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Precision Medicine Market Study Report Based on Size, Shares, Opportunities, Industry Trends and Forecast to 2027 – Digital Journal

Posted: May 2, 2022 at 2:47 am

Precision Medicine MarketReport mainly improves market size,and provide detailed product mapping and investigation of various market scenarios. Our expert analysts provide a thorough analysis and breakdown of the market presence of key market leaders. We strive to stay updated with the recent developments and follow the latest company news related to the industry players operating in the global Precision Medicine market. This helps us to comprehensively analyze the individual standing of the companies as well as the competitive landscape. Our vendor landscape analysis offers a complete study to help you gain the upper hand in the competition.

The rising incidence of chronic and unusual diseases triggers the need to build technically innovative methods for accelerated medical data aggregation and review. The bioinformatics program helps in data processing by rendering successful therapeutic approaches. As a consequence, the growing volume of data in the healthcare sector would fuel demand for bioinformatics, raising competition in the industry for precision medicines

Development of cost-effective research approaches for genomics and molecular genetics, and growing the usage of extensive data are some of the main drivers that drive the market demand.

Precision MedicineMarket Size USD 60.33 billion in 2019, Precision Medicine Market Growth CAGR of 10.3%, Precision Medicine Industry trends High incidence of cancer.

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The creation of bioinformatics tools and applications would promote the production of immunotherapy and thus boost the study of microbiomes, thus advancing the area of precision medicine. Besides, the development of high-throughput technologies such as next-generation sequencing and microarray will pave the way for market growth in bioinformatics, which will further drive market demand in the coming years.

Based on technology, drug discovery is projected to grow with a CAGR of 9.8% in the forecast period, due to the growing emphasis of bio-pharmaceutical players on developing precision medicine for treating diseases, including cancer, which will further boost the market growth.

The diagnostic companies expected to grow with a CAGR of 10.4% in the forecasted period, owing to a wide variety of applications for which big players in the precision medicine industry are engaged in various investment programs.

The oncology application is the major contributor to the Precision Medicine Market. The segment is growing due to the rising frequency and prevalence of cancer worldwide, which will intensify the demand for precision medicine as an essential form of therapy coupled with developing tailored treatments for patients with cancer dependent on their genetic makeup over traditional chemotherapy.

North America dominated the market for Precision Medicine in 2019. The regions consistent focus on cost-effective and innovative procedures that are adopted in the area is driving the market.

Key participants include Biocrates Life Sciences, Tepnel Pharma Services, Menarini Silicon Biosystems, NanoString Technologies, Quest Diagnostics, Qiagen, Teva Pharmaceutical, Eagle Genomics, Novartis, and Pfizer, among others.

The report further offers a complete value chain analysis along with an analysis of the downstream buyers and upstream raw materials. The study focuses on global trends, regulatory frameworks, and macro- and micro-economic factors. The report also provides an extensive analysis of the segment and sub-segmented expected to dominate the market over the projected period. The report offers a forecast estimation of the market with regards to the analysis of the market segmentation, including product type, end-user industries, application spectrum, and other segments.

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For the purpose of this report, Emergen Research has segmented into the global Precision Medicine Market on the basis of technology, end-use, application, and region:

Competitive Outlook:

The global Precision Medicine market is highly consolidated due to the presence of a large number of companies across this industry. These companies are known to make hefty investments in research and development projects. Also, they control a considerable portion of the overall market share, thus limiting the entry of new players into the sector. The global Precision Medicine market report studies the prudent tactics undertaken by the leading market players, such as partnerships and collaborations, mergers & acquisitions, new product launches, and joint ventures.

Market Taxonomy:

Chapter 1: Methodology & Scope

Chapter 2:

Executive Summary

Chapter 3:

Industry Insights

Chapter 4:

Regional Landscape

Chapter 5:

Company Profile

Key questions addressed in the report:

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Thomas Insel and the Future of the Mental Health System – Mad In America – Mad in America

Posted: May 2, 2022 at 2:47 am

Thomas Insel, who directed the National Institute of Mental Health (NIMH), is busy promoting his new book, which carries the odd title of Healing: Our Path from Mental Illness to Mental Health. It is a curious title and a curious endeavor, given that his thirteen years in charge of the nations mental health research produced such uniformly dismal results. When the New York Times recently interviewed him about the book, the headline spoke of him as the Nations Psychiatrist. If he is that, the outlook for those with serious mental illness is a dark one.

Having overseen the expenditure of more than twenty billion dollars during his term of office, Insel confesses that none of that money has produced any clinical advances that help patients, and that is an understatement. And yet he has the chutzpah to promote himself as having the answer to the countrys mental health problemswhich turns out to be more of the same singular emphasis on neuroscience and genetics that characterized research at NIMH under his leadership. As the clich would have it, repeating the same behavior that has proved counterproductive in the past is the very definition of insanity.

NIMH was born in the aftermath of the Second World War, a conflict that showed, once again, that modern industrial warfare is inimical to mental health, with hundreds of thousands of troops succumbing to combat-related mental disorders. For the first three decades of its existence, the new institute pursued an eclectic approach to the problems posed by major mental illness, funding social and behavioral research alongside biological and pharmacological studies. That broad-spectrum approach was abruptly abandoned under Reagans presidency. Research that suggested connections between mental illness and social factors was distinctly unwelcome politically, and faced with threats to the organizations funding, the leaders of NIMH embraced a research agenda that focused narrowly on biological psychiatry.

In many ways, Insels time as director of NIMH thus followed what had been its standard approach for more than two decades. But the shift from what one president of the American Psychiatric Association called a bio-psycho-social approach to the problem of mental illness to a bio-bio-bio approach was particularly marked under Insels leadership, and has been continued under his successor, Joshua Gordon (whose own research prior to his appointment was on neural activity in mice). Funding genetics and neuroscience has become the Institutes mantra, regardless of its failure to deliver positive results.

Since the appearance of the third edition of its Diagnostic and Statistical Manual of Mental Disorders (DSM) in 1980, American psychiatry has been fixated on defining mental illness on a purely symptomatic basis. The presence of a certain number of symptoms in a tick-the-boxes fashion is supposed to result, in a purely mechanical fashion, in a diagnosis of schizophrenia, major depression, or bipolar disorder (not to mention a host of other mental disorders). It was an approach that, in the face of a parade of embarrassing studies that showed the profession could not agree on diagnosis, tried to ensure inter-rater agreement while quite deliberately ignoring the issues of whether psychiatrists labels corresponded to real diseases in nature.

When the American Psychiatric Association contemplated a fifth revision of this elephantine manual at the turn of the century, its proponents boasted that the new edition would break from this model. With the backing of the neuroscientific research NIMH had been funding under Steven Hyman, the director who preceded Thomas Insel, and with Insels renewed commitment to this line of research, the expectation was that DSM-5 would transform psychiatrys whole approach to diagnosis, using neuroscience to classify mental disorders on the basis of what caused each of the mental disorders it distinguished.

But the science that would permit this simply didnt (and doesnt) exist. We remain almost wholly in the dark about the causes of mental illness and the task force charged with constructing the new manual was forced back on the same symptomatic approach the profession had embraced in 1980. None of the hugely expensive neuroscience NIMH had funded had shown what the etiology of mental illness was. It was more than slightly ironic, then, that it was Insel who took the lead in denouncing the new DSM as a monstrosity. In interviews at the time, he voiced his disgust in no uncertain terms.

On April 29, 2013, a week before DSM-5 was officially published, Insel complained publicly that the final product involves mostly modest alterations of the previous edition. That was not intended as a compliment. In the rest of medicine, he suggested, this would be equivalent to creating diagnostic systems based on the nature of chest pain or the quality of fever. . . symptom-based diagnosis, once common in other areas of medicine, has been largely replaced in the past half century as we have understood that symptoms alone rarely indicate the best course of treatment. DSM-5 set itself up as psychiatrys Bible, he reflected, but Biology never read that book, and Patients with mental disorders deserve better.

It was simply astonishing, he averred, that psychiatrists should practice in this fashion. Most of his psychiatric colleagues actually believe [that the diseases they diagnose using the DSM] are real. But theres no reality. These are just constructs. There is no reality to schizophrenia or depression. Henceforth, Insel announced, NIMH would alter its approach to studying mental illness, since we cannot succeed if we use DSM categories as the gold standardThat is why NIMH will be re-orienting its research away from DSM categories. In particular, he suggested, we might have to stop using terms like depression and schizophrenia, because they are getting in our way, confusing things.

One sees what motivated such a statement (and it must have been greeted with glee by the Scientologists), but the phrasing was distinctly unfortunate. The labels may need to go (with who knows what consequences for psychiatrys reputation). Yet the distress and pathology those traditional labels seek to capture will not disappear with them.

Insels comments incited a furor, with both medical and scientific journals and the mass media hastening to report his skepticism. He had hoped to use the controversy to advance his own pet project, something he called Research Domain Criteria (or RDoC), an attempt to install a research framework based on biology, and more particularly on a nebulous notion that related mental illness to a mysterious something called brain circuits. But RDoC was not ready for prime time. No other entity engaged in psychiatric research endorsed his hobby horse, and it has faced fierce criticism since Insel stepped down as NIMH director in 2015.

In 1886, the American alienist Pliny Earle had lamented that In the present state of our knowledge, no classification of insanity can be erected on a pathological basis, for the simple reason that, with but slight exceptions, the pathology of the disease is unknown Hencewe are forced to fall back upon the symptomatology of the disease. Nearly a century and a half later, and despite billions of dollars devoted to neuroscience, nothing, it seems, had substantially changed.

The other major hobby-horse Insel funded during his years as director was the study of genetics. It seemed, on the surface, a promising bet. Dating all the way back to the late nineteenth century, psychiatrists had speculated that mental illness had strong genetic roots. Till the closing years of the twentieth century, such claims rested on evidence from family studies, most notably studies of fraternal and monozygotic twins. These were often plagued by methodological problems and rendered suspect by the ideological commitments of some of the central researchers, but better-conducted studies toward the end of the twentieth century and a greater distance from a prior association with Nazi researches led many biological psychiatrists to expect that imminent scientific advances would uncover strong genetic links to major mental illnesses.

The discovery of the PCR (polymerase chain reaction) technique in 1983, which allowed researchers to make millions to billions of copies of a specific DNA sample, was the first of two major breakthroughs on this front. A year after Insel became NIMH director in 2002, this breakthrough was followed by another major scientific advance, the decoding of the human genome. Taken together, these developments fueled expectations that the genetic underpinnings of disorders like schizophrenia and bipolar disorder would soon be uncovered, and NIMH poured resources into such studies.

Confounding researchers expectations, the expected genetic connections have essentially failed to materialize. In the words of two leading psychiatrists, Rudolf Uher and Michael Rutter, molecular genetic studies of psychiatric disorders have done a lot to find very little. In fact, in the era of genome-wide association studies, psychiatric disorders have distinguished themselves from most types of physical illness by the absence of strong genetic associations. The field as a whole, as the eminent geneticist Kenneth Kendler puts it, has had to absorb some painful lessons and acknowledge that despite our wishing it were so, individual gene variants of large effect appear to have a small to non-existent role in the etiology of major psychiatric disorders.

Given the results of nearly twenty years of work, it is now clear that there is no Mendelian gene or set of genes that explain schizophrenia. As that reality became apparent, researchers more and more relied upon an approach called genome-wide association studies (or GWAS). It is an approach that makes no assumption about where genetic associations might lie, but simply scours hundreds of thousands of sites looking for possible linkages and does so for a whole range of psychiatric disorders. The result has been a muddle, one that has disappointed the hopes and expectations of these researchers that a clear picture of the genetics of mental disorder would appear. Studies examining many tens of thousands of patients and controls have failed to show clear genetic links, and even aggregating hundreds of genetic sites, each of which are individually of small effect, explains less than eight percent of the observed variance. Worse still, an individual can harbor many of these genetic variations without ever developing mental illness. Various genes had been hypothesized to be particularly likely to be linked to particular forms of mental disorder. But these so-called candidate genes have been shown to have no closer relationship to the development of schizophrenia than random sets of control genes. That has proved to be as true for bipolar disorder as for major depressive disorder and schizophrenia.

Indeed, these GWAS studies have produced a still more confounding result than these. For rather than revealing one set of vulnerabilities for schizophrenia and others for bipolar disorder or major depressive disorder, most such risks as it identified seemed common to a whole range of mental disorders. The high degree of genetic correlationamong attention deficit hyperactivity disorder (ADHD), bipolar disorder, major depressive disorder (MDD), and schizophrenia, the international Brainstorm Consortium reported, provides important evidence that current clinical boundaries do not reflect distinct underlying pathogenic processes. . . This suggests a deeply interconnected nature for psychiatric disorders.

In the abstract, negative scientific findings can be seen as just as valuable as positive ones, acting as correctives to ones original hypotheses and suggesting the need to reappraise research strategies. That is not the message Dr. Insel seems to take from these results. If anything, he suggests, the United States should double down on brain research. His successor as director of NIMH, Joshua Gordon, seems to be of the same mind, insisting in the pages of the New York Times that researchers, having identified hundreds of relevant genes, are starting to understand those genes in the context of the brain, promising in a decade or two to provide a pathway to better therapies.

Psychiatry has been offering promissory notes of this sort for well over a hundred years, and has consistently dishonored them. There are ample grounds for skepticism about these latest assurances from Dr. Gordon and the man who dubs himself Americas psychiatrist. The more sensible conclusion to draw from the absence of progress either in understanding the etiology of major mental disorders or in advancing therapeutics is that putting all ones eggs in the biological basket is a dangerous gamble. If genetics were the royal road to comprehending where mental illness comes from, its effects would have to be exceedingly powerful, and the research of the past twenty years makes that an extremely difficult position to sustain.

Quite unexpectedly, under the weight of the genetic evidence, existing distinctions between disorders are crumbling, and the notion that such artificial constructs identify distinct diseases has become ever-more implausible. The enlightenment genetic researchers have produced threatens to undermine the standing and legitimacy of the diseases that psychiatrists had believed in for more than a centuryconcepts that have woven themselves deeply into the ways the lay public had been taught to view mental illness. To acknowledge that the distinctions between schizophrenia and bipolar disorder may be spurious, and that those constructions might have to be abandonedbut with what to put in their places?threatens the very foundations of the psychiatric professions claims to expertise. If such fundamental building blocks of the psychiatric universe crumble on close inspection, what is left?

Two years after denouncing DSM-5, Insel stepped down from his position as director of NIMH. In the aftermath, he gave an interview to an online MIT magazine. He was asked to summarize his accomplishments while heading the institute, and responded insouciantly, I spent 13 years at NIMH really pushing on the neuroscience and genetics of mental disorders, and when I look back on that I realize that while I think I succeeded in getting lots of really cool papers published by cool scientists at fairly large costI think $20 billionI dont think we moved the needle in reducing suicide, reducing hospitalizations, improving recovery for the tens of millions of people who have mental illness.

The current situation is even more dire than the one Insel conjures up here. People with serious mental illness live, on average, fifteen to twenty-five years less than the rest of us, and that gap seems to be widening, not narrowing. While genetics and neuroscience have flourished within the confines of universities, their therapeutic payoff has been minimal or non-existent. This may change, but it is equally possible that those sponsoring these programs may tire of funding investigations that show few signs of producing practical advances. Meanwhile, advances in psychopharmacology since the introduction of the first antipsychotics and antidepressants in the 1950s have essentially stalled, and the major drug companies have largely abandoned research in this area. In the words of the former head of neuroscience at Eli Lilly and Amgen, Psychopharmacology is in crisis. The data are in, and it is clear that a massive experiment has failed: despite decades of research and billions of dollars invested, not a single mechanistically novel drug has reached the psychiatric market in more than 30 years. Steven Hyman, Insels predecessor as the head of NIMH and now director of the Stanley Center for Psychiatric Research at Harvard has made the same point: the discovery of chlorpromazine and related compounds in the 1950s seemed to promise both therapeutic progress and significant probes of brain function. Looking back, the picture is painfully different. The efficacy of psychotherapeutic drugs plateaued by 1955. And that efficacy is limited indeed, with none of the drugs helping much with the devastating negative symptoms of schizophrenia, and the drugs side-effects remaining as troublesome as ever.

In the face of this damning record accrued during the period he oversaw the countrys basic research into the causes and remedies for serious mental illness, Insel is unrepentant. He and his successor continue to fixate on biology and biology alone. In my judgment, that is a profound error, and it threatens to undermine still further the prospects for progress in the mental health arena. The foolish monism that NIMH has embraced has meant that the phenomenological and social dimensions of mental illness have all but disappeared as questions worthy of serious and sustained attention. That is an imbalance that has had profoundly negative effects on psychiatry, and more importantly, on the prospects of advancing the clinical care of patients. Given Insels role in these developments, I suggest that his is the last voice we should be listening to when we ponder how to deal with the devastation mental illness brings in its train.

***

Mad in America hosts blogs by a diverse group of writers. These posts are designed to serve as a public forum for a discussionbroadly speakingof psychiatry and its treatments. The opinions expressed are the writers own.

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Pune in photos: Forest fire breaks out at Katraj Ghat; new PCMC Commissioner takes over, and more – The Indian Express

Posted: May 2, 2022 at 2:47 am

A forest fire broke out in Katraj Ghat on Friday night. (Express Photo/Pavan Khengre) A PETA India member takes part in street theatre style graphic demonstration in Fergusson college road to show how animals are abused (caged, Shackled, force-fed chemicals and electrocuted) and killed in laboratories while experimented on during World Week For Animals in Laboratories on Friday. New Pimpri Chinchwad Police Commissioner Ankush Shinde (right) takes over on Thursday. (Express photo by Rajesh Stephen) A wrestling match is in progress during a village fair kaka bhairavnath god festival at Kharadi gaon on Wednesday. (Express) RSS Chief Mohan Bhagwat along with Industrialist Baba Kalyani and Sunita Kalyani during the inauguration of Dr. Dada Gujar mother and child hospital on Friday at Malwadi Hadapsar. (Express photo/ Ashish Kale) A Memorandum of Understanding (MoU) was signed between Maharashtra University of Health Sciences, Nashik and Indian Drug Research Association and Laboratory Pune for establishment of Late Dr.K C Gharpure Genetics & Molecular Biology Laboratory for Cancer Diagnosis and Clinical research, under the guidance of Lieutenant General Madhuri Kanitkar (Retd.), PVSM, AVSM, VSM, on Friday at Gharpure trust bungalow, Shivajinagar. (Express photo/Ashish Kale) MP Prakash Javdekar, Maharashtra opposition leader Devendra Fadnavis and MLA and State BJP chief Chandrakant Patil during the release of Deepstambh, a book written on Lt. Prof. Farande at Bhandarkar Institute on Tuesday. Express Photograph by Arul Horizon. 19/04/2022, Pune. A forest fire broke out in Katraj Ghat on Friday night. (Express Photo/Pavan Khengre) Passanger face dificulties due to PMPML sudden strike. The services of Pune Mahanagar Parivahan Mahamandal Limited (PMPML) were hit on Friday morning as private contractors providing services to the transport body went on strike without prior notice. (Express/Pavan Khengre) Restaurants, Marriage lawns and Banquet halls have been demolished during PMCs Anti-encroachment drive on Wednesday on DP road from Rajaram bridge to Mhatre bridge area. (Express/Ashish Kale)

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Pune in photos: Forest fire breaks out at Katraj Ghat; new PCMC Commissioner takes over, and more - The Indian Express

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Do You Want a Long Healthy Lifespan? The Characteristics of a Longevity Diet – SciTechDaily

Posted: May 2, 2022 at 2:47 am

USC professor outlines the characteristics of a longevity diet based on a range of nutrition research from studies in laboratory animals to epidemiological research in human populations.

Professor Valter Longo leads a review of research in animals and humans to identify how nutrition affects aging and a healthy lifespan.

According to University of Southern California (USC) Leonard Davis School of Gerontology Professor Valter Longo, examining a variety of nutrition research from studies in laboratory animals to epidemiological research in human populations offers a clearer picture of the ideal diet for a longer, healthier life.

Published on April 28, 2022, in the journal Cell, in a research article that includes a literature review, Longo and coauthor Rozalyn Anderson of the University of Wisconsin describe the longevity diet, a multi-pillar approach based on studies of various aspects of diet, from food composition and calorie intake to the length and frequency of fasting periods.

We explored the link between nutrients, fasting, genes, and longevity in short-lived species, and connected these links to clinical and epidemiological studies in primates and humans including centenarians, Longo said. By adopting an approach based on over a century of research, we can begin to define a longevity diet that represents a solid foundation for nutritional recommendations and for future research.

Longo and Anderson reviewed hundreds of studies on nutrition, diseases, and longevity in laboratory animals and humans and combined them with their own studies on nutrients and aging. The analysis included popular diets such as the restriction of total calories, the high-fat and low-carbohydrate ketogenic diet, vegetarian and vegan diets, and the Mediterranean diet.

Professor Valter Longo. Credit: University of Southern California/Stephanie Kleinman

The article also included a review of different forms of fasting, including a short-term diet that mimics the bodys fasting response, intermittent fasting (frequent and short-term), and periodic fasting (two or more days of fasting or fasting-mimicking diets more than twice a month). In addition to examining lifespan data from epidemiological studies, the team linked these studies to specific dietary factors affecting several longevity-regulating genetic pathways shared by animals and humans that also affect markers for disease risk. These include levels of insulin, C-reactive protein, insulin-like growth factor 1, and cholesterol.

The authors report that the key characteristics of the optimal diet appear to be moderate to high carbohydrate intake from non-refined sources, low but sufficient protein from largely plant-based sources, and enough plant-based fats to provide about 30 percent of energy needs. Ideally, the days meals would all occur within a window of 11-12 hours, allowing for a daily period of fasting. Additionally, a 5-day cycle of a fasting or fasting-mimicking diet every 3-4 months may also help reduce insulin resistance, blood pressure, and other risk factors for individuals with increased disease risks.

Longo described what a longevity diet could look like in real life: Lots of legumes, whole grains, and vegetables; some fish; no red meat or processed meat and very low white meat; low sugar and refined grains; good levels of nuts and olive oil, and some dark chocolate.

The next step in researching the longevity diet will be a 500-person study taking place in southern Italy, Longo said. The longevity diet bears both similarities and differences to the Mediterranean-style diets often seen in super-aging Blue Zones, including Sardinia, Italy; Okinawa, Japan; and Loma Linda, California. Common diets in these communities known for a high number of people age 100 or older are often largely plant-based or pescatarian and are relatively low in protein. But the longevity diet represents an evolution of these centenarian diets, Longo explained, citing the recommendation for limiting food consumption to 12 hours per day and having several short fasting periods every year.

In addition to the general characteristics, the longevity diet should be adapted to individuals based on sex, age, health status, and genetics, Longo noted. For instance, people over age 65 may need to increase protein in order to counter frailty and loss of lean body mass. Longos own studies illustrated that higher protein amounts were better for people over 65 but not optimal for those under 65, he said.

For people who are looking to optimize their diet for longevity, he said its important to work with a healthcare provider specialized in nutrition on personalizing a plan focusing on smaller changes that can be adopted for life, rather than big changes that will cause an harmful major loss of body fat and lean mass, followed by a regain of the fat lost, once the person abandons the very restrictive diet.

The longevity diet is not a dietary restriction intended to only cause weight loss but a lifestyle focused on slowing aging, which can complement standard healthcare and, taken as a preventative measure, will aid in avoiding morbidity and sustaining health into advanced age, Longo said.

Reference: Nutrition, longevity and disease: From molecular mechanisms to interventions by Valter D. Longo and Rozalyn M. Anderson, 28 April 2022, Cell.DOI: 10.1016/j.cell.2022.04.002

The article, Nutrition, longevity and disease: from molecular mechanisms to interventions, was co-authored by Professor Rozalyn M. Anderson of the University of Wisconsin School of Medicine and Public Health. This work was supported in part by awards to Longo, including the Associazione Italiana per la Ricerca sul Cancro (IG#17605 and IG#21820.), the BC161452 grant of the Breast Cancer Research Program (US Department of Defense), and the National Institute on Aging-National Institutes of Health grants P01 AG055369. Anderson is supported by NIH-NIA RF1AG057408, R01AG067330, R01AG074503, Veterans Administration Merit Award BX003846, and by Impetus Grants and the Simons Foundation. This work was made possible by support from the William S. Middleton Memorial Veterans Hospital, Madison, Wisconsin.

Longo is the founder of and has an ownership interest in L-Nutra; the companys food products are used in studies of the fasting-mimicking diet. Longos interest in L-Nutra was disclosed and managed per USCs conflict-of-interest policies. USC has an ownership interest in L-Nutra and the potential to receive royalty payments from L-Nutra. USCs financial interest in the company has been disclosed and managed under USCs institutional conflict-of-interest policies.

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Biotechnology – Types And Applications Of Biotechnology

Posted: May 2, 2022 at 2:46 am

Biotechnology is a wide discipline that harnesses cellular and biomolecular processes to develop technologies that help in improving the health and lives of the people.

Biotechnology is the field that exploits living organisms to make technological advances in various fields for the sustainable development of mankind. It has its applications in the medical as well as agricultural sectors. The biological processes of living organisms have been used for more than 6000 years to make essential products such as bread, cheese, alcohol, etc.

Let us have a look at the various types and applications of biotechnology in various fields.

Also Read: Biotechnology Principles

Biotechnology is divided into the following types:

Medical biotechnology involves the use of living cells to develop technologies for the improvement of human health. It involves the use of these tools to find more efficient ways of maintaining human health. It also helps in the study of DNA to identify the causes of genetic disorders and methods to cure them.

Vaccines and antibiotics have been developed with the help of medical biotechnology that is essential for human health. Several plants are genetically engineered to produce antibodies with the help of biotechnology.

This field deals with the development of genetically modified plants by introducing the gene of interest in the plant. This, in turn, helps in increasing the crop yield.

Various pest-resistant crops such as Bt-cotton and Bt-brinjal are created by transferring the genes from Bacillus thuringiensis into the plants.

The animals with the most desirable characteristics are bred together to obtain the offspring with the desired traits.

Also Read: Biotechnology Principles and Processes

Following are the important applications of biotechnology:

Nutrients can be infused into food in situations of aid. e.g., Golden rice is prepared by the infusion of beta-carotene into the rice.

Biotechnology helps in the production of crops that can handle abiotic stress such as cold, drought, salinity, etc. In the regions with extreme climatic conditions, such crops have proved beneficial in withstanding the harsh climate.

Biotechnology involves the production of alcohol, detergents, cosmetic products, etc. It involves the production of biological elements and cellular structures for numerous purposes.

Spider webs have materials with the strongest tensile strength. The genes from the spiders have been picked up through biotechnological techniques and infused in goats to produce silk proteins in their milk. This helps in the production of silk easily.

Biotechnology is widely used in energy production. Due to the depletion of natural resources, there is a need to find an alternative source. Such fuels are produced by using biotechnology tools. These are environment friendly and do not release any greenhouse gas.

Biotechnology is applied in the development of pharmaceuticals that had proven problematic when produced through conventional means due to purity concerns.

Also Read: Applications Of Biotechnology

This is how biotechnology is a boon to society. To know more about biotechnology class 12 topics such as what is biotechnology, its types and applications, keep visiting BYJUS website or download BYJUS app for further reference.

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BioNEST facility opened at MAHE in Manipal for biotechnology start-ups – The Hindu

Posted: May 2, 2022 at 2:46 am

BioNEST caters to biotech entrepreneurs, startups with access to relevant instruments, offers mentorship, access to experts, angels, and regulatory guidance

BioNEST caters to biotech entrepreneurs, startups with access to relevant instruments, offers mentorship, access to experts, angels, and regulatory guidance

A Bioincubators Nurturing Entrepreneurship for Scaling Technologies (BioNEST) facility was inaugurated at Manipal Academy of Higher Education (MAHE) in Manipal, Udupi district of Karnataka, on April 29.

BioNEST is supported by Biotechnology Industry Research Assistance Council (BIRAC) of the Department of Biotechnology. BioNEST is a dedicated scheme of BIRAC that supports the creation of globally competent bioincubation facilities across India. The scheme supports specialised incubation centres to cater to biotech entrepreneurs, startups with access to relevant instruments, offers mentorship, access to experts, angels, and regulatory guidance. This scheme is aligned with national mission programmes such as Startup India and Make in India.

The facility at MAHE promotes technology innovations for the development of knowledge-based enterprise with successful business models. Bioincubator provides world class faculty, infrastructure and services for incubation of start-ups in various domains of biopharma, biomedical devices, dental innovation, biotechnology, healthcare and diagnostics sectors.

The facility is spread over 10,000 sq. ft. and located at the heart of MAHE. it consists of dedicated and shared laboratories, offices, well-equipped instrumentation electronics testing facility, FAB laboratories, microfluidic laboratory, co-working space, office spaces, board room, meeting rooms, cafeteria and other amenities.

In addition, MAHE supports incubates with access to central equipment facilities, mentors and experts. BioNEST provide various services in technology management, IP management, technology transfer, business plan development, prototype development, refinement, grants support assistance and market evaluation of innovative technology ideas.

The facility was inaugurated by Ranjan R Pai, Chairman, Manipal Education and Medical Group (MEMG), Bengaluru during an event attended by Manish Diwan, DGM & Head - Strategy Partnership & Entrepreneurship Development, BIRAC, Delhi; H. S. Ballal, Pro Chancellor, MAHE, and M. D. Venkatesh, Vice Chancellor.

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Millig Design Build President is Speaker at 2022 ISPE Biotechnology Conference on Sustainability in the Biopharmaceutical Industry – PR Newswire

Posted: May 2, 2022 at 2:46 am

Scott McVey, president of Millig Design Build, an expert in decarbonization, to speak at ISPE Biotechnology Conference.

"It's an honor to be invited to deliver this presentation at the ISPE Biotechnology Conference," said McVey. "The biopharmaceutical sector has bold, ambitious carbon reduction targets. This event is the perfect opportunity to share specific steps the industry can take now to achieve its Net Zero goals."

McVey's presentation will focus on the challenges the biopharmaceutical sector faces in achieving Net Zero carbon emissions; the technologies available today that can safely replace the fossil fuels the industry uses for electricity and manufacturing processes; and the steps the sector needs to take now to achieve Net Zero by 2050.

Unlike the majority of the manufacturing sector, where most energy consumption comes from process heat, 65 percent of energy consumption in the biopharmaceutical sector arises from stringent environmental conditioning requirements like indoor temperature, relative humidity, air change rate, room pressurization, filtration, and ventilation. Millig Design Build has developed a sequence strategy the biopharmaceutical sector can deploy to meet stringent environmental conditioning requirements and ensure safety and quality, while reducing Scope 1 and 2 carbon emissions associated with electricity and fuel use.

"As a design-build firm, Millig is uniquely positioned to decarbonize critical environments like those found in biopharmaceutical facilities," said McVey. "We deliver value far beyond a decarbonization plan. We provide an actionable roadmap for long-term decarbonization, and we're able to immediately design and install the solutions we identify during our initial analysis phase."

About Millig Design BuildMillig Design Build is an integrated engineering, design, and construction firm specializing in facility improvements that address energy efficiency, building health and safety, and core infrastructure needs. Our mission is to create environments that promote sustainability, wellbeing, and opportunity for communities while efficiently delivering best-value solutions for owners. We have offices in Kansas; Colorado; Oregon; Washington; and Vancouver, Canada. For more information, visit http://www.milligdb.com.

Media Contact Information:Amy McVeyMillig Design BuildPhone: 785-865-6054E-mail: [emailprotected]

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Millig Design Build President is Speaker at 2022 ISPE Biotechnology Conference on Sustainability in the Biopharmaceutical Industry - PR Newswire

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Former ski resort owner gets 5 years in Vermont fraud case – ABC News

Posted: May 2, 2022 at 2:46 am

BURLINGTON, Vt. -- The former owner of two Vermont ski resorts was sentenced Friday to five years in prison for his role in a failed plan to build a biotechnology plant using tens of millions of dollars in foreign investors money.

The sentencing of Ariel Quiros, former owner of Jay Peak and Burke Mountain, wraps up the largest fraud case in Vermont history.

During the hearing, prosecutors told U.S. District Judge Geoffrey Crawford that Quiros, 65, kept for himself an estimated $30 million to $37 million that had been intended for the construction of the biotechnology plant in Newport, near the Canadian border.

This project was a fiction from beginning to end, Crawford said during the sentencing hearing.

The financial scandal involving Quiros and two others shook the state and its rural, economically depressed region called the Northeast Kingdom. A fourth man, a businessman in South Korea, remains at large.

Prior to being sentenced, Quiros apologized for his actions.

I deeply regret being involved in this case, Quiros said.

Prosecutors described Quiros, a Miami businessman who now lives in Puerto Rico, as a wheeler-dealer who played a role in the larger scheme.

The crimes could not have occurred without the toxic mix of these three mens strong personalities, Assistant U.S. Attorneys Paul van de Graaf and Nicole Cate wrote in their sentencing document.

Quiros, former Jay Peak president William Stenger and Quiros adviser William Kelly were indicted in 2019 over the failed plan to build the AnC Bio plant using millions of dollars raised through a visa program that encourages foreigners to invest in job-creating ventures in the U.S. in exchange for a chance to earn permanent residency.

Quiros pleaded guilty in August 2020 to charges of conspiracy to commit wire fraud, money laundering and the concealment of material information related to the AnC project. Other charges were dropped.

In a news release distributed after the sentencing, prosecutors said that Quiros admitted that he and his co-conspirators misled AnC investors about important information, including how investor money would be used and the timing of the required job creation for the project.

Stenger, of Newport, and Kelly, of Fort Lauderdale, Florida, were each sentenced this month to 18 months in prison, with Stenger ordered to pay $250,000 and Kelly to pay $8.3 million in restitution.

Prosecutors asked the judge to sentence Quiros to less than the eight-year maximum under the plea deal, based on his cooperation and acceptance of responsibility. The defense had asked for 18 months of home confinement, citing his cooperation, military service and wifes health problems.

Prosecutors said the project was designed to raise $110 million from 220 investors to build and operate the biotechnology facility, according to court records and proceedings. About 170 investors put in at least $500,000 each for a total of about $85 million between 2012 and 2016, but the project was never built, prosecutors said.

Three years before Quiros and Stenger were charged, the federal Securities and Exchange Commission and the state of Vermont alleged in 2016 that they took part in a massive eight-year fraudulent scheme. The civil allegations involved misusing more than $200 million of about $400 million raised from foreign investors for various ski area developments through the same visa program in Ponzi-like fashion.

Quiros and Stenger settled civil charges with the SEC, with Quiros surrendering more than $80 million in assets, including the two resorts.

Prosecutors wrote in their sentencing recommendation in the criminal case that Quiros relied on Kelly and Stenger to address details, with Stenger acting as fundraiser and the face of the biotechnology plant project, and Kelly carrying out his wishes and fix problems.

Quiros was more interested in profits than details and perceived that these professionals gave him cover, prosecutors wrote. He wanted the gravy train to keep rolling, if possible, they wrote.

Quiros' lawyer wrote that Quiros has overwhelmingly displayed his contrition and desire to make amends, has taken full responsibility for his conduct and demonstrated remorse substantially.

Associated Press writer Wilson Ring in Burlington contributed to this report.

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Former ski resort owner gets 5 years in Vermont fraud case - ABC News

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Biotechnology Reagents Market 2022: In-depth Growth Outlook, Development Trends, Demand Opportunities, and Regional Forecast by 2028 |Life…

Posted: May 2, 2022 at 2:46 am

The latest research study published by SMI, the Biotechnology Reagents Market report evaluates the current market size and describes necessary factors like prime manufacturers, production worth, market share, key regions, and growth rate. It also focuses more on current statistics on the global Biotechnology Reagents industry. The report provides a detailed assessment of the key market dynamics and a qualitative analysis of the structure of the Biotechnology Reagents industry. The report covers the crucial parts of the Biotechnology Reagents market and such factors as driving forces, current trends, economic scenarios, and technological innovations.

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Life Technologies, (U.S.), Bio-Rad (U.S.), Thermo Fisher Scientific (U.S.), Water Corporation (U.S.), Sigma-Aldrich (U.S.), Agilent Technologies Inc. (U.S.), Betcon Dickinson (U.S.), Beckman Coulter (U.S.), Roche (Switzerland), Abbott (U.S.)

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Life science, Analytical

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Protein synthesis and purification , Gene expression , DNA and RNA analysis , Drug testing

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Regional assessment of the Biotechnology Reagents market has been carried out over six key regions which include North America, Asia-pacific, Europe, Latin America, Middle East, and Africa. Moreover, the report also delivers deep insights on the ongoing research & development activities, revenue, innovative services, the actual status of demand and supply, and pricing strategy.

* North America (United States, Canada and Mexico)* Europe (Germany, France, United Kingdom, and Rest of Europe)* Asia-Pacific (Japan, Korea, India, Southeast Asia, and Australia)* South America (Brazil, Argentina, and Rest of South America)* Middle East & Africa (Saudi Arabia, UAE, Egypt, and Rest of Middle East & Africa)

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Biotechnology Reagents Market 2022: In-depth Growth Outlook, Development Trends, Demand Opportunities, and Regional Forecast by 2028 |Life...

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Biotechnology Algae Cultivation Process (Micro Algae) Market Key Trends And Opportunity Areas themobility.club – themobility.club

Posted: May 2, 2022 at 2:46 am

Marketreports.info has presented a Global Biotechnology Algae Cultivation Process (Micro Algae) Market from 2022 to 2030 global study report that contains a market overview, practical solutions, and cutting-edge technologies to improve consumer awareness. The Biotechnology Algae Cultivation Process (Micro Algae) study offers an in-depth analysis of the current market scenario as well as details on the key trends, risks, and challenges that have a significant influence on market revenue. The research covers the global Biotechnology Algae Cultivation Process (Micro Algae) market, as well as emerging trends, product usage, customer and competitors motivating factors, marketing strategy, and customer perception.

This study offers an in-depth investigation of the Biotechnology Algae Cultivation Process (Micro Algae) market, along with Biotechnology Algae Cultivation Process (Micro Algae) market shares and development opportunities by type of product, application, company, major regions, and predictions for 2022 to 2030. Based on the current report, the global Biotechnology Algae Cultivation Process (Micro Algae) market is expected to grow at a significant rate, based on current trends and research.

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Cellana, DENSO, Ecoduna, Solix Biofuels, Sapphire Energy, Algenol Biofuels, LGem, Solazyme, Cyanotech, Seambiotic, Mialgae, Neoalgae

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By TypeEuglenophyta (Euglenoids)Chrysophyta (Golden-Brown Algae and Diatoms)Pyrrophyta (Fire Algae)Chlorophyta (Green Algae)Rhodophyta (Red Algae)Paeophyta (Brown Algae)Xanthophyta (Yellow-Green Algae)OthersBy ApplicationFoodFertilizer and AgarPollution ControlEnergy Production

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North America (United States, Canada and Mexico)

Europe (Germany, France, United Kingdom, Russia, Italy, and Rest of Europe)

Asia-Pacific (China, Japan, Korea, India, Southeast Asia, and Australia)

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Middle East & Africa (Saudi Arabia, UAE, Egypt, South Africa, and Rest of Middle East & Africa)

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Biotechnology Algae Cultivation Process (Micro Algae) Market Key Trends And Opportunity Areas themobility.club - themobility.club

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