Category Archives: Nanotech

Five key tech sectors will enjoy a combined growth of more than 400% over the next five years, according to market reports.

These innovation pacesetters nanotechnology, AI, Digital Twins, genomics and other biotech life sciences attracted a combined $892.63 billion of investment in 2020, set to rocket to $2.44 trillion by 2025.

Paul Stannard, Chairman of the Vector Innovation Fund (VIF) an international alternative investment vehicle for advancing enabling technologies globally said:

These top five tech growth sectors are the ones currently lighting up investment opportunities, and we have specifically aligned our investment pipeline to them. They hold the key to solving major global challenges relating to sustainability, healthcare, energy, food resources and equal and fair distribution of innovation worldwide.

Most tech sectors are growing, but these game-changers attracting that $2+ trillion investment wont be companies enhancing things that already exist, like simply making your TV screen sharper.

We are backing tech companies that transform how we deal with healthcare and future pandemics, sustainable clean energy, food production and combine these opportunities with AI and machine learning.

Our funds first key target is health tech, which has enjoyed record levels of investment in the wake of COVID, so we would focus on potential nanomedicine breakthroughs such as reversing degenerative diseases and cancers or creating a multi-vaccine to protect us from a range of diseases.

And while funds like ours can supply management expertise, our target companies are also those showing the skill to commercialise and monetise their offering to a willing market.

What we have seen with the pandemic as well as Climate Change is a global realisation that we must also accelerate investment in enabling technologies supporting environmental, social & corporate governance (ESG) and the UNs Sustainable Development Goals (SDG) principles where impact can deliver better outcomes for everyone.

The Top Five tech growth sectors highlighted by market reports are:

AI is transforming future healthcare, food, energy, transport, construction, aviation, and many other sectors. Combining AI with nanotechnologies, for instance, allows platform technologies to re-invent the industries over this decade.

According to data gathered by StockApps.com, in the last quarter of 2020, there was a massive surge in investment in AI technology companies totalling $73.4 billion, which was a $15 billion increase on the start of 2020. In the first half of 2021, we have seen 4,080 investment deals in AI technology companies, according to the investment monitoring platform Pitchbook. The average investment deal flow value has increased nearly three-fold in 2020.

According to the investment monitoring platform, Pitchbook, in 2020, $5.56 billion was invested in nanotechnology companies. In the first half of 2021, there has already been $7.72 billion of investment in nanotechnology companies, from 775 deals, with the average deal size value increasing three-fold in just the last six months.

Paul Sheedy, a co-founder of the World Nano Foundation (WNF), said: The COVID pandemic is fuelling an investment trend behind the nanoscale tech that is already being billed as the COVID Decade and driven by the fear of human and economic devastation from another pandemic.

And that risk is high: there are only ten clinically approved solutions to over 220 viruses known to affect humans, and we can expect at least two new viruses to spill from their natural hosts into humans annually, but nanotech and biotech can help counter this threat.

According to Nature magazine, global biotech funding in 2020 had its best year ever: 73 life science firms alone raised a collective $22 billion. Private fund-raising also mushroomed by 37% on the previous year already a stellar year. This is being further fuelled with the COVID-19 mitigation market and the advent of a surge of investment in pandemic protection and preparedness using multi vaccines, autoimmune treatments and early intervention testing. Pitchbook has recorded 3,800 deals in biotechnology companies in the first half of 2021, totalling $34.48 billion in investment in these companies. Again, the average investment level is nearly three times what it was the previous year, and post valuations of invested biotech companies have doubled from 2020.

According to Pitchbook, last year, there was $103.8 million of capital invested from just 53 investors into the Digital Twins technology start-ups. One company, Cityzenith, has added over 5000 new investors in the last 18 months, raising $10 million to date.

Cityzenith uses its Digital TwinSmartWorldProOS software platform to enable architects, planners, and energy providers to track, manage, and reduce emissions and energy waste from individual buildings, infrastructure, and even whole cities and has just reported major contract wins and seen its share price rocket 161% in early 2021. The company is partway through a $15 million Regulation A+ investment raise to scale up its international commercial opportunities.

The Digital Twin sector is an interesting space with tremendous growth opportunities for nimble, fast-moving start-ups who have the opportunity to compete with major conglomerates in this dynamic field such as Microsoft, Siemens, Phillips and Bentley.

According to Pitchbook, investment capital in genomics companies has more than doubled in value per deal in 2021 over the previous year. So far in 2021, post-investment valuations have also more than doubled against the whole of 2020.

Paul Stannard added: The accelerated innovation since the COVID-19 pandemic is astonishing some experts say we witnessed ten years growth in the last 18 months of the outbreak giving us a glimpse of even greater possibilities, especially when some of these pacesetters, such as nanotech, genomics and Digital Twins are able to advance, accelerate and complement each other.

If it is backed by astute and enlightened investment, our future is looking bright!

The World Nano Foundationis a not-for-profit membership organisation with 75,000 subscribers and users in 40 countries working on international commercialisation of nanoscale technologies in 16 industry sectors and collaborates with a wide variety of partners, maximising support and funding bringing advanced technology to the world and commerce. This is supported by many industries and academic groups developing and creating a legacy for enabling technology innovation.

Vector Innovation Fund (VIF)is a Reserved Alternative Investment Fund (RAIF) specialising in support for technology companies able to transform and protect global markets, notably in global healthcare, enabling technology, sustainability, and longevity aligned to the UNs SDG principles. VIFs first sub-fund focuses on Pandemic Protection, and preparedness for future healthcare technology. This fund structure is domiciled in the world-renowned Luxembourg jurisdiction, and is only open to international accredited and professional investors, such as family offices, UHNW, private placement investors, pension funds, international banks, ESG investors and sovereign wealth funds. The General Partners have an excellent track record in industry, healthcare, technology and investment, with 21 exits and a total value creation of $2.4billion, including two successful IPOs.

Cityzenithis based in Chicago with offices in London and New Delhi. The companys SmartWorldOS Digital Twin platform was created for anyone designing, constructing, and managing complex, large-scale building projects, properties, and real estate portfolios but has developed to cover infrastructure, energy projects, transport, health, people movements, and whole cities.

PitchBookis a financial data monitoring company with offices in London, New York, San Francisco and Seattle. Serving clients in 19 languages, providing thousands of global business professionals with comprehensive data on the private and public markets to help them discover and execute opportunities with confidence.

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Five key tech sectors will enjoy a combined growth of more than 400% over the next five years, according to - SymbianOne

TEHRAN Some 160 nano products required by the industry will be domestically produced by the end of the current [Iranian calendar] year (March 2022), the director of the industry group of the Nanotechnology Development Council has announced.

"It is planned to enter nano-products into 200 industries by the next 4 years," Mehr quoted Ali Asghar Najimi as saying on Friday.

Stating that currently 750 approved nano products are sold in the market, he said that by the end of this year about 250 more products will be added to the commercialized nano products.

"We have given priority to five industries of energy (oil, gas, electricity), health (including medicine, medical equipment, cosmetics), agriculture and food, water and environment, construction," he further noted.

There are two main programs for the commercialization of nano products; The first one is the "Technology Supply" program, which supports start-ups and technologists to develop new products; and the second program is related to the demand, which is accompanied by helping to meet the needs of industries and challenges of the country by using nanotechnology.

Last year (March 2020- March 2021), some 60 projects in nanotechnology were successful, which saved about $30 million in foreign currency, he highlighted.Pointing out that so far about 80 large industrial companies have used nano products, he added that by 2025, more than 200 large industrial companies will use nanotechnology to improve efficiency and productivity.

Nanotech increasing pace of development

Nanotechnologys trend of development is growing in Iran, as the number of nanoproducts and equipment developed in the previous [Iranian calendar] year (March 20) increased to 750, compared with 647 a year before.

Some 223 product manufacturing companies and 59 equipment manufacturing companies are active in the field of nanotechnology and by the end of last year, which developed a total of 750 products and equipment.

Of the 750 products and equipment registered in the nanotechnology product database, 535 were related to nano-products and 215 were related to nano-equipment, both of which have experienced a growing trend over the past few years, although nano-products have grown more significantly.

The field of civil engineering and construction with 20 percent had the largest share among nano products and equipment, followed by medicine, health and industrial services and supplies each with 13 percent.

Iran among five pioneers of nanotechnology

Iran has been introduced as the 4th leading country in the world in the field of nanotechnology, publishing 11,546 scientific articles in 2020.

The country held a 6 percent share of the worlds total nanotechnology articles, according to StatNano's monthly evaluation accomplished in WoS databases.

Iran ranked 43rd among the 100 most vibrant clusters of science and technology (S&T) worldwide for the third consecutive year, according to the Global Innovation Index (GII) 2020 report.

The country experienced a three-level improvement compared to 2019.

Sourena Sattari, vice president for science and technology, has said that Iran is playing the leading role in the region in the fields of fintech, ICT, stem cell, aerospace, and is unrivaled in artificial intelligence.

Iranian nanotechnology companies have increased sales by 100 percent over the Iranian calendar year 1398 (March 2019-March 2020), and it is predicted that their revenue will reach up to 80 trillion rials (nearly $1.9 billion at the official rate of 42,000 rials), Sattari announced.

FB/MG

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Industries to be supplied with 160 nano products - Tehran Times

By Dr Inderpreet Kaur, IEEE Senior Member

Though the concept of electric vehicles (EV) has been around for a long time, it has drawn a considerable amount of interest in the past decade especially amid a rising carbon footprint and other environmental impacts of fuel-based vehicles. Battery Management Systems (BMS) still face many challenges like fires or explosions, which at times can overshadow the advantages of EVs, however EVs are still more efficient than an internal combustion engine as they have fewer moving parts that need maintenance. It also has much less operative noise, as there are not clutch, gears, exhaust pipes, or spark plugs on the vehicle. As the name suggests, EVs include two categories: All Electric Vehicles (AEVs) and Plug-in Hybrid Electric Vehicles (PHEVs). While AEVs have one or more electric motors, their batteries get charged by plugging into the grid. Whereas, PHEVs have an electric grid to charge and fuel to power the internal combustion engine.

Electric Vehicle Technology

Due to both the presence of electric motors and the absence of spark plugs, gears, etc., EVs can tremendously increase the energy efficiency of the transportation industry. EVs are much more efficient at converting chemical energy into electrical energy to drive a motor than conventional internal combustion engines are at powering vehicles. Furthermore, the usage of electric vehicles is more eco-friendly due to the absence of pollution from vehicles and reduced dependency on oil that is required to ignite combustion engines.

BMS are the heart of any EV and currently, either nickel metal hydride or lithium-ion technology is used for the batteries. Lithium-ion batteries offer many advantages over nickel metal hydride but the recharging time of EVs is a challenge as it limits their use to shorter trips.

Role of Nano Technology in EV Industry

The main challenge faced by EVs are their batteries. They are very costly and have a short charging life. The battery performance of an EV could be enhanced by adopting Nanotechnology. This technology can address the gaps in e-mobility and have great benefits. On top of this, specific attributes of lithium batteries could be improved by using nanoparticles and nanocomposite materials. Battery performance parameters such as weight reduction, energy efficiency, life cycle, improved control, and communications could be increased by using Polymer nanocomposites, nano-enhanced sensors, and nanostructured metals.

Nanotechnology in Batteries

Specific performance parameters of batteries can be achieved through Nanotechnology. Conventionally, for lithium-ion batteries, negative electrode graphite powder has been used as an intercalation material. If micrometer-sized powder were replaced with carbon nanomaterials (e.g., carbon nanotubes), then the rate of insertion or removal of lithium and the battery capacity can be improved. The current density of electrodes will be increased because the diffusion path for the lithium ions is reduced, their mobility is enhanced, and electrical conductivity is increased. This makes the electrochemical reaction occur more efficiently and ultimately the use of nanomaterials will increase the efficiency of the battery.

The carbon nanotubes can bind to much higher concentrations of lithium because they have a high surface area. Another alternative for negative electrode materials will be Nanowires made of titanium dioxide (TiO2), vanadium oxide (V2O5) or tin oxide (SnO). Though the commercial manufacturing of these materials is still in its early stages, to date, most of the commercially available oxide materials are Li (NiCoAl)O2, Li (NiMnCo)O2, LiMn2O4, Li (AlMn)2O4, or LiCo2O4. But all these materials are neither cost-effective nor safe. The nanostructuring of these materials has been shown to significantly improve their intercalation capacity. Research is still being done to find optimum compositions to attain better performance of batteries that will be economical, light, and compact.

Therefore, the objectives of future EV research will be focused on improved charging periods of batteries, nanomaterials to improve the efficiency of batteries by bringing down the cost of nanomaterials for batteries as well as the size and weight of battery pack, and commercial development of these nanomaterials. This also will automatically improve the battery management and thermal management systems of the battery pack of an EV.

If you have an interesting article / experience / case study to share, please get in touch with us at [emailprotected]

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Potential of Nanotech Adoption in the EV Industry - Express Computer

A novel biometric nanostructured material used to treat lung infections in cases of severe cystic fibrosis increased its efficacy by up to 100,000-fold over the current treatment, according to papers published in both Small and ACS Infectious Diseases.

In the Small paper, investigators from the University of South Australia described how they used an advanced, biologically-relevant co-culture model of human cystic fibrosis bronchial epithelial cells that were infected with Pseudomonas aeruginosa (P. aeruginosa), which is a cause of persistent and chronic lung infections in patients with cystic fibrosis. The treatment used to treat P. aeruginosa is the antibiotic Tobramycin, however its efficacy is severely limited due to permeability problems. The novel nanotech approach was designed to enhance efficacy in treatment for P. aeruginosa due to increased permeability.

In testing with the bronchial epithelial cells, the nanotech eradicated P. aeruginosa after 2 doses, the investigators reported, which was a 100-fold improvement over the Tobramycin. When Tobramycin is paired with an antibiotic that permeates biofilms such as ciprofloxacin, the nanotech still performed.

The study authors indicated that the nanotech had enhanced penetration of Tobramycin across the biofilm barrier, but not through healthy lung cells, which allows for increased concentration of the antibiotic at the site of infection. Therefore, this strategy would enable the administration of lower doses and a reduced toxicity, they wrote.

Tobramycin is commonly used to treat these infections but increasingly antibiotics are failing to make any significant difference to lung infections, leaving sufferers requiring life-long antibiotic therapy administered every month, study authors Clive Prestidge, Nicky Thomas, and PhD candidate Chelsea Thorn, said. Our research successfully treats advanced human cell culture lung infections using nano-enhanced Tobramycin and shows how it can eradicate serious and persistent infections after only two doses. This could be a real game-changer for people living with CF.

In the ACS Infectious Diseases paper, the study authors detailed their comparison of liposomes and the nanotech technology. In this case, the nanotech was loaded with Ps1G, the glycoside hydrolase, and Tobramycin to test if the combination would protect Ps1G from proteolysis, trigger the enzymes release in the presence of bacteria, and/or improve the total antimicrobial effect.

The study authors found that the nanotech approach was deemed to be an effective strategy that better protected against proteolysis, produced a sustained release of Ps1G, and improved the antimicrobial effect by 10-100-fold. Additionally, the study authors observed an increased survival of in vitro and in vivo Caenorhabditis elegans infected with P. aeruginosa.

When comparing digestible to non-digestible nanotech, the study authors determined that the digestible type triggered the enzymes release in the presence of bacteria. However, there were negligible differences in the versions ability to protect Ps1G from proteolysis and potentiate the antimicrobial activity when combined with Tobramycin.

They called the nanotech a promising protective delivery system for novel biofilm dispensing enzymes combined with antibiotics, in addition to infection-directed therapy and improved performance.

Our technology improves the performance of Tobramycin without increasing the toxicity of the drug, so what were doing is a far more effective and efficient treatment for chronic lung infections, the study authors added in the statement.

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New Treatment for Lung Infections in Cystic Fibrosis Up to 100,000-Fold More Effective - Contagionlive.com

The multipurpose new research study on the Nanotechnology Market by Technology (Nano Machines, Nanomaterials and Nano Factories), Type (Nano Products and Nanosensors), End-users, Region, Global Industry Analysis, Market Size, Share, Growth, Trends, and Forecast 2020 to 2027 aims to promise a unique approach to industry assessment of the market covering the most important factors driving industry growth. The report provides current and future technical and financial details of the industry. The report provides detailed research and analysis of key aspects of the global market. It exhibits comprehensive information, historical data, key segments and their sub-segments, and demand & supply data. Information as per the market segments such as geographies, products, technologies, applications is given in the report. The report specifies the historical, present, and projected size of the global Nanotechnology market from the standpoint of both value and volume.

DOWNLOAD FREE SAMPLE REPORT: https://www.fiormarkets.com/report-detail/418127/request-sample

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To begin with, the report offers a global Nanotechnology market overview, study objectives, product definition, market competition outlook, and various data points. The first step is to understand the industry, based on the definition, applications, type, key players, and geographical presence. The report provides an in-depth analysis of segment diversification in the global Nanotechnology market by defining product form, application, and geography that ensure the industrys long-term stability. The report comprises potential regions across the world in the market.

The research also separates the market, resulting in comprehensive revenue generation in the global industry while maintaining long-term strength. It includes the definition and the scope of the market with a detailed explanation of the market drivers, opportunities, restraints, and threats. The comparative results provided within the report enable readers to grasp the distinction between players and the way theyre competing against one another. The analysis study provides a close read of current and future trends and opportunities of the worldwide Nanotechnology market.

Executive Summary:

This market research report analyzes the growth prospects for the key vendors operating in this Nanotechnology market space including:

Thermofisher Scientific, eSpin Technologies, Inc., Biosensor International, Nanoics Imaging Ltd., Applied Nanotech Holdings Inc., Kleindiek Nanotechnik Gmbh, Imina Technologies Sa, Advanced Nano Products, Bruker Axs, and others.

Major companies holding significant market shares in the market are analyzed considering their market revenue, market shares, business strategies, recent developments, and growth rates. Recent events for these companies such as new solution/product launches, research initiatives, acquisitions, geographical expansions, and technological advancements are considered in this report. The report conveys the major trends that are anticipated to empower the framework of the global Nanotechnology market, as well as upgrades and market details to explore primary market inclinations.

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For product type segment, this report listed the main product type of market:

For the end use/application segment, this report focuses on the status and outlook for key applications. End users are also listed:

Other Features of The Global Nanotechnology Market Report:

Geographically, the detailed analysis of consumption, revenue, market share and growth rate, historic and forecast of the following regions are covered: North America, Europe, Asia Pacific, South America, and the Middle East and Africa.

This research report gives outlines, charts, or tables that show for examination and investigation of the market for the sensible perception of customers. The market report is a fair wellspring of information that offers a versatile point of view on the current market designs, conditions, openings, and status. The next part of the report provides growth rate and global Nanotechnology market size analysis by region. It also offers an analysis of revenue and sales by region.

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Customization of the Report: This report can be customized to meet the clients requirements. Please connect with our sales team (sales@fiormarkets.com), who will ensure that you get a report that suits your needs.

Contact UsMark StonePhone: +1-201-465-4211Email: sales@fiormarkets.comWeb: http://www.fiormarkets.com

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Global Nanotechnology Market Competitive Analysis with Industry Demand and Growth Strategies 2027 KSU | The Sentinel Newspaper - KSU | The Sentinel...

The blackest black paint has absorbed 99.9 percent of public attention for far too long. Now the time has come to shed some light on the other end of the practical paint spectrum: a new colorant described as the whitest white. Like its dark counterpart, famously used for things such as thermal camouflage, the new paint has important potential applications. Surfaces coated with it reflect 98.1 percent of sunlight, creating a powerful cooling effectwithout any of the electricity required by commercial air conditioners.

The 98.1 percent means that now we only absorb 1.9 percent of sunlight, compared to 10 to 20 percent absorption from [white or heat reflective] commercial paints. Thats a significant reduction, says Xiulin Ruan, a mechanical engineer at Purdue University and a co-author of a new study describing the paint published in ACS Applied Materials & Interfaces. By reflecting so much sunlight, the novel mixture can actually release heat from a coated building. Ruan and his colleagues at Purdue calculate that covering a 1,000-square-foot (more than 90-square-meter) roof with their paint could cool a building by about 10 kilowatts. This effect might not eliminate the need for energy-hungry air conditioners, but it could reduce their use. Our model shows if youre in, say, Reno, Nev., or Phoenix, Ariz., you can save up to 70 to 80 percent on air conditioning in the summer, Ruan says.

Scientists have been developing reflective paints for decades, but todays commercial products still remain at or above the surrounding temperature. In the past 10 years, however, researchers have found greater success with multilayered coatings that incorporate tiny particlessome on the nanoscalewhich reflect many wavelengths of light. Teams atStanford University and the University of Colorado Boulder have shown that such materials can cool a surface to below the ambient temperature. Unfortunately, manufacturing such coatings and applying them to a surface may cost moreand requires a more intensive processthan simply slapping on some paint.

In 2014 Ruan decided to take a hybrid approach and create a paint that could easily be brushed or sprayed onto a surfacebut would still incorporate a reflective nanomaterial. His team tested substances such as titanium dioxide and calcium carbonate and made a cooling but less reflective paint out of the latter last year. The researchers ultimately selected a relatively inexpensive compound called barium sulfate. Next, they calibrated the necessary concentration of this white material to make the paint as reflective as possible without degrading its ability to stick together. Finally, the team made sure the barium sulfate particles came in a variety of sizes because each size scatters a different wavelength of light.

I like this study. I think its promising, says Yuan Yang, a materials scientist at Columbia University, who was not involved in the research. And I think theres a potential to be commercialized. Ruan says he hopes to bring a version of his paint to market in a year or two. The price is comparable to, or even slightly lower than, titanium dioxide that is used in commercial paints, he notes. Manufacturing doesnt involve any expensive nanotechnology. Although its still a nanotech, it is a very affordable nanotech.

But there is plenty of competition from other researchers. And Yang points out that any reflective product will need to stand up to the real world, where grime coats surfaces over time. A manufacturer will have to grapple with how to make sure that the paint stays white after 30 years of use, he says.

Ruan sees his work as a tool to fight the climate emergency. President [Joe] Biden talked about cutting carbon emissions in half by the end of 2030, he says. Our paint can contribute to that goal because it lets us get cooling without using power.

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'Whitest White' Paint Beats the Heat - Scientific American

VANCOUVER, British Columbia, May 13, 2021 (GLOBE NEWSWIRE) -- Nanotech Security Corp. (TSXV: NTS) (OTCQX: NTSFF) (Nanotech or the Company), a leader in the development of secure and visually memorable nano-optic security features used in the government and banknote and brand protection markets, announces that President and CEO Troy Bullock will present the Companys corporate presentation at the Sidoti Virtual Microcap Conference for Investors on Wednesday, May 19, 2021 at 1:45pm EDT. Mr. Bullock and CFO Monika Russell will host 1-on-1 investor meetings throughout May 19 and 20, 2021.

Nanotech has continued to execute on its fiscal 2021 growth plans, having achieved 30% year-over-year revenue growth in our most recent quarter, said Nanotech President and CEO Troy Bullock. We expect to continue building upon this momentum in the second half of fiscal 2021 and look forward to introducing Nanotech to Sidoti microcap investors and explaining the effectiveness of our growth strategy.

Sidoti & Company Microcap Virtual Conference

Date: Wednesday, May 19, 2021

Time: 1:45 PM Eastern Time/10:45 AM Pacific Time

To attend the conference, register here. 1-on-1 investor meetings are available and will be scheduled and conducted via private, secure video conference through the conference event platform. Conference registration is required to book 1-on-1 investor meetings.

About Sidoti & Company

For over two decades, Sidoti has been a premier provider of independent securities research focused specifically on small and microcap companies and the institutions that invest their securities. Their approach affords institutional investor clients a combination of high-quality research, a small and microcap focused nationwide sales effort, broad access to corporate management teams, and extensive trading support. They serve nearly 500 institutional clients in the U.S., Canada and the U.K., including many leading managers of portfolios with $200 million to $2 billion of assets. https://sidoticonference.com/

FORWARD LOOKING STATEMENTS

This news release contains forward-looking statements that involve risks and uncertainties. These forward-looking statements relate to anticipated developments in our operations in future periods and events or conditions that may occur in the future. When used in this news release, words such as plan, expects, pursue, will, and similar expressions or statements generally identify forward-looking statements. These statements reflect our current expectations. In light of the risks and uncertainties, there can be no assurance that the forward-looking statements contained in this news release will be realized.

About Nanotech

With billions of security features in circulation, Nanotechs products include secure and memorable security labels, stripes, patches, and colour-shifting foils for currency authentication and brand protection.

KolourOptikis a patented visual technology that is exclusive to the government and banknote market and combines sub-wavelength nanostructures and microstructures to create modern overt security features with a unique and customizable optical effect. KolourOptik pure plasmonic colour pixels produce full colour, 3D depth, and movement used in security stripes and threads that are nearly impossible to replicate.

LiveOptik is a patented visual technology that utilizes innovative nano-optics one tenth the size of traditional holographic structures to create next generation overt security features customized to our customers unique requirements. LiveOptik delivers multi-colour, 3D depth, movement, and image switches for secure brand protection stripes, threads, and labels that are nearly impossible to replicate.

Additional information about Nanotech can be found at the Companys website http://www.nanosecurity.ca, the Canadian disclosure filings website http://www.sedar.com or the OTCMarkets disclosure filings website http://www.otcmarkets.com.

Neither the TSX Venture Exchange nor its Regulation Services Provider (as that term is defined in policies of the TSX Venture Exchange) accepts responsibility for the adequacy or accuracy of this release.

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Nanotech Presenting at the Sidoti Virtual Microcap Conference for Investors on Wednesday, May 19, 2021 - GlobeNewswire

Researchers report promising results in the fight against superbug infections on poultry farms, which could have wider implication for human health.

Scientists from Aga Nanotech and CIEL (Centre for Innovation Excellence in Livestock), supported by Scotlands Rural College (SRUC), have been looking at sustainable solutions to replace the use of antibiotics in animal husbandry.

Researchers report promising results in the fight against superbug infections on poultry farms, which could have wider implication for human health. Photo: Mark Pasveer

The study, funded by the UKs Department of Health and Social Cares Antimicrobial Resistance (AMR) fund, tested a novel technology which offers a safe, effective, and sustainable replacement for antibiotic use in poultry rearing. It is part of a wider project involving UK-based GAMA Healthcare and the Shanghai Veterinary Research Institute to customise and trial innovative patented technology for use in poultry.

Dr Salvatore Galgano, lead scientist at SRUC, who was awarded the Presidents prize for the best oral presentation after sharing the findings of the study at the World Poultry Science Associations UK branch meeting, said: The study demonstrated that this novel technology has the potential to be a substitute for antibiotics and could also enhance production.

It is an important step in the fight against superbug infections in animals and lays the foundations for further investigation into the role of this new technology in decreasing antibiotic resistance associated with animal husbandry.

Adrian Fellows, CEO of Aga Nanotech, added: We are excited by the early results which show real promise for the development of a new generation of feed additives with a remarkable range of benefits.

There is still work to do and in part this will be conducted in cooperation with our project partners in China. However, this research has demonstrated a potential route to the safe, nutritionally beneficial, and environmentally responsible replacement of antibiotics in chicken rearing and possibly other monogastric animals.

Nikki Dalby, lead project manager at CIEL, added that the innovative approach offered clear veterinary and human health benefits. Further gains included improved food security, food integrity, and supply chain resilience.

Over and above the potential it offers the poultry sector in China, this alternative technology could be extended to other livestock species and rolled out worldwide.

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Superbug infections in poultry under the microscope - Poultry World

Aerospace Nanotechnology Market Report aims to provide an overview of the industry through detailed market segmentation. The report offers thorough information about the overview and scope of the market along with its drivers, restraints and trends. This report is designed to include both qualitative and quantitative aspects of the industry in each region and country participating in the study.

Key players in global Aerospace Nanotechnology market include:

Airbus,Glonatech,Flight Shield,Lockheed Martin,Lufthansa Technik,tripleO Performance Solution,Zyvex Technologies,CHOOSE NanoTech,General Nano,HR TOUGHGUARD,Metamaterial Technologies

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This report also splits the market by region:

Americas,United States,Canada,Mexico,Brazil,APAC,China,Japan,Korea,Southeast Asia,India,Australia,Europe,Germany,France,UK,Italy,Russia,Middle East & Africa,Egypt,South Africa,Israel,Turkey,GCC Countries

This study considers the Aerospace Nanotechnology value generated from the sales of the following segments:

Based on the type of product, the global Aerospace Nanotechnology market segmented intoNanomaterialsNanotoolsNanodevices

Based on the end-use, the global Aerospace Nanotechnology market classified intoAircraft PartsFuselage StructureAero Engine PartsAircraft Electronic Communication SystemOthers

This study specially analyses the impact of Covid-19 outbreak on the Aerospace Nanotechnology, covering the supply chain analysis, impact assessment to the Aerospace Nanotechnology market size growth rate in several scenarios, and the measures to be undertaken by Aerospace Nanotechnology companies in response to the COVID-19 epidemic.

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The scope of this research report extends from the basic outline of the Aerospace Nanotechnology Market to tricky structures, classifications and applications. This research report also provides a clear picture of the global market by presenting data through effective information graphics. It also provides a detailed list of factors that affect market growth.

A detailed study of the competitive landscape of the Global Aerospace Nanotechnology Market has been given along with the insights of the companies, financial status, trending developments, mergers & acquisitions and SWOT analysis. This research will give a clear and precise idea about the overall market to the readers to take beneficial decisions.

Aerospace Nanotechnology Report provides future growth drivers and competitive landscape. This will be beneficial for buyers of the market report to gain a clear view of the important growth and subsequent market strategy. The granular information in the market will help monitor future profitability and make important decisions for growth.

Complete report is available at:

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The research provides answers to the following key questions:

The report gives wide-going industry data which investigates useful development systems and suggestions identified with Aerospace Nanotechnology industry. The market report gives key data about the Aerospace Nanotechnology industry like accommodating and significant raw numbers, well-qualified assessments, and the most recent improvements across the globe.

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Pharmaceutical analysis is always advancing to improve drug discovery and safety. Its a branch of chemistry that deals with studying compounds to find, create, or test drugs. These scientists help keep people safe from dangerous chemicals while improving public health. As you might expect, this process can be challenging, so the industry is always looking for new technologies and techniques to improve itself. Here are five of the top pharmaceutical trends driving the sector today.

Discovering new drugs or ensuring current ones are safe can be a long, complicated process. At the same time, chemists want to move through the steps quickly to help people sooner. Automation can help speed up the process without compromising safety or quality.

Automatic data recording is one of the most helpful developments in lab automation. Chemists record everything to ensure experiments are accurate and repeatable, but doing so manually is slow and inconvenient. With new technologies, the tools they use can automatically record and organise this data, saving a lot of time.

Another advantage of automation is that robots and computers tend to be more precise than people. As a result, automation has led to more accurate results in drug research. People make mistakes, so using machines to run tests can prevent errors.

The Internet of Things (IoT) is a growing trend across nearly every industry. You probably have an IoT device or two in your own home. In pharmaceutical analysis, these gadgets can help keep labs productive and safe.

One of the most significant use cases of the IoT in pharmaceuticals is smart personal protective equipment (PPE). There can be roughly 400 hazardous chemicals in a laboratory, but many workers forgo proper PPE. The IoT can monitor whether employees are actually using them, helping enforce safety regulations.

IoT connectivity in the lab also lets researchers control or monitor machinery remotely. Connected sensors can also alert lab workers if theres a mechanical error they should address. This kind of transparency and accessibility helps employees stay as productive as possible, leading to faster, more accurate results.

Its hard to think of an industry that artificial intelligence (AI) hasnt affected. Unsurprisingly, AI is one of the fastest-growing and exciting pharmaceutical trends today. Machine learning models can revolutionise drug discovery, helping chemists find potential new treatments faster than ever.

AI can simulate how different drugs would interact with a virus or other pathogen, finding potential treatments. Similarly, it can predict possible side effects in patients. AI-based decision-making like this helped Moderna develop their COVID-19 vaccine in record time.

Since AI automates and speeds up so much of the drug discovery process, it can also lower costs. Some reports estimate that AI could curb expenses by 70%, making vital medications far more affordable. While using this technology in pharmaceuticals is still a new trend, these benefits are helping it skyrocket.

Tech everywhere is getting smaller, and in pharmaceutical analysis, its getting microscopic. Nanotechnology, which is tech smaller than 1,000 nanometers, is a relatively new field for chemists but a growing one. Tools this small can detect changes in individual molecules, making research far more precise.

When scientists can manipulate chemicals on a molecular level, it opens a whole new world of possibilities. With less precise systems, researchers may not be able to change one part of a solution without affecting the rest. Nanotechnology also helps lab workers separate solutions into smaller parts to analyse the components individually.

Some researchers are looking into using nanotech for drug delivery, too. If technology could deliver medication through microscopic tools, it could remove the need for shots.

One of the less obvious recent pharmaceutical trends is a greater emphasis on cybersecurity. These companies and laboratories are valuable targets for cybercriminals, and they know it. In a recent survey, 70% of pharma companies said that cyber-threats are one of their top concerns.

Labs rely on technology, so a cyberattack could cause a lot of damage. As the threat of state-sponsored cyberattacks rises, this is a growing concern. Since the pharmaceutical industry is so massive, a successful attack could be profitable for the hackers.

Given these threats, pharmaceutical analysis companies across the globe have ramped up their cybersecurity. With more advanced security tools, these organisations can stay safe, keeping clients safe, too.

In an industry like pharmaceutical analysis, new technologies and practices can save lives. As such, change and advancement is standard in the sector. These five trends are just a small example of how medicine is moving forward for everyones benefit.

Written by Emily Newton, science and technology journalist, Editor-in-Chief of Revolutionized Magazin.

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You Need to Know About the Top 5 Trends in Pharmaceutical Analysis - EuroScientist