech Rayonier Advanced Materials SAPPI Flambeau River Papers Nippon Paper Industries Shanghai Yeats Additive HUBEI AGING CHEMICAL COMPANY Mudanjiang Honglin Chemical Wuhan Xinyingda Chemicals Most of the top major players are being covered in the research report along with their product offerings, revenue contribution, regional presence, strategic developments, and business strength. FEW SIGNIFICANT POINTS FROM THE TABLE OF CONTENT: Global Calcium Lignosulfonate Market Research Report 2021-2028 https://www.amecoresearch.com/global-calcium-lignosulfonate-market-2021-2028/toc/269628 KEY QUESTIONS ANSWERED IN THE REPORT The report addresses key questions concerning the market evolution and overarching trends shaping global market growth. Some of the key questions answered in the report include- – What is the overall structure of the market? – What was the historical value and what is the forecasted value of the market? – What are the key product level trends in the market? – What are the market level trends in the market? – Which of the market players are leading and what are their key differential strategies to retain their stronghold? – Which are the most lucrative regions in the market space? THE FINAL REPORT WILL COVER THE IMPACT ANALYSIS OF COVID-19, DOWNLOAD FULL STUDY REPORT@ https://www.amecoresearch.com/buy/269628 AMECO RESEARCH IS PART OF ACUMEN RESEARCH AND CONSULTING. Contact: Email: sales@amecoresearch.com| +1 407 915 4157 Follow Us:- LinkedIn: https://www.linkedin.com/company/ameco-research Twitter: https://twitter.com/AmecoResearch (Added: Thu Jan 13 2022 Hits: 258 Rating: 0.00 Votes: 0) Rate It

• Global Dye Fixing Agents Market Size, Share, Growth,Trends, COVID-19 Analysis and Forecast 2021-2028 - The global Dye Fixing Agents Market research report is the well-analyzed solution for the decision-makers and academicians who are seeking a detailed analysis in terms of both qualitative as well as quantitative, for the historic period and for the upcoming years forecast. The research report encompasses the industry overview along with the forthcoming threats and supporting factors that will drive or hamper the market growth and provide opportunities soon. DOWNLOAD FREE SAMPLE STUDY PDF (INCLUDING FULL TOC, TABLE & FIGURES) @ https://www.amecoresearch.com/sample/269627 The Dye Fixing Agents Market is finely segmented by considering the most important and responsive aspects of the respective market. Additionally, the segments are well analyzed for every geographical region including the United States, European Union, China, Japan, India, Korea, and Southeast Asia. The major countries are covered with detailed information. Most importantly, the impact of the COVID-19 pandemic that has disrupted the global market in terms of the supply chain, money flow, and overall market economics is comprehensively covered by including qualitative and quantitative approaches in the final report. MARKET SEGMENTATION The global Dye Fixing Agents market is segmented by company, region (country), by Type, and by Application. The segmental analysis focuses on revenue and forecast by region (country), by Type, and by Application for the period 2016-2028. By the product type, the market is primarily split into Cationic Polymer Dye Fixing Agents Resin Type Dye Fixing Agents Crosslinking Dye Fixing Agents By the end users/application, this report covers the following segments Nylon Leather Cotton Fabric CUSTOMIZED REQUIREMENTS? NEED ANY HELP? PLEASE EMAIL US @ sales@amecoresearch.com Apart from the segmentation, the market research report encompasses established strategic tools (Value Chain Analysis, Supply Channel Analysis, Porter’s five forces model, and others) that help individuals in easy understanding and analyzing the overall information more comprehensively and systematically. KEY PLAYERS The Dye Fixing Agents key manufacturers in this market include: Matex Bangladesh Limited ASUTEX Piedmont Chemical Industries Achitex Minerva PROTEX D. K. CORPORATION NICCA Chemical Avocet Dye & Chemical Viswaat Chemicals Limited S D International Jain Chem Vertellus Holdings Weltro International Group Centro Chino Jacquard Products Watson Chemical Jihua Group Runhe Chemical Industry WEILONGJINDA Most of the top major players are being covered in the research report along with their product offerings, revenue contribution, regional presence, strategic developments, and business strength. FEW SIGNIFICANT POINTS FROM THE TABLE OF CONTENT: Global Dye Fixing Agents Market Research Report 2021-2028 https://www.amecoresearch.com/global-dye-fixing-agents-market-2021-2028/toc/269627 KEY QUESTIONS ANSWERED IN THE REPORT The report addresses key questions concerning the market evolution and overarching trends shaping global market growth. Some of the key questions answered in the report include- – What is the overall structure of the market? – What was the historical value and what is the forecasted value of the market? – What are the key product level trends in the market? – What are the market level trends in the market? – Which of the market players are leading and what are their key differential strategies to retain their stronghold? – Which are the most lucrative regions in the market space? THE FINAL REPORT WILL COVER THE IMPACT ANALYSIS OF COVID-19, DOWNLOAD FULL STUDY REPORT@ https://www.amecoresearch.com/buy/269627 AMECO RESEARCH IS PART OF ACUMEN RESEARCH AND CONSULTING. Contact: Email: sales@amecoresearch.com| +1 407 915 4157 Follow Us:- LinkedIn: https://www.linkedin.com/company/ameco-research Twitter: https://twitter.com/AmecoResearch (Added: Thu Jan 13 2022 Hits: 291 Rating: 0.00 Votes: 0) Rate It

• Global Noble Gas Market Size, Share, Growth,Trends, COVID-19 Analysis and Forecast 2021-2028 - The global Noble Gas Market research report is the well-analyzed solution for the decision-makers and academicians who are seeking a detailed analysis in terms of both qualitative as well as quantitative, for the historic period and for the upcoming years forecast. The research report encompasses the industry overview along with the forthcoming threats and supporting factors that will drive or hamper the market growth and provide opportunities soon. DOWNLOAD FREE SAMPLE STUDY PDF (INCLUDING FULL TOC, TABLE & FIGURES) @ https://www.amecoresearch.com/sample/269626 The Noble Gas Market is finely segmented by considering the most important and responsive aspects of the respective market. Additionally, the segments are well analyzed for every geographical region including the United States, European Union, China, Japan, India, Korea, and Southeast Asia. The major countries are covered with detailed information. Most importantly, the impact of the COVID-19 pandemic that has disrupted the global market in terms of the supply chain, money flow, and overall market economics is comprehensively covered by including qualitative and quantitative approaches in the final report. MARKET SEGMENTATION The global Noble Gas market is segmented by company, region (country), by Type, and by Application. The segmental analysis focuses on revenue and forecast by region (country), by Type, and by Application for the period 2016-2028. By the product type, the market is primarily split into Argon Helium Krypton Neon Xenon By the end users/application, this report covers the following segments Manufacturing & Construction Electronics Healthcare Automotive CUSTOMIZED REQUIREMENTS? NEED ANY HELP? PLEASE EMAIL US @ sales@amecoresearch.com Apart from the segmentation, the market research report encompasses established strategic tools (Value Chain Analysis, Supply Channel Analysis, Porter’s five forces model, and others) that help individuals in easy understanding and analyzing the overall information more comprehensively and systematically. KEY PLAYERS The Noble Gas key manufacturers in this market include: Air Liquide The Linde Group Praxair Air Products and Chemicals Airgas Messer Group Proton Gases Ellenbarrie Industrial Gases Air Water Universal Industrial Gases Iceblick Noble Gas Solutions Noble Energy Matheson Tri-Gas Most of the top major players are being covered in the research report along with their product offerings, revenue contribution, regional presence, strategic developments, and business strength. FEW SIGNIFICANT POINTS FROM THE TABLE OF CONTENT: Global Noble Gas Market Research Report 2021-2028 https://www.amecoresearch.com/global-noble-gas-market-2021-2028/toc/269626 KEY QUESTIONS ANSWERED IN THE REPORT The report addresses key questions concerning the market evolution and overarching trends shaping global market growth. Some of the key questions answered in the report include- – What is the overall structure of the market? – What was the historical value and what is the forecasted value of the market? – What are the key product level trends in the market? – What are the market level trends in the market? – Which of the market players are leading and what are their key differential strategies to retain their stronghold? – Which are the most lucrative regions in the market space? THE FINAL REPORT WILL COVER THE IMPACT ANALYSIS OF COVID-19, DOWNLOAD FULL STUDY REPORT@ https://www.amecoresearch.com/buy/269626 AMECO RESEARCH IS PART OF ACUMEN RESEARCH AND CONSULTING. Contact: Email: sales@amecoresearch.com| +1 407 915 4157 Follow Us:- LinkedIn: https://www.linkedin.com/company/ameco-research Twitter: https://twitter.com/AmecoResearch (Added: Thu Jan 13 2022 Hits: 285 Rating: 0.00 Votes: 0) Rate It

• Global Aircraft Coatings Market Size, Share, Growth,Trends, COVID-19 Analysis and Forecast 2021-2028 - The global Aircraft Coatings Market research report is the well-analyzed solution for the decision-makers and academicians who are seeking a detailed analysis in terms of both qualitative as well as quantitative, for the historic period and for the upcoming years forecast. The research report encompasses the industry overview along with the forthcoming threats and supporting factors that will drive or hamper the market growth and provide opportunities soon. DOWNLOAD FREE SAMPLE STUDY PDF (INCLUDING FULL TOC, TABLE & FIGURES) @ https://www.amecoresearch.com/sample/269625 The Aircraft Coatings Market is finely segmented by considering the most important and responsive aspects of the respective market. Additionally, the segments are well analyzed for every geographical region including the United States, European Union, China, Japan, India, Korea, and Southeast Asia. The major countries are covered with detailed information. Most importantly, the impact of the COVID-19 pandemic that has disrupted the global market in terms of the supply chain, money flow, and overall market economics is comprehensively covered by including qualitative and quantitative approaches in the final report. MARKET SEGMENTATION The global Aircraft Coatings market is segmented by company, region (country), by Type, and by Application. The segmental analysis focuses on revenue and forecast by region (country), by Type, and by Application for the period 2016-2028. By the product type, the market is primarily split into Epoxy Coatings Polyurethane Coatings Fluorocarbon Coatings By the end users/application, this report covers the following segments Original Equipment Manufacturer (OEM) Maintenance, Repair & Overhaul (MRO) CUSTOMIZED REQUIREMENTS? NEED ANY HELP? PLEASE EMAIL US @ sales@amecoresearch.com Apart from the segmentation, the market research report encompasses established strategic tools (Value Chain Analysis, Supply Channel Analysis, Porter’s five forces model, and others) that help individuals in easy understanding and analyzing the overall information more comprehensively and systematically. KEY PLAYERS The Aircraft Coatings key manufacturers in this market include: AkzoNobel PPG Industries Mankiewicz DuPont Sherwin-Williams Axalta Coating Systems Henkel Ionbond Zircotec Hohman Plating & Manufacturing Hentzen Coatings GKN Aerospace Argosy International Exova Most of the top major players are being covered in the research report along with their product offerings, revenue contribution, regional presence, strategic developments, and business strength. FEW SIGNIFICANT POINTS FROM THE TABLE OF CONTENT: Global Aircraft Coatings Market Research Report 2021-2028 https://www.amecoresearch.com/global-aircraft-coatings-market-2021-2028/toc/269625 KEY QUESTIONS ANSWERED IN THE REPORT The report addresses key questions concerning the market evolution and overarching trends shaping global market growth. Some of the key questions answered in the report include- – What is the overall structure of the market? – What was the historical value and what is the forecasted value of the market? – What are the key product level trends in the market? – What are the market level trends in the market? – Which of the market players are leading and what are their key differential strategies to retain their stronghold? – Which are the most lucrative regions in the market space? THE FINAL REPORT WILL COVER THE IMPACT ANALYSIS OF COVID-19, DOWNLOAD FULL STUDY REPORT@ https://www.amecoresearch.com/buy/269625 AMECO RESEARCH IS PART OF ACUMEN RESEARCH AND CONSULTING. Contact: Email: sales@amecoresearch.com| +1 407 915 4157 Follow Us:- LinkedIn: https://www.linkedin.com/company/ameco-research Twitter: https://twitter.com/AmecoResearch (Added: Thu Jan 13 2022 Hits: 313 Rating: 0.00 Votes: 0) Rate It

• Global Crop Protection Products Market Analysis and Forecast 2021-2028 - The global Crop Protection Products Market research report is the well-analyzed solution for the decision-makers and academicians who are seeking a detailed analysis in terms of both qualitative as well as quantitative, for the historic period and for the upcoming years forecast. The research report encompasses the industry overview along with the forthcoming threats and supporting factors that will drive or hamper the market growth and provide opportunities soon. DOWNLOAD FREE SAMPLE STUDY PDF (INCLUDING FULL TOC, TABLE & FIGURES) @ https://www.amecoresearch.com/sample/269624 The Crop Protection Products Market is finely segmented by considering the most important and responsive aspects of the respective market. Additionally, the segments are well analyzed for every geographical region including the United States, European Union, China, Japan, India, Korea, and Southeast Asia. The major countries are covered with detailed information. Most importantly, the impact of the COVID-19 pandemic that has disrupted the global market in terms of the supply chain, money flow, and overall market economics is comprehensively covered by including qualitative and quantitative approaches in the final report. MARKET SEGMENTATION The global Crop Protection Products market is segmented by company, region (country), by Type, and by Application. The segmental analysis focuses on revenue and forecast by region (country), by Type, and by Application for the period 2016-2028. By the product type, the market is primarily split into Herbicides Insecticides Fungicides By the end users/application, this report covers the following segments Cereals & Grains Fruits & Vegetables Oilseeds & Pulses Turfs & Ornamentals Others CUSTOMIZED REQUIREMENTS? NEED ANY HELP? PLEASE EMAIL US @ sales@amecoresearch.com Apart from the segmentation, the market research report encompasses established strategic tools (Value Chain Analysis, Supply Channel Analysis, Porter’s five forces model, and others) that help individuals in easy understanding and analyzing the overall information more comprehensively and systematically. KEY PLAYERS The Crop Protection Products key manufacturers in this market include: Bayer CropScience Dow AgroSciences DuPont FMC BASF Arysta LifeScience Syngenta Sumitomo Chemical Nufarm American Vanguard BioWorks Lanxess Cheminova Chr Hansen Ishihara Sangyo Kaisha Isagro Most of the top major players are being covered in the research report along with their product offerings, revenue contribution, regional presence, strategic developments, and business strength. FEW SIGNIFICANT POINTS FROM THE TABLE OF CONTENT: Global Crop Protection Products Market Research Report 2021-2028 https://www.amecoresearch.com/global-crop-protection-products-market-2021-2028/toc/269624 KEY QUESTIONS ANSWERED IN THE REPORT The report addresses key questions concerning the market evolution and overarching trends shaping global market growth. Some of the key questions answered in the report include- – What is the overall structure of the market? – What was the historical value and what is the forecasted value of the market? – What are the key product level trends in the market? – What are the market level trends in the market? – Which of the market players are leading and what are their key differential strategies to retain their stronghold? – Which are the most lucrative regions in the market space? THE FINAL REPORT WILL COVER THE IMPACT ANALYSIS OF COVID-19, DOWNLOAD FULL STUDY REPORT@ https://www.amecoresearch.com/buy/269624 AMECO RESEARCH IS PART OF ACUMEN RESEARCH AND CONSULTING. Contact: Email: sales@amecoresearch.com| +1 407 915 4157 Follow Us:- LinkedIn: https://www.linkedin.com/company/ameco-research Twitter: https://twitter.com/AmecoResearch (Added: Thu Jan 13 2022 Hits: 305 Rating: 0.00 Votes: 0) Rate It

• Global Synthetic Polymer Waxes Market Analysis and Forecast 2021-2028 - The global Synthetic Polymer Waxes Market research report is the well-analyzed solution for the decision-makers and academicians who are seeking a detailed analysis in terms of both qualitative as well as quantitative, for the historic period and for the upcoming years forecast. The research report encompasses the industry overview along with the forthcoming threats and supporting factors that will drive or hamper the market growth and provide opportunities soon. DOWNLOAD FREE SAMPLE STUDY PDF (INCLUDING FULL TOC, TABLE & FIGURES) @ https://www.amecoresearch.com/sample/269623 The Synthetic Polymer Waxes Market is finely segmented by considering the most important and responsive aspects of the respective market. Additionally, the segments are well analyzed for every geographical region including the United States, European Union, China, Japan, India, Korea, and Southeast Asia. The major countries are covered with detailed information. Most importantly, the impact of the COVID-19 pandemic that has disrupted the global market in terms of the supply chain, money flow, and overall market economics is comprehensively covered by including qualitative and quantitative approaches in the final report. MARKET SEGMENTATION The global Synthetic Polymer Waxes market is segmented by company, region (country), by Type, and by Application. The segmental analysis focuses on revenue and forecast by region (country), by Type, and by Application for the period 2016-2028. By the product type, the market is primarily split into Liquid Forms Spray Forms By the end users/application, this report covers the following segments Cosmetics Food Automotive Pharmaceutical Others CUSTOMIZED REQUIREMENTS? NEED ANY HELP? PLEASE EMAIL US @ sales@amecoresearch.com Apart from the segmentation, the market research report encompasses established strategic tools (Value Chain Analysis, Supply Channel Analysis, Porter’s five forces model, and others) that help individuals in easy understanding and analyzing the overall information more comprehensively and systematically. KEY PLAYERS The Synthetic Polymer Waxes key manufacturers in this market include: BASF SE (Germany) Blended Waxes, Inc. (US) Clariant International(Switzerland) Dow Corning (US) Evonik Industries AG (Germany) Exxon Mobil Fuels & Lubricants (US) 3M (US) Honeywell International (US) Koster Keunen (Holland)(Netherlands) Lubrizol Corp. (US) Micro Powders, Inc. (US) Momentive (US) Paramelt BV (Netherlands) Petroferm, Inc. (US) Romonta GmbH (Germany) Strahl & Pitsch, Inc. (US) The International Group, Inc. (Canada) WAX-Tromm(Germany) Most of the top major players are being covered in the research report along with their product offerings, revenue contribution, regional presence, strategic developments, and business strength. FEW SIGNIFICANT POINTS FROM THE TABLE OF CONTENT: Global Synthetic Polymer Waxes Market Research Report 2021-2028 https://www.amecoresearch.com/global-synthetic-polymer-waxes-market-2021-2028/toc/269623 KEY QUESTIONS ANSWERED IN THE REPORT The report addresses key questions concerning the market evolution and overarching trends shaping global market growth. Some of the key questions answered in the report include- – What is the overall structure of the market? – What was the historical value and what is the forecasted value of the market? – What are the key product level trends in the market? – What are the market level trends in the market? – Which of the market players are leading and what are their key differential strategies to retain their stronghold? – Which are the most lucrative regions in the market space? THE FINAL REPORT WILL COVER THE IMPACT ANALYSIS OF COVID-19, DOWNLOAD FULL STUDY REPORT@ https://www.amecoresearch.com/buy/269623 AMECO RESEARCH IS PART OF ACUMEN RESEARCH AND CONSULTING. Contact: Email: sales@amecoresearch.com| +1 407 915 4157 Follow Us:- LinkedIn: https://www.linkedin.com/company/ameco-research Twitter: https://twitter.com/AmecoResearch (Added: Thu Jan 13 2022 Hits: 270 Rating: 0.00 Votes: 0) Rate It

• Lipids in Exosomes: Highlighted Exosome Lipidomic Services at Creative Biolabs - With the identified role of lipids in exosome biology and intercellular communication, Creative Biolabs highlights the importance of lipidomics in exosome research by providing complete lipidomic profiling services. Studies suggest that the exosomal composition in body fluids may contribute to understanding the progression of some diseases, developing new biomarkers for diagnosis, and finding novel therapeutic targets. As an important structural and regulatory component of exosomes, lipids have attracted researchers to investigate their functions in exosome biogenesis, release, targeting, and cellular uptake. And Creative Biolabs, as a leading biotech solution provider, is obligatory to fill the gaps between lipids research and exosome-related services. The study of lipids in exosomes has emerged into an innovative discipline known as exosome lipidomics, aiming to identify how original lipids, lipid carriers, and lipid-related enzymes interact with other molecular and cellular networks to explore novel biomedical applications. Technology-driven Exosome Lipidomics Exosome lipidomics is a relatively new field but has been rapidly driven by modern technologies, such as mass spectrometry (MS), nuclear magnetic resonance (NMR) spectroscopy, fluorescence spectroscopy, and dual polarization interferometry. MS has become a dominating platform in lipidomic analysis, which can be further divided into three main categories: direct infusion-based "shotgun" analysis, liquid chromatography (LC)-MS systems, and gas chromatography (GC)-MS platforms. Creative Biolabs, equipped with high-end facilities, has extensive experience in exosome isolation, purification, and characterization. MS-based exosome characterization at this biotech company has been successfully applied to analyze protein, lipids, and metabolite composition of extracellular vesicles. Exosomal Lipid-based Biomarkers Advances in exosome isolation and purification have made several exosomal components novel and promising biomarkers, such as lipids and proteins. Exosome lipids have been proposed as biomarkers for the diagnosis of prostate cancer and some other disorders like diabetes, COVID-19, and neurodegenerative diseases. But exosome lipidomics, as a relatively new field in omic sciences, is facing several limitations. To optimize the quality and results for exosome lipidomic studies, Creative Biolabs is dedicated to developing high-specificity and high-affinity antibodies against these exosomal markers for various downstream applications, for example, applications in disease prognosis and diagnosis. About Creative Biolabs Having long been devoted to the field of exosome research, Creative Biolabs presents the state-of-the-art analytical procedures used in exosome lipidomics, metabolomics, genomics, and proteomics. It emphasizes exosome-related services covering exosome isolation, characterization, quantification, engineering, etc., highlighting the role of exosomes in future biomedicine. To learn more details about Creative Biolabs' exosome services, please visit https://www.creative-biolabs.com/exosome/. (Added: Mon Jan 10 2022 Hits: 71 Rating: 0.00 Votes: 0) Rate It

• Decontamination Chamber - Decontamination chamber has high level surface disinfection Room is an independent, modular unit suitable for product production and equipment loads in clean room and high control environments up to BSL4. PBSC’s high-level log6 surface disinfection chamber is a freestanding, modular unit ideal for material production and equipment loads in cleanroom and high containment environments up to BSL4. At PBSC we provide decontamination solutions from market leading H202 generator manufactures ensuring regulatory compliance and consumable traceability. The chamber is intuitive allowing ease of use for facility operators. The decontamination cycle is initiated via the colour touch screens on either side of the chamber, which provides operators with in-cycle data from the chamber and H2O2 generator. Effective against a wide range of micro-organisms and viruses, the HPV decon chamber provides a low heat decontamination solution for heat sensitive items such as laptops, or biologic preparations. The decontamination chamber is a crucial addition to a facilities process philosophy for material transfer either into or out of the critical environment. The chamber includes either a S7-1200 or S7-1500 PLC with Ethernet data communication. Features Flush Maglock Colour Touch Screen Override Buttons Stainless-Steel Hinges with concealed air supply Tacho Monitored Fans Large Vision Panel Double Glazed Robust Bumpers Plug and play electrical spares for ease of maintenance Option for air handling system without connection to the building HVAC Flush threshold allowing easy wheeled access Range of aeration and air handling options to suit customers’ requirements Full service support contracts available to suit GMP and Life Science facilities (Added: Tue Jan 04 2022 Hits: 88 Rating: 0.00 Votes: 0) Rate It

• Laminar Flow Cabinet - PCR Laminar Flow Cabinet is a type of ventilated enclosure with a vertical laminar airflow and provides product production for your PCR reagents and samples. What is a laminar flow hood? Clean benches and biological safety cabinets are common examples of laminar flow hoods. They are laboratory enclosures designed to carefully direct HEPA filtered air. Some of these hoods protect items placed on the work surface from contamination. Others prevent exposing the user to contaminants in the work area. Laminar flow hoods are often used to work with biological samples, semiconductors or other sensitive materials. How is laminar air flow utilized in different types of equipment? Class II Biosafety Cabinets, sometimes referred to as laminar flow hoods, maintain product protection through HEPA-filtered laminar downflow over the work zone. Per the NSF definition, these ventilated cabinets also feature inward airflow at the open front to protect operators and HEPA filtered exhaust air for environmental protection. Class II, Type A cabinets recirculate air back into the laboratory unless a canopy connection is warranted. Class II, Type B cabinets are hard-ducted to the outside. Class II, Type C1 cabinets can function in either Type A or Type B mode. Whichever model suits your application, safe operation within biological safety cabinets is imperative to protect the integrity of your work and your personal safety. PCR stations, enclosures that are specifically designed to house polymerase chain reaction experiment, utilize vertical flow of HEPA-filtered air to maintain a particulate-free work environment. A UV light is necessary to denature genetic material (DNA, RNA, etc.) and provide secondary decontamination. Clean benches are suitable for applications that require product protection, such as media plate preparation or tissue culture maintenance. Air is drawn in through a prefilter located at the top of the clean bench before being pulled through a HEPA filter. In a vertical clean bench, laminar air is then projected vertically over the work area. In a horizontal clean bench, laminar air is projected horizontally towards the operator. In both instances, laminar flow provides a particulate-free work area. (Added: Tue Jan 04 2022 Hits: 86 Rating: 0.00 Votes: 0) Rate It

• Texas Historian Discovers Previously Unknown Ancient Science - Arthur Faram of Houston Texas has discovered, used and proven an ancient survey technique used by the ancients for over 30K years. The use of this science was not restricted to any particular place but was used to mark territories all over the earth. A full explanation and examples of the surveys can be found at www.thefaramfoundation.com and in the book "The Ancients: Secrets of the old world" available on Amazon. (Added: Tue Dec 07 2021 Hits: 51 Rating: 0.00 Votes: 0) Rate It

• Nanotechnology 2022 - Linkin Science welcomes you all to the 5th Edition of Nanotechnology, Nanomedicine and Material Science, Hybrid conference to be held during March 28-30, 2022. Nanotechnology and Material science are rapidly expanding by playing a prominent role in many fields. This Conference is a platform to Industry, Academia, Researchers, Innovators to come together to discuss the research activities, advancements, ideas and exhibit Nano products. Nanotechnology is rapidly gaining traction across a range of industries, from agriculture to water treatment to energy storage. Today, nanotechnology is one of the most innovative, cutting-edge areas of scientific study and it continues to advance at staggering rates. Nanoparticles for chemotherapy drug carriers have made some of the greatest advancements in cancer treatment. By using nanocarriers to treat patients, treatments can focus on targeting cancerous cells and limit the damage to healthy cells. scientists in the nanotechnoloy and nanoagriculture fields are focused on determining how nanosized particles can increase crop and livestock productivity. While nanoagriculture is a more recent application of nanotechnology, the benefits are clear with its “potential to protect plants, monitor plant growth, detect plant and animal diseases, increase global (Added: Fri Nov 26 2021 Hits: 61 Rating: 0.00 Votes: 0) Rate It

• Toxicology Services Global Market – Forecast To 2028 - The toxicity testing is essential for generating information about a substance’s toxic properties, which helps in the evaluation of adverse health and environmental risks posed by these substances. The federal agencies have made mandatory to conduct toxicity testing for various industries such as pharmaceutical, medical devices, cosmetic, agrochemical, industrial chemical, food for the approval of novel products and launch into the market. The agencies use information from toxicity testing to establish acceptable concentrations of environmental agents in drinking water, to register and re-register pesticides and chemicals, food additives, cosmetics, to approve and initiate the clinical evaluation of investigational pharma or biopharma products, to set permissible exposure limits for workers, to establish tolerances for pesticide residues on food, and ultimately to protect public health and the environment. These toxicology studies are performed using in-vitro, in-vivo and in-silico methodologies to examine specific adverse events or specific endpoints such as acute toxicity, chronic toxicity, dermal toxicity, genotoxicity, ocular toxicity, carcinogenicity, developmental & reproductive toxicity, neural toxicity, cardiotoxocity, hepatoxicity, immunotoxicity and ecotoxicity According to IQ4I analysis, the toxicology services global market is expected to grow at a mid single digit CAGR from 2021 to 2028. The factors such as mandatory toxicology testing requirements for various industries like pharma, medical device, cosmetic, chemical and food for their product approvals or registration, the increasing trend of outsourcing, increase in pharma R&D expenditure are driving the toxicology services market. Whereas, the emergence of advanced technology likes 3D-model, ex-vivo, organ-on-a-chip and in-silico tools, increasing in the utilization of nano-materials and regulatory changes to enhance safety profiles of agents will provide immense growth opportunities for the toxicology services market. However, increasing focus towards drug repurposing, lack of skilled personnel, high cost and long duration of the tests and stringent government regulations towards animal studies are expected to hamper the market growth. The toxicology services global market is categorized into various market segments based on the study methods, industry, end-points and geography. Based on the study methods, the toxicology market is categorized into in-vivo, in-vitro and in-silico. Among these, in-vitro toxicology services segment accounted for the highest revenue in 2021 and is expected to grow at a mid single digit CAGR from 2021 to 2028. The factors such as strategic focus towards the incorporation of 3Rs, Replacement, Reduction and Refinement into legislation guidelines and practice of animal experiments applicable for safety assessments/toxicity evaluations for chemicals, pesticides, cosmetics and pharmaceuticals (For instance, U.S. EPA recently signed a memo to significantly reduce mammalian testing with the goal of completely eliminating it by 2035 and ban of animal testing in cosmetic industries in Europe and several countries) and increasing scientific and technological advancements in cell isolation technologies, cell imaging technologies, stem cell culture, 3D-printing, microfluidic & nanofluidic technologies results in the development of physiologically relevant in vitro model systems such as 3D cell culture model, ex-vivo and organ-on-a chip assays for toxicology studies and adoption of these novel in-vitro models by the service providers is accelerating uptake of in vitro methods and drives in-vitro toxicology services market. The in-vitro toxicology services global market is sub-segmented into cellular and biochemical assays, ex-vivo and 3D-model and organ on a chip. Among these cellular and biochemical assays is accounted for the highest revenue in 2021 and is expected to grow at a mid single digit CAGR from 2021 to 2028 due to increasing utilization of cell-based assays and biochemical assays due to its simple and cost-effective operation compared to complex animal model studies, availability of various types of cell-lines for early discovery toxicology studies and increasing adoption of advanced cell imaging technologies like fluorescence live-cell imaging and non-labelled imaging in cell-based assays to advance toxicology studies by the service providers. For instance, Evotec offers cell-based cytotoxicity panel assays by utilizing advanced high content screening systems such as Cellomics ArrayScan VTI’s and Cellomics ToxInsight which has automated fluorescence imaging to simultaneously analyze multi-parametric indicators of cellular toxicity. The 3D-model and Organ-on-a-chips are expected to grow at a high single digit CAGR from 2021 to 2028 due to increasing focus towards the development and adoption of advanced 3D models and organ on a chip for toxicity studies by the regulatory bodies and service providers. For instance, 3D models such as Epiderm, CORROSITEX, EpiSkin, SkinEthic RHE, epics have been regulatory validated for Skin corrosion and Skin irritation tests. The toxicology services global market based on the industry is categorized into pharmaceutical, medical devices, cosmetics, chemicals and others. Among the industries, Pharmaceutical accounted for the highest revenue in 2021 and is expected to grow at a mid single digit CAGR from 2021 to 2028 due to mandatory toxicology studies required for the new drug to enter into the market and increasing pharma R&D expenditure with a focus on the development of new drugs (For instance, the global pharmaceutical R&D spending is $179.4 billion in 2020 with an increase of 6.8% from 2018), increasing development of novel drugs (For instance, FDA has approved 229 new drugs in the 2001-2010 decade. This comparatively small figure has increased to 309 new drugs and an average of 38 per year from 2011 to 2018. In 2020, FDA has approved 53 NMEs) and increased the trend of pharma outsourcing. For instance, According to IQ4I analysis, there are 50 GLP-certified facilities in India. In that xx laboratories are having the capability to conduct toxicology studies. Among xx laboratories, xx% or xx of facilities provide toxicology services. In that, 24 facilities are offering toxicology services to pharmaceuticals. Medical devices are expected to grow at a high single digit CAGR from 2021 to 2028 due to increasing focus on development of innovative medical devices (For instance, In 2020, NMPA approved a total of 9,849 medical device initial registrations, registration renewals and registration of changes, increased by 16.3% compared with 2019). The pharmaceutical segment is further sub-segmented into drug discovery and developmental toxicology. Among these, drug developmental toxicology is accounted for the highest revenue in 2021 and is expected to grow at a mid single digit CAGR from 2021 to 2028 due to increasing focus towards the development of novel drugs with increasing demand for preclinical toxicology studies. Drug discovery toxicology is expected to grow at a mid single digit CAGR from 2021 to 2028. The factors such as increasing focus towards the adoption of an early fail strategy to weed out molecules that might have a high risk-to-benefit ratio (For instance, it is estimated that around 50% of investigational compounds fail during the development phase of clinical trials) and increased trend of drug discovery outsourcing has fuelled demand for investigative discovery toxicology services. Based on toxicology endpoints, the toxicology global market is segmented into acute toxicity, chronic toxicity, dermal toxicology, ocular toxicology, safety pharmacology, reproductive and developmental toxicology, genotoxicity, carcinogenicity, neurotoxicity, ecotoxicology and others. Among these, acute toxicology services are accounted for the highest revenue of in 2021 and are expected to grow at a mid single digit CAGR from 2021 to 2028 due to the mandatory requirement to conduct acute toxicology studies for the approval or registration of new drugs, medical devices, cosmetics, chemical and food additives in the market. Developmental & Reproductive toxicology services are expected to grow high single digit CAGR from 2021 to 2028. The factors such as lack of development and reproductive toxicology data for most commonly used substances will increase the demand for their services. For instance, U.S. studies have shown that almost 93% of the chemical additives which are added to food lack reproductive or developmental toxicity data. The toxicology services global market based on geography is segmented into North America, Europe, Asia-Pacific and the Rest of the world (RoW). North America accounted for the largest revenue in 2021 and is expected to grow at a mid single digit CAGR from 2021 to 2028. The factors such as increasing R&D expenditure, mandatory toxicology studies required for a new drug, chemical, food additive, agrochemical and medical device to enter into the market, increase in the development of new drugs, increase in the development of novel medical devices (FDA approved 40 innovative medical devices through its premarket approval process in 2020, a 25% increase from 32 in 2019) and increasing adoption of advanced technologies and novel in-vitro and in-silico models to expand the services capabilities by the toxicity service providers are driving the toxicology services market in the region. Asia-Pacific is expected to grow at a high single digit CAGR from 2021 to 2028. The factors such as growing pharma and biopharma industries with development of innovative drugs into the market (For instance, in 2020, the Pharmaceuticals and Medical Devices Agency (PDMA) approved 123 new drug products in Japan and NMPA approved total of 46 locally developed new drugs including 28 chemical drugs and 18 biological products), mandatory regulatory toxicology studies needed for approval of new drugs, medical device, agrochemical into the market, increasing number of agrichemical registrations (For instance, in China, As of June, 2020, 474 new pesticide registrations were granted in China, this registration number increased by 378% comparing to 2019), increasing government investment towards the pharma and biopharma industries (For instance, in June 2021, Indian Government spending additional $26,578.3 million for the pharmaceutical PLI scheme in 13 key sectors such as active pharmaceutical ingredients, drug intermediaries and key starting materials over five years) are driving toxicology services in the region. Further, changing regulations to ensure safety profiles of pesticides will boost the demand for toxicology services in the region's future. For instance, in Japan, every registered pesticide shall be subject to periodic re-evaluation every 15 years with the same data requirements for new registration at the time of re-evaluation, and application for re-evaluation will start to be accepted in 2021. There is an increasing focus towards the adoption of replace, reduce and refinement strategies in toxicity studies. The adoption of predictive models (in-vitro and in-silico) will enable compounds to be deselected earlier in development, thereby limiting the need for animal testing. Thus, industries are focusing on employing an integrated approach of in-vitro, in-silico and in-vivo methods to characterize a particular chemical or molecular entity. For instance, in drug discovery front-loading of predictive assays (in-vitro and in-silico) will improve the quality of candidate drugs, decrease toxicological/preclinical attrition, and reduce the number of animals used in nonclinical safety assessment. As these predictive models are getting more importantance, there is an increasing focus on the advancements of these methods to modify the toxicity testing approach. The development of relevant microphysiological based 3D model (oragnoid or spheroid) assays for front-loading toxicity assessments of pharmaceuticals, cosmetics, materials, industrial chemicals and food additives will reduce the number of animals testing in preclinical testing. Also, the development of different scaffold techniques and 3D printing further advanced the field of 3D-cell-based assays. 3D-bioprinting is a cutting-edge technology used to fabricate 3D models in-vitro that holds tremendous promise in toxicity testing. Some CROs are adopting 3D model in toxicity studies to advance their offerings. For instance, Charles River laboratories are working with Epithelix and MatTek (3D-Model supplier) to develop EpiAirway and MucilAir models for inhalation toxicology. Similarly, there is also substantial interest in recent years towards the adoption of microfluidic based organ on chip-based assays in toxicology studies. These innovative devices provide insights into normal human organ function and disease pathophysiology, as well as more accurately predict the safety in humans. Therefore, they are likely to become useful additions to traditional preclinical cell culture methods and in vivo animal studies in the near term, and in some cases replacements for them in the longer term. The development of single organ on chips such as Liver on a chip, Kidney on a chip, Intestine on-chip, Skin On a chip, Brain On a chip, Heart on a Chip will particularly assist in organ-targeted toxicity studies. For instance, the development of quad-culture human Liver-Chip can be used to predict toxicity at clinically relevant drug concentrations and investigate diverse mechanisms of DILI, enabling researchers to de-risk drug candidates before the clinic. The focus on the development of multi-organ on-chip or human on-chip by integrating several artificial organs via recirculation fluidic flow will create highly functional and robust systems to enable a more accurate model for toxicity testing. Some of the companies are launching organ-on-chip-based services for toxicity studies to advance the testing approach. For instance, in October 2020, CN Bio launched Drug Metabolism and Safety Toxicity Testing Services using the company’s Liver-on-Chip technology to generate predictive and human-relevant data, improving the translatability from discovery to the clinic, and accelerating new drugs to market. The regulatory bodies are also showing great interest to validate organ on chips for toxicity studies. For instance, FDA has entered a multi-year research and development agreement with Emulate Inc in 2017 to test the company’s liver-chip in toxicity studies. After the successful completion of these studies, in October 2020, FDA again collaborated with emulate to use a range of Organ-Chips from Emulate to study the safety, efficacy, and mechanisms of drugs regulated by the FDA. Although there is more attention towards advancing in-vitro methodologies, animal toxicity studies are still is the mainstay of testing. So there is an increasing focus towards the refinement of animal studies by adopting transgenic animal models. For instance, Big Blue Transgenic Rodent Mutation Assay was developed to measure in vivo mutagenesis in somatic and germ cell tissues in genotoxicity studies. Companies are expanding their toxicity services providing capabilities by acquiring advanced models. For instance, in June 2021, Gentronix acquired Big Blue transgenic mutation assay models from Merck to expand its genetic toxicology capabilities. Apart from transgenic models, also there is increasing focus towards the utilization of Zebrafish as animal models in toxicity studies due to some exceptional set of characteristics features like small size (easy to breed and inexpensive to maintain), very high reproducibility, and quick development (embryos develop rapidly; embryogenesis is complete five days after fertilization), transparency of the embryo (embryo is transparent, morphological structures and internal organs, including brain, eyes, heart, liver, and kidney can be easily visualized using light microscopy, without the need for surgery. Organ-specific and overall developmental toxicity can be assessed visually or quantified using dyes). The toxicology services market is fragmented, the top 5 players occupy XX% of the market share and the remaining XX% of the market is occupied by other players. Companies are adopting various organic and inorganic strategies to expand their market in a competitive market. To gain market share, companies are constantly focusing on adapting innovative methods in toxicity studies. For instance, Charles River Laboratories has advanced transgenic models such as Tg.rasH2 mouse for genotoxic/non-genotoxic compounds, p53 +/- mouse for known genotoxic compounds and Tg.AC mouse for dermal drugs to advance carcinogenicity testing approach. Some of the companies have adopted inorganic strategies to expand the service offerings. For instance, in July 2021, Inotiv, Inc acquired assets from MilliporeSigma’s BioReliance portfolio to accelerate the start-up of genetic toxicology business. Some of the companies are expanding their toxicology laboratory capacities to meet the growing demand of services. For instance, in March 2020, Sinclair Research, opened its 20,000-square-foot toxicology laboratory to support GLP nonclinical toxicology research studies to meet the growing demand from pharmaceutical customers for outsourced drug development services. Also, some of the toxicology services providers are collaborating with other CRO to provide end to end drug discovery and development services. For instance, in September 2020, European Research Biology Center (ERBC) a toxicology service company is collaborating with Oncodesign, Cynbiose, Aepodia and PharmaLex a.r.c. to provide full-service offering ranging from hit findings, preclinical research and regulatory developments to first-in-man trials for the biotech and pharma industries. This established network helps to provide greater added value services to clients worldwide. Along with this, some of the consortium of vertically integrated corporate research entities is adding toxicology services capabilities to provide end to end preclinical services. For instance, in August 2020, Genesis Biotechnology Group acquired Comparative Biosciences, Inc. (CBI) to add GLP toxicology and safety pharmacology to significantly enhance capabilities for providing IND enabling studies in toxicology and safety pharmacology to better serve our industry partners. The key players in the Toxicology services global market include Charles River Laboratories International (U.S.), CMIC Holdings Co., Ltd (Japan), Evotec SE (Germany), Eurofins Scientific S.E. (Luxemburg), Inotiv, Inc. (U.S.), North American Science Associates, LLC (U.S.), Laboratory Corporation of America Holdings (U.S.), ITR Laboratories Canada Inc. (Canada), Pharmaron Beijing Co. Ltd. (China), SGS SA (Switzerland) and Wuxi Apptec (China). (Added: Tue Nov 23 2021 Hits: 56 Rating: 0.00 Votes: 0) Rate It

• LEVENHUK LAUNCHES NEW LINE OF OPTICS WITH DISCOVERY, INC. - Prague, CZ - November 1, 2021 - Levenhuk, one of the largest distributors of optical devices in Europe, today announced a new collaboration with Discovery, Inc., the global leader in real-life entertainment on a line of telescopes, microscopes, binoculars, spotting scopes and weather stations. The line will be available European-wide, with a focus on markets including Russia, Spain, Italy, Hungary, Bulgaria, Poland and the Czech Republic. All items will be available at accessible price points. “We constantly release new products for science followers aiming to fulfill their demands,” said Anton Epifanov, CEO at Levenhuk. “Partnering with an outstanding company as Discovery reflects our commitment to a green future and nature protection.” “At Discovery, we partner with brands that share our mission of sparking curiosity and educating our global fan base,” said Helen Panayiotou, Licensing Manager, International Consumer Products at Discovery, Inc.. “This line of optics with Levenhuk provides a range of high-quality, accessible products to amateur scientists and avid explorers across Europe.” The Levenhuk Discovery optics range will include a total of 140 SKUs launching from October 2021. Select products will also include a range of knowledge books about space and the micro-world. The line is aimed at adult recreational users and will encourage consumers to explore & learn about the world around them. Retailers of the line include Technopolis (Bulgaria), AFD Genova (Italy), Skypoint (Italy), Telescopios Barcelona (Spain), Alza (Czech Republic), Mall (Czech Republic), Szolnoktavcso (Hungary), Edigital (Hungary), Euromega (Poland), Me (Poland) and Skynet (Poland). This new line of optics meets the high standards of Levenhuk while drawing inspiration from Discovery’s educational programming. For more information about the line visit http://www.levenhuk.eu/discovery. ### About Levenhuk Optics Ltd: Levenhuk Optics Ltd (http://www.levenhuk.eu/) (Company ID: 242 04 668, Tax ID: CZ24204668) is one of the largest distributors of optical devices in Europe, as well as a manufacturer of optics under its own brand Levenhuk (telescopes, microscopes and binoculars). Today, Levenhuk Ltd is one of the most famous companies in Europe producing educational content and accessories for amateur astronomy and microscopy. Levenhuk's head office is located in Prague. Levenhuk has offices in the US, Canada, Azerbaijan, Belgium, Bulgaria, Hungary, Greece, Iceland, Spain, Italy, Cyprus, Latvia, Luxembourg, Malaysia, the Netherlands, Poland, Portugal, Russia, Romania, Turkey, Ukraine, Finland and the Czech Republic, with 145 employees working worldwide. Our company operates an international chain of specialised retail shops called Zoom'n'Joy. The chain includes 81 stores located in 62 cities across Europe and Russia. About Discovery: Discovery, Inc. (Nasdaq: DISCA, DISCB, DISCK) is a global leader in real life entertainment, serving a passionate audience of superfans around the world with content that inspires, informs and entertains. Discovery delivers over 8,000 hours of original programming each year and has category leadership across deeply loved content genres around the world. Available in 220 countries and territories and nearly 50 languages, Discovery is a platform innovator, reaching viewers on all screens, including TV Everywhere products such as the GO portfolio of apps; direct-to-consumer streaming services such as discovery+, Food Network Kitchen and MotorTrend OnDemand; digital-first and social content from Group Nine Media; a landmark natural history and factual content partnership with the BBC; and a strategic alliance with PGA TOUR to create the international home of golf. Discovery’s portfolio of premium brands includes Discovery Channel, HGTV, Food Network, TLC, Investigation Discovery, Travel Channel, MotorTrend, Animal Planet, Science Channel, and the multi-platform JV with Chip and Joanna Gaines, Magnolia Network, as well as OWN: Oprah Winfrey Network in the U.S., Discovery Kids in Latin America, and Eurosport, the leading provider of locally relevant, premium sports and Home of the Olympic Games across Europe. For more information, please visit corporate.discovery.com and follow @DiscoveryIncTV across social platforms. Contact information for the media: Levenhuk PR Department Phone: +44 20 3051 6250 Email: pr@levenhuk.com (Added: Tue Nov 16 2021 Hits: 89 Rating: 0.00 Votes: 0) Rate It

• LEVENHUK LAUNCHES NEW LINE OF OPTICS WITH DISCOVERY, INC. - Prague, CZ - November 1, 2021 - Levenhuk, one of the largest distributors of optical devices in Europe, today announced a new collaboration with Discovery, Inc., the global leader in real-life entertainment on a line of telescopes, microscopes, binoculars, spotting scopes and weather stations. The line will be available European-wide, with a focus on markets including Russia, Spain, Italy, Hungary, Bulgaria, Poland and the Czech Republic. All items will be available at accessible price points. “We constantly release new products for science followers aiming to fulfill their demands,” said Anton Epifanov, CEO at Levenhuk. “Partnering with an outstanding company as Discovery reflects our commitment to a green future and nature protection.” “At Discovery, we partner with brands that share our mission of sparking curiosity and educating our global fan base,” said Helen Panayiotou, Licensing Manager, International Consumer Products at Discovery, Inc.. “This line of optics with Levenhuk provides a range of high-quality, accessible products to amateur scientists and avid explorers across Europe.” The Levenhuk Discovery optics range will include a total of 140 SKUs launching from October 2021. Select products will also include a range of knowledge books about space and the micro-world. The line is aimed at adult recreational users and will encourage consumers to explore & learn about the world around them. Retailers of the line include Technopolis (Bulgaria), AFD Genova (Italy), Skypoint (Italy), Telescopios Barcelona (Spain), Alza (Czech Republic), Mall (Czech Republic), Szolnoktavcso (Hungary), Edigital (Hungary), Euromega (Poland), Me (Poland) and Skynet (Poland). This new line of optics meets the high standards of Levenhuk while drawing inspiration from Discovery’s educational programming. For more information about the line visit http://www.levenhuk.eu/discovery. ### About Levenhuk Optics Ltd: Levenhuk Optics Ltd (http://www.levenhuk.eu/) (Company ID: 242 04 668, Tax ID: CZ24204668) is one of the largest distributors of optical devices in Europe, as well as a manufacturer of optics under its own brand Levenhuk (telescopes, microscopes and binoculars). Today, Levenhuk Ltd is one of the most famous companies in Europe producing educational content and accessories for amateur astronomy and microscopy. Levenhuk's head office is located in Prague. Levenhuk has offices in the US, Canada, Azerbaijan, Belgium, Bulgaria, Hungary, Greece, Iceland, Spain, Italy, Cyprus, Latvia, Luxembourg, Malaysia, the Netherlands, Poland, Portugal, Russia, Romania, Turkey, Ukraine, Finland and the Czech Republic, with 145 employees working worldwide. Our company operates an international chain of specialised retail shops called Zoom'n'Joy. The chain includes 81 stores located in 62 cities across Europe and Russia. About Discovery: Discovery, Inc. (Nasdaq: DISCA, DISCB, DISCK) is a global leader in real life entertainment, serving a passionate audience of superfans around the world with content that inspires, informs and entertains. Discovery delivers over 8,000 hours of original programming each year and has category leadership across deeply loved content genres around the world. Available in 220 countries and territories and nearly 50 languages, Discovery is a platform innovator, reaching viewers on all screens, including TV Everywhere products such as the GO portfolio of apps; direct-to-consumer streaming services such as discovery+, Food Network Kitchen and MotorTrend OnDemand; digital-first and social content from Group Nine Media; a landmark natural history and factual content partnership with the BBC; and a strategic alliance with PGA TOUR to create the international home of golf. Discovery’s portfolio of premium brands includes Discovery Channel, HGTV, Food Network, TLC, Investigation Discovery, Travel Channel, MotorTrend, Animal Planet, Science Channel, and the multi-platform JV with Chip and Joanna Gaines, Magnolia Network, as well as OWN: Oprah Winfrey Network in the U.S., Discovery Kids in Latin America, and Eurosport, the leading provider of locally relevant, premium sports and Home of the Olympic Games across Europe. For more information, please visit corporate.discovery.com and follow @DiscoveryIncTV across social platforms. Contact information for the media: Levenhuk PR Department Phone: +44 20 3051 6250 Email: pr@levenhuk.com (Added: Tue Nov 16 2021 Hits: 93 Rating: 0.00 Votes: 0) Rate It

• Insulin Pumps global Market estimated to be worth $6,412.9 million by 2028 - The insulin pumps are medical devices used in the administration of insulin in the treatment of diabetes mellitus, also known as continuous subcutaneous insulin infusion therapy (CSII). Diabetes is rapidly becoming a major health epidemic in most regions of the world. All patients with type 1 diabetes and a significant number with type 2 diabetes require the use of insulin for controlling blood glucose. There are many ways to induce insulin such as injections, pens, and insulin pumps, these pumps mimic the work of the human pancreas by delivering small doses of short or rapid-acting insulin continuously from the reservoir and delivered through the infusion set or through a patch pump which is attached on the body surface of the diabetic patient, at a precise rate to improve glucose levels. The device releases insulin with a steady flow rate throughout the day and night, called basal insulin, and an extra dose at mealtime called a bolus. According to IQ4I analysis, the insulin pumps global market is expected to grow at high single digit CAGR from 2021 to 2028 to reach $6,412.9 million by 2028. Factors such as the increase in the incidence and prevalence of diabetes, advantages of insulin pumps over injections and insulin pens, increase in the use of insulin pumps in home care settings, increase in awareness about insulin pumps over traditional methods and technological innovations are the factors driving the market growth. The increasing product approvals, distribution agreements, partnerships, collaboration activities, and market expansion in emerging nations are expected to offer potential opportunities. However, the high cost of continuous subcutaneous insulin infusion therapy (CSII), lack of cyber-security in wireless insulin pumps, increase in product recalls, privacy concerns and safety issues associated with insulin pumps, stringent regulatory requirements for new products, and inadequate reimbursements are limiting the growth of insulin pumps global market. The insulin pumps market is mainly segmented into products, applications, pump utility, end-users and geography. The products are segmented into insulin pump devices and consumables, among which, Insulin pumps accounted for the largest revenue in 2021 and are projected to grow at a high single digit CAGR from 2021 to 2028, due to increasing prevalence of diabetes, technological advancements, and increased usage of insulin pumps. The application market is segmented into type-1 and type-2 diabetes, among which, type 1 diabetes segment commanded the largest share in 2021 and is expected to grow at a high single digit CAGR from 2021 to 2028, due to increasing adoption of smart insulin pumps. The market based on pump utility is segmented into disposable and durable pumps among which the durable pump commanded the largest share of the market in 2021, the disposable pump segment is expected to grow at a high single digit CAGR from 2021 to 2028. The end-Users market is segmented into hospitals, ambulatory centers, home care, and others, among which, the home healthcare segment commanded the largest revenue in 2021 and is projected to be the fastest-growing segment with single digit CAGR from 2021 to 2028 due to the ease of device use, and improved patient compliance. Increasing incidence of diabetes in young aged people who require continuous monitoring and insulin administration is emerging as one of the major opportunities for market players to invest more in R&D for designing innovative insulin pumps and to launch new products, according to IQ4I analysis, close to $XX million in funding was provided starting from January 2020 to September 2021. For instance, In July 2020, ViCentra (the Netherlands) received $87.4 million in funding from Invest-NL to boost insulin pump production capacity. Based on geography, the insulin pump market is divided into North America, Europe, Asia-Pacific, and the Rest of the world. The North American region commanded the largest market revenue of $XX million in 2021 and is expected to reach $XX million by 2028 growing at a CAGR of XX% from 2021 to 2028. High investments in healthcare infrastructures and demand for quality services in this market are propelling the market growth. However, the Asia-pacific region is expected to grow at a strong CAGR of XX% from 2021 to 2028 due to increasing healthcare awareness, improved economic growth, and increasing healthcare funding by the governments. The overall insulin pump market is consolidated with the top five companies commanding a combined share of XX% of the market. To maintain a competitive edge these companies have adopted different strategies such as developing technologically advanced products, for instance, in July 2021, EoFlow (South Korea) launched the EOPatch insulin pump, it is a tubeless, wearable, waterproof, 3.5-day device (can be used twice in a week) with the thin and light disposable insulin pump unit (patch), smartphone-like color touch screen controller (ADM) with advanced technology managing software tools. This product can be attached to the arms, abdomen, thighs, or any other parts of the body and controls insulin infusion with a controller. The increase in the number of clinical trials performed year-on-year may result in the launch of several new devices in the coming years; this is expected to drive the insulin pump market further. Insulin pump clinical trial data indicate that 50.0% of clinical trials are in phase 1 stage, and 50.0% of clinical trials are in phase 2. The majority of clinical trials are focused on type 1 diabetes. According to IQ4I estimations, in 2021, globally there were 652.9 million diabetic population of which about 66.5 million are with type 1 diabetes and 586.4 million are with type 2 diabetes. With this huge burden of patients, regulatory agencies are changing the approval requirements to increase the access of insulin pumps, In February 2019, FDA gave approval for Tandem’s t:slim X2 insulin pump with interoperable technology under the DE NOVO route called alternate controller enabled (ACE) infusion pump or ACE insulin pump which allows interoperability and flexibility to patients to choose different components that makeup diabetes therapy systems which would comprise of an ACE insulin pump and other compatible medical devices, including automated insulin dosing (AID) systems, continuous glucose monitors (CGMs), blood glucose meters or other electronic devices used for diabetes management. The creation of this new regulatory classification will enable future ACE insulin pumps to go through the more efficient 510(k) review process, helping to advance this innovative technology and increase access to advanced devices. According to IQ4I analysis, the insulin pumps global market penetration in case of type 1 diabetes has reached XX% or XX million users of the estimated XX million type 1 insulin pump eligible population, (indicating that there is still XX% opportunity). However, regionally, there is a huge variation in market penetration rate, the N.A. region dominates the market with close to XX% penetration, followed by E.U. with XX%, APAC with XX% and RoW with XX% respectively. Similarly, in case of type 2 diabetes, the global market penetration is only XX% or has reached XX million users of the estimated XX million type 2 insulin pump eligible population, (indicating that there is still XX% opportunity for market expansion), here also, the N.A. region has the highest penetration rate of XX% followed by E.U. with XX%, APAC with XX% and RoW with XX% respectively. The emerging trends in the insulin pump market includes, companies developing artificial intelligence (AI) based algorithms for determination of basal insulin doses for type 1 diabetes patients and AI based tools for optimal diet and activity planning. Preference of patients leaning towards tubeless insulin pumps (patch pumps) from pumps with tubes, adoption of disposable insulin pumps. Major players in the insulin pumps market include Tandem Diabetes Care, Inc. (U.S.), Insulet Corporation (U.S.), Medtronic, PLC (Ireland), F. Hoffmann-La Roche AG (Switzerland), Ypsomed Holdings AG (Switzerland), Zealand Pharma (Valeritas) (Denmark), Microport Scientific (China), SOOIL Development Co., Ltd. (South Korea), Medtrum Technologies (China), EoFlow (South Korea), ViCentra B.V. (The Netherlands), CeQur S.A. (Switzerland), Debiotech S.A. (Switzerland), Terumo Corporation (Japan), MicroTech Medical, Inc. (China), Wuxi Apex Medical (China), LenoMed Medical (China), Zhengzhou Phray Technology Co., Ltd. (China), Jiangsu Delfu medical device Co., Ltd. (China), and Medzer (China). (Added: Tue Nov 16 2021 Hits: 66 Rating: 0.00 Votes: 0) Rate It

• Insulin Pumps global Market estimated to be worth $6,412.9 million by 2028 - The insulin pumps are medical devices used in the administration of insulin in the treatment of diabetes mellitus, also known as continuous subcutaneous insulin infusion therapy (CSII). Diabetes is rapidly becoming a major health epidemic in most regions of the world. All patients with type 1 diabetes and a significant number with type 2 diabetes require the use of insulin for controlling blood glucose. There are many ways to induce insulin such as injections, pens, and insulin pumps, these pumps mimic the work of the human pancreas by delivering small doses of short or rapid-acting insulin continuously from the reservoir and delivered through the infusion set or through a patch pump which is attached on the body surface of the diabetic patient, at a precise rate to improve glucose levels. The device releases insulin with a steady flow rate throughout the day and night, called basal insulin, and an extra dose at mealtime called a bolus. According to IQ4I analysis, the insulin pumps global market is expected to grow at high single digit CAGR from 2021 to 2028 to reach $6,412.9 million by 2028. Factors such as the increase in the incidence and prevalence of diabetes, advantages of insulin pumps over injections and insulin pens, increase in the use of insulin pumps in home care settings, increase in awareness about insulin pumps over traditional methods and technological innovations are the factors driving the market growth. The increasing product approvals, distribution agreements, partnerships, collaboration activities, and market expansion in emerging nations are expected to offer potential opportunities. However, the high cost of continuous subcutaneous insulin infusion therapy (CSII), lack of cyber-security in wireless insulin pumps, increase in product recalls, privacy concerns and safety issues associated with insulin pumps, stringent regulatory requirements for new products, and inadequate reimbursements are limiting the growth of insulin pumps global market. The insulin pumps market is mainly segmented into products, applications, pump utility, end-users and geography. The products are segmented into insulin pump devices and consumables, among which, Insulin pumps accounted for the largest revenue in 2021 and are projected to grow at a high single digit CAGR from 2021 to 2028, due to increasing prevalence of diabetes, technological advancements, and increased usage of insulin pumps. The application market is segmented into type-1 and type-2 diabetes, among which, type 1 diabetes segment commanded the largest share in 2021 and is expected to grow at a high single digit CAGR from 2021 to 2028, due to increasing adoption of smart insulin pumps. The market based on pump utility is segmented into disposable and durable pumps among which the durable pump commanded the largest share of the market in 2021, the disposable pump segment is expected to grow at a high single digit CAGR from 2021 to 2028. The end-Users market is segmented into hospitals, ambulatory centers, home care, and others, among which, the home healthcare segment commanded the largest revenue in 2021 and is projected to be the fastest-growing segment with single digit CAGR from 2021 to 2028 due to the ease of device use, and improved patient compliance. Increasing incidence of diabetes in young aged people who require continuous monitoring and insulin administration is emerging as one of the major opportunities for market players to invest more in R&D for designing innovative insulin pumps and to launch new products, according to IQ4I analysis, close to $XX million in funding was provided starting from January 2020 to September 2021. For instance, In July 2020, ViCentra (the Netherlands) received $87.4 million in funding from Invest-NL to boost insulin pump production capacity. Based on geography, the insulin pump market is divided into North America, Europe, Asia-Pacific, and the Rest of the world. The North American region commanded the largest market revenue of $XX million in 2021 and is expected to reach $XX million by 2028 growing at a CAGR of XX% from 2021 to 2028. High investments in healthcare infrastructures and demand for quality services in this market are propelling the market growth. However, the Asia-pacific region is expected to grow at a strong CAGR of XX% from 2021 to 2028 due to increasing healthcare awareness, improved economic growth, and increasing healthcare funding by the governments. The overall insulin pump market is consolidated with the top five companies commanding a combined share of XX% of the market. To maintain a competitive edge these companies have adopted different strategies such as developing technologically advanced products, for instance, in July 2021, EoFlow (South Korea) launched the EOPatch insulin pump, it is a tubeless, wearable, waterproof, 3.5-day device (can be used twice in a week) with the thin and light disposable insulin pump unit (patch), smartphone-like color touch screen controller (ADM) with advanced technology managing software tools. This product can be attached to the arms, abdomen, thighs, or any other parts of the body and controls insulin infusion with a controller. The increase in the number of clinical trials performed year-on-year may result in the launch of several new devices in the coming years; this is expected to drive the insulin pump market further. Insulin pump clinical trial data indicate that 50.0% of clinical trials are in phase 1 stage, and 50.0% of clinical trials are in phase 2. The majority of clinical trials are focused on type 1 diabetes. According to IQ4I estimations, in 2021, globally there were 652.9 million diabetic population of which about 66.5 million are with type 1 diabetes and 586.4 million are with type 2 diabetes. With this huge burden of patients, regulatory agencies are changing the approval requirements to increase the access of insulin pumps, In February 2019, FDA gave approval for Tandem’s t:slim X2 insulin pump with interoperable technology under the DE NOVO route called alternate controller enabled (ACE) infusion pump or ACE insulin pump which allows interoperability and flexibility to patients to choose different components that makeup diabetes therapy systems which would comprise of an ACE insulin pump and other compatible medical devices, including automated insulin dosing (AID) systems, continuous glucose monitors (CGMs), blood glucose meters or other electronic devices used for diabetes management. The creation of this new regulatory classification will enable future ACE insulin pumps to go through the more efficient 510(k) review process, helping to advance this innovative technology and increase access to advanced devices. According to IQ4I analysis, the insulin pumps global market penetration in case of type 1 diabetes has reached XX% or XX million users of the estimated XX million type 1 insulin pump eligible population, (indicating that there is still XX% opportunity). However, regionally, there is a huge variation in market penetration rate, the N.A. region dominates the market with close to XX% penetration, followed by E.U. with XX%, APAC with XX% and RoW with XX% respectively. Similarly, in case of type 2 diabetes, the global market penetration is only XX% or has reached XX million users of the estimated XX million type 2 insulin pump eligible population, (indicating that there is still XX% opportunity for market expansion), here also, the N.A. region has the highest penetration rate of XX% followed by E.U. with XX%, APAC with XX% and RoW with XX% respectively. The emerging trends in the insulin pump market includes, companies developing artificial intelligence (AI) based algorithms for determination of basal insulin doses for type 1 diabetes patients and AI based tools for optimal diet and activity planning. Preference of patients leaning towards tubeless insulin pumps (patch pumps) from pumps with tubes, adoption of disposable insulin pumps. Major players in the insulin pumps market include Tandem Diabetes Care, Inc. (U.S.), Insulet Corporation (U.S.), Medtronic, PLC (Ireland), F. Hoffmann-La Roche AG (Switzerland), Ypsomed Holdings AG (Switzerland), Zealand Pharma (Valeritas) (Denmark), Microport Scientific (China), SOOIL Development Co., Ltd. (South Korea), Medtrum Technologies (China), EoFlow (South Korea), ViCentra B.V. (The Netherlands), CeQur S.A. (Switzerland), Debiotech S.A. (Switzerland), Terumo Corporation (Japan), MicroTech Medical, Inc. (China), Wuxi Apex Medical (China), LenoMed Medical (China), Zhengzhou Phray Technology Co., Ltd. (China), Jiangsu Delfu medical device Co., Ltd. (China), and Medzer (China). (Added: Tue Nov 16 2021 Hits: 64 Rating: 0.00 Votes: 0) Rate It

• Flammable Safety Cabinet - Yakos65 Chemical Storage Flammable safety cabinets feature self-closing doors and integral vents with flash arrestors to prevent the chase of vapour ignition. Flammable storage cabinets such as COSHH cabinets are designed for the safe storage of flammable and combustible substances including gases, liquids and solids which are considered to be dangerous. Many workplaces such as factories, laboratories and cleaning companies will work with flammable materials regularly, so it is important that they have a secure storage space to keep these harmful chemicals out of harm’s way. Below is a breakdown of what should be stored in a flammable storage cabinet in more detail: Flammable gases If mixed with heat/an ignition source or oxidant (such as oxygen), flammable gases (such as methane and propane) can burn and lead to fires or even explosions. Combustible and flammable liquids Combustible liquids such as diesel have a flashpoint of over 38°C and can produce ignitable vapours in higher temperatures. Flammable liquids such as acetone have flashpoints under 38°C and can produce ignitable vapours in normal temperatures. As these materials may ignite, they must be safely stored away to reduce hazard risks in the workplace and the flashpoint of liquids should always be checked before entering a building. Combustible and flammable solids You should always check the safety risks associated with any solids you are bringing into your workplace. An example of a flammable solid is picrate salt which can be found in locations such as dye laboratories and may react to heat and friction – not only is it very sensitive, but it is often used for making explosives which indicates just how dangerous it can be if not stored under the appropriate conditions. Another common flammable solid which may combust is photographic negatives, as many of these are made from cellulose nitrate, which is a highly flammable compound. Oxidising chemicals Oxidising chemicals need to be stored in a flammable storage cabinet separate to other chemicals because they can fuel fires, allowing them to spread faster. (Added: Mon Nov 08 2021 Hits: 48 Rating: 0.00 Votes: 0) Rate It

• International Conference on Nanoscience and Nanotechnology - Scientex Conference welcomes attendees, professional and exhibitors from around the world to Dubai. We are excited to invite you to attend and register for the International Conference on Nanoscience and Nanotechnology, which is going to be held in Dubai, UAE from APRIL 18-19, 2022. The conference offers a unique forum for participants to exchange experience and knowledge in Interrogation of Nanoscience and Nanotechnology for Greater Prospective round the world. This conference will focus on the latest methods, concepts, latest procedures, novel strategies and several disciplines involved in Nanoscience and Nanotechnology. The engineering of practical systems at the subatomic scale disseminates both current work and concepts that have been developed further. Nanotechnology 2022 implies the anticipated potential to build things from the base up, using key methods and ability to make high-end, elite objects. We are looking forward to your active participation in the Nanotechnology 2022. Save the dates for meeting! Conference link: https://www.nanotechnology.scientexconference.com/ WhatsApp: +1 (346) 3481205 E-Mail: nanotechnology@scientexevents.com (Added: Fri Nov 05 2021 Hits: 271 Rating: 0.00 Votes: 0) Rate It

• Biomaterials Conference - Biomaterials 2022 conference will be held on March 09-10, 2022 at Edinburgh, Scotland offers the platform with its organized scientific program to the audience, which comprises keynote lectures, plenary talks, interactive panel discussions, and poster sessions on the subjects in the field of Biomaterials and Nanomaterials. This conference is an exclusive meeting to unite globally recognized scholastics in the field of Biomaterials, Nano biomaterials, Nanoscience, and Nanotechnology to trade about leading research and advances. The idea of this summit is to consolidate new ideas for research that will be valuable over the range of Biomaterials and Nanomaterials. Our primary goal is to ensure that scientific and educational content is accessible to all interested participants. In addition to Plenary and Educational Sessions, the program will feature a full day of informative workshops. The main emphasis of the conference is to provide a platform/opportunity for researchers, scholars, and professionals from different areas of interest to meet, findings, exchange ideas, discuss challenges, research results, and prospects for business and economic development. Targeted Audience: • Biomedical Business Entrepreneurs • 3D Printing companies • Biomedical Engineering, Materials science, and Nano Science Scientists • Biomaterials Researchers • Tissue Engineering Researchers • Nanotechnology Researchers • Biomedical Engineering, Materials Science and Nano Science Faculty members, students, Associations and Societies • Nanomaterials Researchers • Medical device manufacturing companies and doctors Why Should I Attend? Assurance to deliver the highest standards in biomaterials and nanomaterials that exceed the expectations of our participants. Engage with exceptional scholars across the world. The sessions of the Biomaterials Conference set an innovative, highly advanced, and invaluable contribution to our professionals who work in contact with biomaterials and nanomaterials on a daily basis. For young researchers, this serves as career guidelines and motivates them by Young Researcher Awards Idealize Platform for global networking. For more information Visit: https://biomaterials.alliedacademies.com/ (Added: Thu Oct 21 2021 Hits: 62 Rating: 0.00 Votes: 0) Rate It

• Astrophysics and Space Science,High Energy Nuclear Physics,Plasma and Space Physics - It is our great pleasure to welcome you to the“5th International conference on Astronomy, Astrophysics and Space Science” which is going to be held during June 27-28, 2022 in Budapest, Hungary. Astrophysics 2022 is trending under the theme “Big Ideas and Thoughts of Astronomy, Astrophysics and Space Science” which brings together leading scientists, professors, engineers, researchers, scholars, students, and market leaders from all areas of Physics, Chemistry, Mathematics, computing, Geology, and Biology, etc. (Added: Wed Oct 13 2021 Hits: 47 Rating: 0.00 Votes: 0) Rate It

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