Tissue Regeneration – USAY 7 http://usay7.net/ Wed, 01 Sep 2021 02:05:00 +0000 en-US hourly 1 https://wordpress.org/?v=5.8 https://usay7.net/wp-content/uploads/2021/06/icon-150x150.png Tissue Regeneration – USAY 7 http://usay7.net/ 32 32 Walking can power an implantable stimulator device to accelerate tendon healing https://usay7.net/walking-can-power-an-implantable-stimulator-device-to-accelerate-tendon-healing/ https://usay7.net/walking-can-power-an-implantable-stimulator-device-to-accelerate-tendon-healing/#respond Wed, 01 Sep 2021 02:05:00 +0000 https://usay7.net/walking-can-power-an-implantable-stimulator-device-to-accelerate-tendon-healing/ Researchers at CÚRAM, the SFI Medical Device Research Center based at NUI Galway, have shown how simply walking an implantable stimulator device can be powered to expedite the treatment of musculoskeletal disorders. The results of were published in the renowned journal Advanced materials. The research creates the technical basis for a new range of stimulation […]]]>

Researchers at CÚRAM, the SFI Medical Device Research Center based at NUI Galway, have shown how simply walking an implantable stimulator device can be powered to expedite the treatment of musculoskeletal disorders.

The results of were published in the renowned journal Advanced materials.

The research creates the technical basis for a new range of stimulation devices that enable the control of musculoskeletal tissue regeneration for the treatment of tendon damage and diseases as well as sports injuries without the use of medication or external stimulation.

One of the most exciting aspects of our study is that these implantable devices can be tailored to individual patients or conditions and show promise in accelerating the repair of sports-related tendon injuries, especially in athletes. “

Dr. Manus Biggs, CÚRAM investigator, lead researcher

The study investigated whether electrotherapy combined with exercise would show promise in treating tendon disease or rupture. It was shown that the function and repair of tendon cells can be controlled by electrical stimulation from an implantable device driven by body movements.

Dr. Marc Fernandez, who conducted the main research on the study at CÚRAM, said, “Successfully treating tendon damage and disease is a critical medical challenge.

“Our discovery shows that when the implanted device is stretched while walking, an electrical charge is created in the treatment target area – the damaged or injured tendon – specific regeneration processes in the damaged tendon.”

The stimulator device uses a tissue-like mesh known as a piezoelectric material that generates electricity when it is stretched or subjected to mechanical pressure. It consists of a framework made of nanofibers that are one-thousandth the thickness of a human hair

Dr. Fernandez added, “We presented an implantable, electrically active device that can control tendon regeneration and healing. Importantly, our research has improved the therapeutic performance of the device by improving its structure, piezoelectric properties, and biological compatibility.

“We also examined the individual influence of mechanical, structural and electrical stimuli on the function of the tendon cells and were able to show that bioelectrical stimuli contribute significantly to promoting tendon repair.”

Dr. Biggs added, “This unique strategy of combining a device that is powered by body movement and can induce accelerated tendon healing is expected to have a significant impact in the regenerative device field, particularly in the area of ​​sports or trauma injuries.

“These devices are inexpensive, relatively easy to implant, and could pave the way for a whole new class of regenerative electrical therapies.”

The research was funded by the Science Foundation Ireland and in particular the SFI-BBSRC partnership program.

Source:

Journal reference:

Fernandez-Yague, MA, et al. (2021) A piezo-bioelectric device with its own power supply regulates the signal pathways associated with tendon repair by modulating mechanisensitive ion channels. Advanced materials. doi.org/10.1002/adma.202008788.


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Things to know about copper peptides in skin care products https://usay7.net/things-to-know-about-copper-peptides-in-skin-care-products/ https://usay7.net/things-to-know-about-copper-peptides-in-skin-care-products/#respond Fri, 27 Aug 2021 21:10:28 +0000 https://usay7.net/things-to-know-about-copper-peptides-in-skin-care-products/ As skin care fans, we stay loyal to our search for the best, most effective products that actually deliver results. Sometimes we succeed and discover a product that is so good that it deserves a place in our routines – sometimes we want more and look for cosmetic enhancements to get the job done. If […]]]>

As skin care fans, we stay loyal to our search for the best, most effective products that actually deliver results. Sometimes we succeed and discover a product that is so good that it deserves a place in our routines – sometimes we want more and look for cosmetic enhancements to get the job done. If you feel like you are at a crossroads with your antiaging routine and are therefore thinking about the needle, we have two words for you: copper peptides. According to experts, copper peptides are the “It” ingredient in the industry, and their use in skin care products skyrocketed when researchers discovered their collagen-boosting potential.

To find out more about copper peptides, their benefits and how to use them correctly, we contacted two certified dermatologists Dr. Jessie Cheung and Dr. Geeta Yadav. Keep scrolling to find out everything you need to know about the ingredient commonly known as a face lift in a bottle.

What are copper peptides in skin care?

Copper peptides are an ingredient that has been tried and tested for decades and is mainly used in wound healing products. Recently, however, they have been studied for their ability to improve the signs of aging and the results are so promising that their effectiveness has been compared to the youth-promoting results of Botox. Dr. Yadav says: “Copper peptides are a kind of tri-peptide complex of amino acids. They are one of the evidence-based peptides in skin care and effectively stimulate collagen and elastin production as well as cell turnover. . ”

But what Exactly differentiates copper peptides from other peptides in skin care? According to Dr. What sets them apart from Yadav is that they are also anti-inflammatory and play an essential role in skin growth and wound healing. “Some Studies have shown that copper peptides, especially after medical or aesthetic treatments that irritate the skin (e.g. chemical peelings, microdermabrasion and laser treatments), reduce skin inflammation and make these treatments easier to tolerate, “says Dr. Yadav.

Benefits of copper peptides in skin care

In addition to the fact that they can speed wound healing, copper peptides have a number of skin-friendly benefits. For one, they can help increase antioxidant activity and protect the skin from free radical damage, which can lead to further signs of aging and cell damage. This is especially important for those who spend a lot of time in the sun, and while it is not a substitute for SPF (please use in rain or shine), it can help repair the elements’ harmful effects.

Dr. Yadav explains that the amino acids found in copper peptides are naturally present in our bodies, but their levels decrease with age, often resulting in tiny wrinkles and an overall dull, lackluster complexion. “Copper peptides play an important role in the rapid production of collagen and elastin fibers, the elements that give skin its elasticity, firmness and the ability to smooth out the signs of aging,” she says. But also, the most fascinating property of copper peptides is that they can remove old, damaged collagen in the skin, allowing for the regeneration of new, healthy tissue, says Dr. Cheung.

Who should use copper peptides?

Dr. Cheung says copper peptides are great for anyone looking to improve skin density and firmness, repair sun damage, or reduce the appearance of fine lines, pores, and sagging. Apart from that, copper can oxidize vitamin C, so you should avoid using products that contain both at the same time. Dr. Yadav adds that using copper peptides in conjunction with retinoids or chemical peels can cause irritation, so avoid it, especially if you have sensitive skin.

You can find copper peptides in virtually all types of skin care products, including serums, eye creams, face masks, and even lip balms. And while they’re usually not listed as a solo ingredient, they can usually be found on an ingredient label listed as GHK-Cu, copper lysinate, copper prolinate, copper gluconate, copper amino, or copper tripeptide, says Dr. Cheung.

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From the science-based skin care brand now available in the U.S. comes this concentrated peptide serum that neutralizes signs of aging. Whether you want to tackle fine lines around your laugh lines or newly formed wrinkles on your forehead, this 30 percent multi-peptide complex (including copper) will keep your skin looking radiant, firm and youthful.

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The common ones


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Synthetic Biology Market Size, Trends, and Key Players – Cyrus Biotechnology Inc. (USA), Intrexon Corporation (USA), GenScript Biotech Corporation (China), Integrated DNA Technologies, Inc. (USA), New England Biolabs (USA), Thermo Fisher Scientific Inc . (USA), Merck KGaA (Germany), Synthetic Genomics https://usay7.net/synthetic-biology-market-size-trends-and-key-players-cyrus-biotechnology-inc-usa-intrexon-corporation-usa-genscript-biotech-corporation-china-integrated-dna-technologies-inc-usa-new/ https://usay7.net/synthetic-biology-market-size-trends-and-key-players-cyrus-biotechnology-inc-usa-intrexon-corporation-usa-genscript-biotech-corporation-china-integrated-dna-technologies-inc-usa-new/#respond Mon, 23 Aug 2021 16:16:37 +0000 https://usay7.net/synthetic-biology-market-size-trends-and-key-players-cyrus-biotechnology-inc-usa-intrexon-corporation-usa-genscript-biotech-corporation-china-integrated-dna-technologies-inc-usa-new/ New Jersey, United States, – the Synthetic Biology Market The research report is extensive research documentation that highlights important information about value derivatives and the supply chain. Cognitive and comprehensive information on various elements of the market such as cheap growth beds, untapped opportunities as well as revised guidelines and framework conditions have also been […]]]>

New Jersey, United States, – the Synthetic Biology Market The research report is extensive research documentation that highlights important information about value derivatives and the supply chain. Cognitive and comprehensive information on various elements of the market such as cheap growth beds, untapped opportunities as well as revised guidelines and framework conditions have also been deliberately included in the presentation of the report. Articles such as profit margins, sales development trends, capacity building, price and cost milestones for multiple timelines, encompassing both real-time and historical developments, have been extensively discussed to identify weaknesses and articles to increase the growth of the Synthetic Biology market support financially.

The synthetic biology market was valued at $ 6.60 billion in 2020 and is projected to reach $ 11.00 billion by 2028, growing at a CAGR of 6.60% from 2021 to 2028.

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The report encompasses a comprehensive analysis of the major market players in the market along with their business overview, expansion plans, and strategies. The main actors examined in the report include:

Cyrus Biotechnology Inc. (USA), Intrexon Corporation (USA), GenScript Biotech Corporation (China), Integrated DNA Technologies, Inc. (USA), New England Biolabs (USA), Thermo Fisher Scientific Inc. (USA), Merck KGaA ( Germany), Synthetic Genomics, Inc. (USA), Codexis, Inc. (USA), Synthego Corporation (USA).

Synthetic Biology Market Segmentation

Synthetic Biology Market by Product

• Core products
• Activate products

Synthetic Biology Market by Technology

• Gene synthesis
• Genome engineering
• cloning
• sequencing
• Site-directed mutagenesis
• Measurement and modeling
• microfluidics
• nanotechnology
• bioinformatics

Synthetic Biology Market By Application

• Medical application
• Medicines
• Drug research and therapeutics
• Artificial tissue and tissue regeneration
• Industrial applications
• Biofuels and renewable energies
• Food & Agriculture
• Other

The Synthetic Biology market report has been segmented based on various categories such as product type, application, end-user, and region. Each segment is rated based on CAGR, proportion and growth potential. In the regional analysis, the report highlights the potential region that is expected to create opportunities in the Synthetic Biology market in the coming years.

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Scope of Synthetic Biology Market Report

Report attribute details
Market size available for years 2021-2028
Base year taken into account 2021
Historical data 2015 – 2020
Forecast period 2021-2028
Quantitative units Revenue in MILLION USD and CAGR from 2021 to 2028
Covered segments Types, applications, end users and more.
Report coverage Sales forecast, company ranking, competitive landscape, growth factors and trends
Regional scope North America, Europe, Asia Pacific, Latin America, Middle East and Africa
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Geographic segment covered in the report:

• North America (USA and Canada)
• Europe (UK, Germany, France and rest of Europe)
• Asia Pacific (China, Japan, India and the rest of Asia Pacific)
• Latin America (Brazil, Mexico and the rest of Latin America)
• Middle East and Africa (GCC and rest of Middle East and Africa)

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Global Soft Tissue Enhancement and Regeneration Market 2021 Financial Insights, Business Growth Strategies, Trends https://usay7.net/global-soft-tissue-enhancement-and-regeneration-market-2021-financial-insights-business-growth-strategies-trends/ https://usay7.net/global-soft-tissue-enhancement-and-regeneration-market-2021-financial-insights-business-growth-strategies-trends/#respond Sun, 22 Aug 2021 11:59:26 +0000 https://usay7.net/global-soft-tissue-enhancement-and-regeneration-market-2021-financial-insights-business-growth-strategies-trends/ The new report from Reports Globe on Global Soft tissue reinforcement and regeneration market provides in-depth coverage of the industry and key market trends with historical and forecast market information, demand, application information, price history and stocks of the geographic leader in soft tissue strengthening and regeneration. This report also studies the Soft Tissue Enhancement […]]]>

The new report from Reports Globe on Global Soft tissue reinforcement and regeneration market provides in-depth coverage of the industry and key market trends with historical and forecast market information, demand, application information, price history and stocks of the geographic leader in soft tissue strengthening and regeneration. This report also studies the Soft Tissue Enhancement and Regeneration market status, competitive landscape, market share, growth rate, future trends, marketers, opportunities and challenges, sales channels, and distributors. The report divides the market size by volume and value based on application, type, and geography.

Global Soft Tissue Enhancement and Regeneration Market 2021 report covers endless knowledge and insights into market definition, rankings, applications, and engagement, and explains the market drivers and restraints from SWOT analysis. By applying the business insights in this industry report on Soft Tissue Reinforcement and Regeneration, industry experts measure strategic options, summarize successful action plans, and help companies make critical decisions.

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The segmentation chapters enable readers to understand aspects of the market such as its products, available technologies and applications. These chapters were written to describe its development over the years and how it is likely to develop in the years to come. The Research Report also provides detailed information on new trends that may determine the development of these segments in the coming years.

Soft Tissue Reinforcement and Regeneration Market Segmentation:

Soft Tissue Reinforcement and Regeneration Market by Application (2016-2027)

  • Regeneration of the tooth tissue
  • Vaginal loop
  • Hernia repair
  • Breast reconstruction
  • Sports medicine and tendon reinforcement
  • Dural repair
  • Other

Soft Tissue Reinforcement and Regeneration Market, By Product (2016-2027)

  • Allogeneic graft
  • Xenograft
  • Alloplast
  • synthetic
  • Biologically
  • Other

Key Players in the Soft Tissue Enhancement and Regeneration Market:

  • BioHorizons
  • Biomet
  • Spiritually
  • Blacksmith & nephew
  • RTI Biologics
  • MiMedx
  • Life cell
  • Atrium Medical
  • Zimmer Holdings
  • Cook medicine
  • Dentsply
  • Medtronic
  • Stryker
  • Ethicon
  • Boston Scientific
  • American medical systems
  • Integra LifeSciences and Citagenix

Company Profiles – This is a very important section of the report which provides accurate and detailed profiles for the major players in the global Soft Tissue Enhancement and Regeneration market. It provides information about the main business, markets, gross margin, revenue, price, production, and other factors that determine the market development of the players studied in the Soft Tissue Augmentation and Regeneration market report.

Global Soft Tissue Reinforcement and Regeneration Market: Regional Segments

The other section on regional segmentation covers the regional aspects of the global Soft Tissue Enhancement and Regeneration Market. This chapter describes the regulatory structure that is expected to affect the entire market. It highlights the political landscape in the market and forecasts its impact on the global Soft Tissue Enhancement and Regeneration Market.

  • North America (USA, Canada)
  • Europe (Germany, Great Britain, France, rest of Europe)
  • Asia Pacific (China, Japan, India, rest of Asia-Pacific)
  • Latin America (Brazil, Mexico)
  • Middle East and Africa

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The study objectives are:

  1. Analysis of the global status of soft tissue reinforcement and regeneration, future forecast, growth opportunities, main market and key players.
  2. Presentation of the development of soft tissue strengthening and regeneration in North America, Europe, Asia-Pacific, Latin America and the Middle East and Africa.
  3. Strategic profile of the main players and comprehensive analysis of their development plan and strategies.
  4. To define, describe and forecast the market by product type, market applications and key regions.

This report provides the estimate of Market Size for Value (Million USD) and Volume (K Units). Both top-down and bottom-up approaches have been used to estimate and validate the market size of the Soft Tissue Enhancement and Regeneration market and to estimate the size of various other dependent sub-markets in the overall market. Key players in the market have been identified through desk research and their market shares have been determined through primary and desk research. All percentages, breakdowns and breakdowns were determined using secondary sources and verified primary sources.

Some important points from the table of contents:

Chapter 1. Research methodology and data sources

Chapter 2. Summary

Chapter 3. Soft Tissue Enhancement and Regeneration Market: Industry Analysis

Chapter 4. Soft Tissue Enhancement and Regeneration Market: Product Information

Chapter 5. Soft Tissue Enhancement and Regeneration Market: Application Insights

Chapter 6. Soft Tissue Enhancement and Regeneration Market: Regional Insights

Chapter 7. Soft Tissue Enhancement and Regeneration Market: Competitive Landscape

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Bonus BioGroup receives approval to expand phase II https://usay7.net/bonus-biogroup-receives-approval-to-expand-phase-ii/ https://usay7.net/bonus-biogroup-receives-approval-to-expand-phase-ii/#respond Sun, 22 Aug 2021 08:20:33 +0000 https://usay7.net/bonus-biogroup-receives-approval-to-expand-phase-ii/ TEL AVIV, ISRAEL, August 22, 2021 (GLOBE NEWSWIRE) – Bonus BioGroup LTD or “the Company” (BONS.TA), an Israeli clinical-stage biotechnology company, has received official approval from the Israeli Ministry of Health to expand its Phase II clinical trials for its MesenCure treatment to health centers and hospitals across the country. MesenCure is leveraging advances in […]]]>

TEL AVIV, ISRAEL, August 22, 2021 (GLOBE NEWSWIRE) – Bonus BioGroup LTD or “the Company” (BONS.TA), an Israeli clinical-stage biotechnology company, has received official approval from the Israeli Ministry of Health to expand its Phase II clinical trials for its MesenCure treatment to health centers and hospitals across the country. MesenCure is leveraging advances in cell therapy to treat COVID-19 patients suffering from life-threatening pneumonia, acute respiratory distress, and related complications caused by the immune system’s hyperinflammatory response (cytokine storm) to the virus.

The Israeli Ministry of Health’s decision to use MesenCure coincides with a dramatic increase in infections and hospital stays fueled by the more infectious Delta variant, which threatens to flood the public health system in Israel and around the world. Despite high vaccination rates, current infection rates are approaching those at the height of the pandemic. Thus, while countries around the world are examining viable alternatives to major economic shutdowns, the focus has been on establishing one modus vivendi with COVID-19, which focuses on reducing the number of hospitalized and critically ill patients.

As announced in May and July 2021, Bonus BioGroup’s Phase I / II clinical trials were fully successful in treating severe COVID-19 patients at the Rambam Health Care Campus in Haifa. All study participants were enrolled with severe COVID-19 and 90% had comorbidities that posed an increased risk of serious illness, complications, and a mortality rate of over 35%. Despite these significant complication factors, patients were discharged from hospital a median of one day after MesenCure treatment.

Regardless of the severe admission condition of the participating patients, each of the three doses of MesenCure administered to the patients resulted in a significant decrease in diffuse inflammation. A cumulative effect was also seen after administration of each of the three doses in reducing the risk of multi-organ dysfunction, heart damage, kidney damage, and venous thromboembolism caused by the body’s hyperinflammatory response to the virus.

In addition to its direct impact on mitigating hyperinflammation, MesenCure has proven extremely successful in improving additional parameters such as patient prognosis, recovery and chance of survival. In addition, patients reported improvements in subjective parameters, including mobility, self-care ability, and performance in routine surgery.

Given the apparent effectiveness of MesenCure in treating severe COVID-19 patients with pre-existing medical conditions and high-risk comorbidities, this novel treatment was embraced as a potential solution to relieve overburdened hospital systems. In this way, MesenCure can help prevent the imposition of economically damaging measures such as general bans or closings. In the weeks since the phase I / II study was completed, Bonus BioGroup has started a phase II clinical study in which up to 50 participants with severe COVID-19 will participate to further evaluate the efficacy and safety of MesenCure.

MesenCure from Bonus BioGroup comes from the cutting edge areas of regenerative medicine and cell therapy and consists of allogeneic mesenchymal stromal cells that have been prepared to improve their immunomodulatory abilities. Once injected into the patient, the cells target the inflamed lungs, squeezing the cytokine storm and promoting healing of the respiratory system and other internal organs affected by COVID-19.

In addition to its current use in infections caused by SARS-CoV-2 variants, MesenCure has the potential to be applicable to a number of other diseases. These conditions include asthma, chronic obstructive pulmonary disease, and other lower respiratory diseases caused by viruses, bacterial infections, or chemical exposure. Beyond the current demand for therapeutic solutions for COVID-19, MesenCure’s potential global market is projected to exceed $ 43 billion by 2026.

The decision to expand MesenCure’s Phase II trial to medical centers across Israel shows the high hopes that both private and public stakeholders are placing in the use of this revolutionary treatment for a wide variety of diseases and illnesses. Additionally, as the prospect of a COVID-19-free world fades from the immediate horizon, MesenCure could be key to lowering the rate of serious illness and hospital admissions to keep public health systems within their capacities while inflicting further rounds of devastating economic closings prevent against the background of the global increase in the delta variant.

About Bonus BioGroup

Since its inception, Bonus BioGroup has worked on developing cell therapies and tissue-engineered products for bone regeneration. The main component of the viable bone graft developed by the company is mesenchymal stromal cells isolated from the patient’s adipose tissue. During the outbreak of the COVID-19 pandemic, the company began studying these mesenchymal cells and their potential uses to mitigate the related hyperinflammatory response (i.e., cytokine storm) caused by COVID-19 and other diseases. In developing MesenCure, Bonus BioGroup applied a variety of unique technologies and proprietary knowledge, some of which are currently being developed by the company and some of which are part of the company’s broad portfolio of intellectual property.

Forward-looking statement

Bonus BioGroup’s assessments of the therapeutic effects of MesenCure and / or its commercialization potential, the Company’s ability to continue developing the drug, including conducting clinical trials, and the achievement of a drug that can be used medically in humans for the periods, in which processes are expected to be carried out, a forward-looking statement within the meaning of the Securities Act of 1968, which is based on the estimates of the company and the information available to it at the time of reporting.

There is no certainty that this information will be realized in whole or in part due to, among other things, reliance on the actions of third parties beyond the control of the Company, the possibility of a delay in obtaining relevant regulatory approvals and / or a change in the relevant terms and conditions / or feasibility studies that the company may conduct and / or delays in conducting studies and / or the need for further studies and / or the failure of studies and / or technological changes and / or development and marketing of similar and / or more effective competing products and / or lack of availability of resources and / or realization of any of the risk factors related to research and / or studies and / or their results.

SOURCE: BioGroup bonus

Reference link: https://www.bonusbiogroup.com/index.php/news-media/press-releases/item/40-the-israeli-ministry-of-health-approved-the-joining-of-additional-medical-centers- to-phase-ii-clinical-study-for-severe-covid-19-evaluation-bonus-biogroup-s-product-mesencure

Media contact

Company name: – Bonus BioGroup
Email ID: – ShaiMe@bonus-bio.com
Company website: – https://www.bonusbiogroup.com

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Healthcare Nanotechnology (Nanomedicine) Market Size & Growth 2021-2028 | Key Players – Sanofi SA, Pfizer Inc., Celgene Corporation, Luminex Corporation, Taiwan Liposome Company Ltd. https://usay7.net/healthcare-nanotechnology-nanomedicine-market-size-growth-2021-2028-key-players-sanofi-sa-pfizer-inc-celgene-corporation-luminex-corporation-taiwan-liposome-company-ltd/ https://usay7.net/healthcare-nanotechnology-nanomedicine-market-size-growth-2021-2028-key-players-sanofi-sa-pfizer-inc-celgene-corporation-luminex-corporation-taiwan-liposome-company-ltd/#respond Sat, 21 Aug 2021 19:36:06 +0000 https://usay7.net/healthcare-nanotechnology-nanomedicine-market-size-growth-2021-2028-key-players-sanofi-sa-pfizer-inc-celgene-corporation-luminex-corporation-taiwan-liposome-company-ltd/ New Jersey, United States, – the Healthcare Nanotechnology (Nanomedicine) Market With a size and forecast to 2028, this report offers an analysis of the impact of the COVID19 epidemic on the major factors influencing the growth of the market. In addition, market segments for nanotechnology in healthcare (nanomedicine) (by main actors, types, applications and main […]]]>

New Jersey, United States, – the Healthcare Nanotechnology (Nanomedicine) Market With a size and forecast to 2028, this report offers an analysis of the impact of the COVID19 epidemic on the major factors influencing the growth of the market. In addition, market segments for nanotechnology in healthcare (nanomedicine) (by main actors, types, applications and main regions) Outlook, company valuation, competitive scenario, trends and forecasts for the coming years. The study of the report on nanotechnology in health care (nanomedicine) is carried out on the basis of a extensive research methodology, which enables an analytical consideration of the world market on the basis of different segments in which the industry is also alienated in summary, an enlargement of the market due to the different perspectives. The report gives one too 360-degree view of the competitive landscape of industries. SWOT analysis was used to understand the strengths, weaknesses, opportunities and threats of businesses. This will help companies understand the threats and challenges they are facing. The Healthcare Nanotechnology (Nanomedicine) market has been experiencing steady growth and the CAGR is expected to improve over the forecast period.

The healthcare nanotechnology (nanomedicine) market was valued at $ 156.40 billion in 2019 and is projected to reach $ 449.10 billion by 2027, growing at a CAGR of 14.10% from 2020 to 2027.

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The report encompasses a comprehensive analysis of the major market players in the market along with their business overview, expansion plans, and strategies. The main actors examined in the report include:

Sanofi SA, Pfizer Inc., Celgene Corporation, Luminex Corporation, Taiwan Liposome Company Ltd. and other.

Market segmentation for nanotechnology in healthcare (nanomedicine)

Healthcare Nanotechnology (Nanomedicine) Market By Application

• drug delivery
• Biomaterials
• Active implants
• Diagnostic imaging
Tissue regeneration
• Miscellaneous

Global Healthcare Nanotechnology (Nanomedicine) Market By Disease

• Cardiovascular diseases
• Oncological diseases
• Neurological diseases
• Orthopedic diseases
• Infectious diseases
• Miscellaneous

This report provides an in-depth analysis of nanotechnology in healthcare (nanomedicine), current trends, as well as a comprehensive analysis based on type, application and actors. The report includes a detailed analysis of the competitors, the SWOT analysis, the industry structure and the view of the production process. The report explains that the Healthcare Nanotechnology (Nanomedicine) market is driven by multiple factors. This study highlights the importance of in-depth analysis and how this greatly affects the quality of the information available to readers. Additionally, the report takes into account the impact of the COVID-19 pandemic on the Healthcare Nanotechnology (Nanomedicine) market and offers a clear assessment of the market trends for the forecast period.

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Scope of Healthcare Nanotechnology (Nanomedicine) Market Report

Report attribute details
Market size available for years 2021-2028
Base year taken into account 2021
Historical data 2015 – 2020
Forecast period 2021-2028
Quantitative units Revenue in MILLION USD and CAGR from 2021 to 2028
Covered segments Types, applications, end users and more.
Report coverage Sales forecast, company ranking, competitive landscape, growth factors and trends
Regional scope North America, Europe, Asia Pacific, Latin America, Middle East and Africa
Scope of adjustment Free customization of reports (equivalent to up to 8 working days for analysts) with purchase. Addition or change to the country, regional and segment scope.
Price and purchase options Benefit from customized purchase options to meet your exact research needs. Explore purchase options

Geographic segment covered in the report:

• North America (USA and Canada)
• Europe (UK, Germany, France and rest of Europe)
• Asia Pacific (China, Japan, India and the rest of the Asia Pacific region)
• Latin America (Brazil, Mexico and the rest of Latin America)
• Middle East and Africa (GCC and rest of the Middle East and Africa)

Key questions answered in the report:

  • What is the growth potential of the Nanotechnology in Healthcare (Nanomedicine) market?
  • Which product segment will have the lion’s share?
  • Which regional market will emerge as a pioneer in the next few years?
  • Which application segment will grow strongly?
  • What growth opportunities could arise in the healthcare nanotechnology (nanomedicine) industry in the coming years?
  • What are the major challenges the Healthcare Nanotechnology (Nanomedicine) market may face in the future?
  • Who are the leading companies in the Healthcare Nanotechnology (Nanomedicine) Market?
  • What are the main trends that will positively affect the growth of the market?
  • What growth strategies are the players considering to stay in the Healthcare Nanotechnology (Nanomedicine) market?

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How Ions Move in Phosphate Glass – ScienceDaily https://usay7.net/how-ions-move-in-phosphate-glass-sciencedaily/ https://usay7.net/how-ions-move-in-phosphate-glass-sciencedaily/#respond Tue, 10 Aug 2021 19:05:01 +0000 https://usay7.net/how-ions-move-in-phosphate-glass-sciencedaily/ Phosphate glass is a versatile compound that has generated interest for its use in fuel cells and as biomaterials to deliver therapeutic ions. P.2Ö5-the compound that forms the structural network of phosphate glass consists of phosphorus, an element that, when combined with oxygen, can assume many different bond configurations. The physico-chemical properties that are decisive […]]]>

Phosphate glass is a versatile compound that has generated interest for its use in fuel cells and as biomaterials to deliver therapeutic ions. P.2Ö5-the compound that forms the structural network of phosphate glass consists of phosphorus, an element that, when combined with oxygen, can assume many different bond configurations.

The physico-chemical properties that are decisive for the practical applicability of phosphate glass – such as the hydration reaction, which determines how quickly a biomaterial based on phosphate glass dissolves in the body – depend on the diffusion of ions into the glass. Therefore, in order to improve the physicochemical properties of phosphate glasses, it is important to understand the relationship between structure and ion diffusion. However, studying such interactions at the atomic level is extremely difficult, prompting scientists to look for a suitable approach to shed light on the details of the ion diffusion process.

Recently, a team of researchers from the Nagoya Institute of Technology, led by Dr. Tomoyuki Tamura theoretically deciphered the ion diffusion mechanism involved in the hydration reaction process of phosphate glasses. Your study was in the. released Physical chemistry chemical physics Diary.

With a fully connected P2Ö5-based phosphate glass, three of the oxygen atoms in each phosphate unit are bonded to adjacent phosphorus atoms. To study the dynamics of ions in the phosphate glass during the hydration process, the researchers used a model made of phosphates with QP.2 and QP.3 Morphologies, the two and three bridging oxygen per PO. contain4th Tetrahedron or together with six coordinated silicon structures.

The researchers implemented a theoretical computational approach known as “First-Principles Molecular Dynamic (MD) Simulation” to study the diffusion of proton and sodium ions into the glass. The reasons for their unconventional approach are explained by Dr. Tamura: “The MD simulation based on the first principles made it possible for us to assume the initial stage of water infiltration and diffusion in silicophosphate glass and to explain the diffusion of protons and inorganic ions for the first time.”

Based on their observation, the researchers proposed a mechanism in which the protons “hop” and are adsorbed via hydrogen bonds to the non-bridging oxygen or “dangling” oxygen atom of neighboring phosphates. In the phosphate glass model they used was the Q. HoweverP.2 Phosphate units contributed more to the diffusion of protons than the Q.P.3 Phosphate units. They found out that the morphology of the phosphate network structure or the “skeleton” of the glass has a strong influence on the diffusion of ions. They also found that if a sodium ion was nearby, adsorption of a proton to a QP.2 Phosphate moiety weakened the electrostatic interaction between sodium and oxygen ions and induced the chain diffusion of sodium ions.

The demand for new biomaterials for effective prevention and treatment is increasing and phosphate glasses are well equipped to meet this growing need. A large proportion of the population, consisting of older and younger people, suffer from diseases related to bone and muscle weakness. Dr. Tamura speculates, “Water-soluble silicophosphate glass is a promising candidate for the delivery of drugs or inorganic ions that promote tissue regeneration, and our study brings glass technology research one step closer to that goal.”

Therefore, the researchers’ new findings are sure to have profound effects on real life and lead to breakthroughs in research on fuel cells and bioresorbable materials!

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Genome Editing Market Size: Worth $ 13.83 Billion Worldwide By 2028, @ 14.53% CAGR: Verified Market Research® https://usay7.net/genome-editing-market-size-worth-13-83-billion-worldwide-by-2028-14-53-cagr-verified-market-research/ https://usay7.net/genome-editing-market-size-worth-13-83-billion-worldwide-by-2028-14-53-cagr-verified-market-research/#respond Mon, 09 Aug 2021 13:23:27 +0000 https://usay7.net/genome-editing-market-size-worth-13-83-billion-worldwide-by-2028-14-53-cagr-verified-market-research/ JERSEY CITY, NJ, August 9, 2021 / PRNewswire / – Verified Market Research recently released a report: “Genome editing marketAccording to verified market research, the size of the Global Genome Editing Market is rated $ 4.71 billion in 2020 and is expected to reach $ 13.83 billion by 2028, with a CAGR of 14.53% from […]]]>

JERSEY CITY, NJ, August 9, 2021 / PRNewswire / – Verified Market Research recently released a report: “Genome editing marketAccording to verified market research, the size of the Global Genome Editing Market is rated $ 4.71 billion in 2020 and is expected to reach $ 13.83 billion by 2028, with a CAGR of 14.53% from 2021 to 2028.

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Search the detailed table of contents onGenome editing market

202 – pages

126 – tables

37 – figures

Global Genome Editing Market Overview

The Genome Editing market is expected to grow shortly as a major factor driving the market is an increase in funding. Governments in many regions are increasing funding and grants to support genome editing research. Because of the advantages of genome editing, various governments are promoting public and commercial research, as well as academic institutes, to increase research efforts in genome editing and genetic engineering.

Cancer and other genetic diseases are becoming more common, and there is a growing preference for individualized medicine. Increased R&D spending and the expansion of the biotechnology and pharmaceutical industries increased business and public sector investment and the rapid development of sequencing and genome editing technologies. The non-labeling of genetically edited goods such as GMOs, as well as their use in various drug development processes, are some of the driving forces behind the growth of the genome editing market.

Genome editing has shown promise in treating genetic abnormalities, infectious diseases, and cancer. Along with the benefits, there is growing concern about the dangers and ethical difficulties related to genome editing affecting the marketplace.

Important developments in Genome editing market

  • In January 2020, New England Biolabs and ERS Genomics partnered to develop and commercialize CRISPR gene editing technologies and reagents.
  • In March 2019, Brammer Bio was acquired from Thermo Fisher Scientific to provide access to Brammer Bios Expertise in the production of vectors for gene and cell treatments.

The main players in the market are Thermo Fisher Scientific (USA), Merck (Germany), Horizon Discovery Limited (Great Britain), Lonza (Switzerland), GenScript (USA), Eurofins Scientific (Luxembourg), Sangamo Therapeutics (USA), Editas Medicine (USA), CRISPR Therapeutics (Switzerland), Precision Life Sciences (USA).

Verified Market Research has segmented the global genome editing market on the basis of technology, application, delivery method, end user, and geography.

  • Genome editing market, by technology
    • CRISPR
    • TALEN
    • ZFN
    • Antisense
    • Other technologies
  • Genome Editing Market, By Application
    • Animal genetics
    • Cell line engineering
    • Plant genetic engineering
    • Other
  • Genome Editing Market, By Delivery Method
  • Genome editing market, according to end-users
    • Pharmaceutical company
    • Biotechnology company
  • Genome Editing Market By Geography
    • North America
    • Europe
      • Germany
      • France
      • United Kingdom
      • the rest of Europe
    • Asia Pacific
      • China
      • Japan
      • India
      • the rest of Asia Pacific
    • THE LINE
      • middle East & Africa
      • Latin America

Browse related reports:

Digital Genome Market By product (sequencing and analysis tools, DNA / RNA analysis kits, sequencing chips, sequencing and analysis software and sample preparation tools), by application (microbiology, reproduction and genetics, transplantation, livestock and agriculture, forensics and research and development), by end user (Academic and Research Institutes, Diagnostic and Forensic Laboratories, Hospitals and Biopharmaceutical Companies), By Geography, Forecast, 2020-2027

Whole Genome Sequencing (Wgs) Market By product type (large sequencing of the entire genome, sequencing of small genomes), by industry (humans, plants, animals, microorganisms and viruses), by geography, forecast, 2020-2027

Synthetic Biology Market By product (core products and supporting products), by technology (gene synthesis, genome engineering, cloning, sequencing, site-directed mutagenesis and others), by geography, forecast, 2020-2027

Gene Therapy Cell Culture Media Market By media type (serum containing media, serum free media, stem cell media, specialty media, chemically defined media and others), by end user (biotechnology and pharmaceutical industry, academic institute, research laboratory and others), by geography, forecast, 2020-2027

Top 10 Next Generation Sequencing Companies Changing lives with genome research

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Light therapy helps burn burns heal faster by triggering growth proteins https://usay7.net/light-therapy-helps-burn-burns-heal-faster-by-triggering-growth-proteins/ https://usay7.net/light-therapy-helps-burn-burns-heal-faster-by-triggering-growth-proteins/#respond Fri, 06 Aug 2021 18:20:34 +0000 https://usay7.net/light-therapy-helps-burn-burns-heal-faster-by-triggering-growth-proteins/ Light therapy can speed up burn healing, according to a study conducted by the University at Buffalo. The research published in Scientific reports, found that photobiomodulation therapy – a form of low-dose light therapy that is able to relieve pain and promote healing and tissue regeneration – accelerates burn recovery and reduces inflammation in mice […]]]>

Light therapy can speed up burn healing, according to a study conducted by the University at Buffalo.

The research published in Scientific reports, found that photobiomodulation therapy – a form of low-dose light therapy that is able to relieve pain and promote healing and tissue regeneration – accelerates burn recovery and reduces inflammation in mice by releasing endogenous TGF-beta 1 activates a protein that controls cells’ growth and division.

The results could have implications for therapeutic management of burn injuries that affect more than 6 million people worldwide each year, says Praveen Arany, DDS, PhD, assistant professor of oral biology at the UB School of Dental Medicine.

“Photobiomodulation therapy has been used effectively in supportive cancer management, age-related macular degeneration, and Alzheimer’s disease,” says Arany. “A common feature of these diseases is the central role of inflammation. This work provides evidence of the ability of photobiomodulation-activated TGF-beta 1 to alleviate inflammation while promoting tissue regeneration using an elegant, transgenic model of burn wounds.”

The study measured the effect of photobiomodulation on third-degree burn closure over a period of nine days.

The treatment triggered TGF? Beta 1, which stimulated various types of cells involved in healing, including fibroblasts (the main connective tissue cells in the body that play an important role in tissue repair) and macrophages (immune cells that inhibit inflammation, cleanse cell debris, and fight infection) .

Researchers also developed a precise burn healing protocol for photobiomodulation treatments to ensure that laser application does not inadvertently create additional thermal injuries.

The effectiveness of photobiomodulation in treating pain and stimulating healing has been documented in hundreds of clinical studies and thousands of scientific papers. The therapy was recently recommended by the Multinational Association for Supportive Care in Cancer as the standard treatment for pain relief in cancer-associated oral mucositis (inflammation and lesions in the mouth).

Other researchers on the study include Imran Khan, PhD, lead author and research fellow at the National Cancer Institute; Saeed Ur Rahman, PhD, Assistant Professor at Khyber Medical University, Peshawar; Elieza Tang, DDS, dentist; Karl Engel, Senior Clinical Field Specialist at Abbott; and Bradford Hall, PhD, Research Associate, and Ashok Kulkarni, PhD, Principal Investigator, both at the National Institute of Dental and Craniofacial Research.

Source of the story:

materials provided by University in Buffalo. Originally written by Marcene Robinson. Note: The content can be edited in terms of style and length.


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, Johnson & Johnson, BioMimetic Therapeutics, Inc, Medtronic, Invibio, CAM Bioceramics and more … – The Manomet Current https://usay7.net/johnson-johnson-biomimetic-therapeutics-inc-medtronic-invibio-cam-bioceramics-and-more-the-manomet-current/ https://usay7.net/johnson-johnson-biomimetic-therapeutics-inc-medtronic-invibio-cam-bioceramics-and-more-the-manomet-current/#respond Fri, 06 Aug 2021 11:42:05 +0000 https://usay7.net/johnson-johnson-biomimetic-therapeutics-inc-medtronic-invibio-cam-bioceramics-and-more-the-manomet-current/ “ Tissue Engineered Bone Market The analysis covered in the winners Tissue Engineered Bone Market The annual report clearly shows the various market segments that can experience the fastest business development during the estimated forecast framework. A number of steps were taken in preparing this report, using the input of a professional team of researchers, […]]]>

Tissue Engineered Bone Market

The analysis covered in the winners Tissue Engineered Bone Market The annual report clearly shows the various market segments that can experience the fastest business development during the estimated forecast framework. A number of steps were taken in preparing this report, using the input of a professional team of researchers, analysts and forecasters. Implementation of background analyzes and supplier participation analyzes. Market analysis and competitor analysis help the company determine the range of its products to consumers in terms of size, color, design and price.

That Main actors This report covers:
, Johnson & Johnson, BioMimetic Therapeutics, Inc, Medtronic, Stryker, Alphatec Spine, Inc, Zimmer Biomet, CeraPedics LLC, Allograft Tissue Systems, Inc, Invibio, CAM Bioceramics

In 2020, the global Tissue Engineered Bone market size was million US dollars and is projected to reach one million US dollars by the end of 2027 CAGR between 2021 and 2027.

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Tissue Engineered Bone Market By Types
Inorganic material
Organic material
Composite

Tissue Engineered Bone Market By Application

Bone repair
Bone regeneration
Others

The Large Tissue Engineered Bone Market Report aims to succeed in a highly competitive market by providing information about changing consumer demand, likes, attitudes, and preferences for a particular product. This market report estimates growth rates and market value based on market dynamics and growth drivers. In addition, companies can benefit greatly from this information in order to determine production and marketing strategies. Here you will find all the major topics related to Tissue Engineered Bone market analysis, including market definition, market segmentation, competitive analysis, major market trends, and world class research methodology.

Regional Analysis for the Tissue Engineered Bone Market:

North America (USA, Canada and Mexico)
Europe (Germany, France, Great Britain, Russia and Italy)
Asia Pacific (China, Japan, Korea, India and Southeast Asia)
South America (Brazil, Argentina, Colombia, etc.)
Middle East and Africa (Saudi Arabia, United Arab Emirates, Egypt, Nigeria and South Africa)

In this study, the following years are considered to estimate the size of the Tissue Engineered Bone market:

  • History year: 2014-2019
  • Base year: 2019
  • Estimated year: 2020
  • Forecast year 2021 to 2027

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The study objectives of this report are:

  • To study and forecast the Tissue Engineered Bone Market Size in the World Market.
  • Key Global Players Analysis, SWOT analysis, Value, and Global Tissue Engineered Bone Market Share for Top Players.
  • To define, describe and forecast the market by type, end use and region.
  • To analyze and compare the market status and forecast between the major global regions.
  • Analyze the potential of the Global Tissue Engineered Bone Market, along with the benefits, opportunities and challenges, restraints and risks in key regions.
  • Identify the key trends and factors driving or slowing market growth.
  • Analysis of market opportunities for stakeholders by identifying the high-growth segments.
  • Strategic analysis of each sub-market with regard to individual growth trends and market contributions.
  • To analyze competitive developments such as expansions, agreements, product launches and acquisitions in the market.
  • Full analysis of the strategic strategy and growth of the main players

More details on this report:
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Market Strides is a global aggregator and publisher of market research reports, stock reports, database directories and business reports. Our repository is diverse, encompassing virtually every industry sector, and even more so every category and sub-category within the industry. Our market research reports provide market size analysis, insights into promising industry segments, competition, future prospects and growth drivers in the industry. The company deals with data analysis and supports customers with due diligence, product expansion, system setup, acquisition intelligence and all other goals through our research focus.

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