Global Biochemical Oxygen Demand Analyzer Market 2020 | Research Report Covers | (COVID-19 Analysis) | Industry Research, Drivers, Top Trends | Global…

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Global Biochemical Oxygen Demand Analyzer Market Report Provides Detailed Study Of Industry Players, Business Strategies, Latest Developmental Trends, And Market Growth Rate

The globalBiochemical Oxygen Demand Analyzer marketreport offers a thorough study of the market in the estimated period. The important players Hach, Lovibond, Xylem, Skalar, MANTECH-Inc, Mettler Toledo, Thermo Fisher Scientific, VELP Scientifica, AQUALYTIC, LAR Process Analysers, KORBIin the global Biochemical Oxygen Demand Analyzer market are mentioned along with their strong points as well as weak points in this report. It covers almost all aspects of the global Biochemical Oxygen Demand Analyzer market including challenges, demand, drivers, and opportunities. The report reviews the impact of these aspects on every market region as well. The value chain analysis and vendor list are also included in the global Biochemical Oxygen Demand Analyzer market report.

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The global Biochemical Oxygen Demand Analyzer market research report emphasizes the presentation of the in-depth market segments {Portable BOD Analyzer, Online BOD Analyzer}; {Municipal Wastewater Treatment Plants, Industrial Production Facilities, Laboratories}. The Biochemical Oxygen Demand Analyzer market is assessed on the basis of revenue (USD Million) as well. The performance of the important players, vendors, and suppliers influencing the market is also incorporated in the global Biochemical Oxygen Demand Analyzer market research report. The majority of the information, together with projected statistics, is presented in the report with the help of tables and graphics. This presentation technique helps the user to understand the market scenario in an easy way.

Various practical tools are used for assessing the development of the global Biochemical Oxygen Demand Analyzer market in the future period. The global Biochemical Oxygen Demand Analyzer market report offers an outline of the market on a global level. It helps users to decide their next business move and propel their businesses. The index growth and competitive framework of the global Biochemical Oxygen Demand Analyzer market over the projected period is involved while reviewing the Biochemical Oxygen Demand Analyzer market. The global Biochemical Oxygen Demand Analyzer market is also bifurcated regionally North America (the U.S., Canada, and Mexico), South America (Brazil, Argentina, Chile, Colombia), Europe (Spain, Russia, Germany, Italy, France, and UK), Asia-Pacific (Japan, Korea, India, China, Australia, and South-east Asia), The Middle East and Africa (Egypt, South Africa, GCC Countries) as well.

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Major Questions Answered in Report:1. Which are the growth factors likely to help the market reach to the next level?2. What is the expected growth rate during the forecast period?3. What are the latest opportunities and challenges for Biochemical Oxygen Demand Analyzer market in the future?4. Which are the key market players?

The global Biochemical Oxygen Demand Analyzer market is studied in terms of technology, topography, and consumers. The report also covers the market volume during the estimated period. The distinctiveness of the global Biochemical Oxygen Demand Analyzer market research report is the representation of the Biochemical Oxygen Demand Analyzer market at both the global and regional level.

Key Reasons for Purchasing Global Biochemical Oxygen Demand Analyzer Market Report:

New approaches and latest development trend that describe the structure of the market Advanced market breakdown structure Historical data and future market scope In-depth market analysis based on statistics, growth stimulators, and market developments Statistical data representation through figurative, numerical, and theoretical elaboration Report provides insight of the business and sales activities Key competitive players and regional distribution will help find prospective market analytics Report will strengthen the investors decision-making processes

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Global Biochemical Oxygen Demand Analyzer Market 2020 | Research Report Covers | (COVID-19 Analysis) | Industry Research, Drivers, Top Trends | Global...

Impact Of Covid-19 on Laboratory Biochemical Reagent Market 2020, Size, Share, Global Industry Challenges, Business Overview and Forecast Research…

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Global Laboratory Biochemical Reagent Market 2025 Report Provides Porters Five Forces Analysis Illustrates the Potency of Buyers & Suppliers Operating in the Industry & the Quantitative Analysis of The Global Market from 2019 to 2025 is Provided to Determine the Market Potential.

Laboratory Biochemical Reagent Market Data and Acquisition Research Study with Trends and Opportunities 2019-2025The study of Laboratory Biochemical Reagent market is a compilation of the market of Laboratory Biochemical Reagent broken down into its entirety on the basis of types, application, trends and opportunities, mergers and acquisitions, drivers and restraints, and a global outreach. The detailed study also offers a board interpretation of the Laboratory Biochemical Reagent industry from a variety of data points that are collected through reputable and verified sources. Furthermore, the study sheds a lights on a market interpretations on a global scale which is further distributed through distribution channels, generated incomes sources and a marginalized market space where most trade occurs.

Request a sample of Laboratory Biochemical Reagent Market report @ https://hongchunresearch.com/request-a-sample/63040

Along with a generalized market study, the report also consists of the risks that are often neglected when it comes to the Laboratory Biochemical Reagent industry in a comprehensive manner. The study is also divided in an analytical space where the forecast is predicted through a primary and secondary research methodologies along with an in-house model.

The following manufacturers are covered:Beckton, Dickinson & CompanyMerck & Co. Inc.Abbott LaboratoriesAgilent Technologies, Inc.Waters CorporationSiemens HealthineersThermo Fisher Scientific IncBio-Rad LaboratoriesRoche Holding AGJohnson & Johnson

Access this report Laboratory Biochemical Reagent Market @ https://hongchunresearch.com/report/worldwide-laboratory-biochemical-reagent-market-2019-63040

Segment by RegionsNorth AmericaEuropeChinaJapan

Segment by TypePCR Reagent KitsCell and Tissue Culture ReagentsElectrophoresis ReagentsChromatography ReagentsOthers

Segment by ApplicationHospitalsDiagnostic CentersAcademics and ResearchPharma and Biotech CompaniesCROs

For a global outreach, the Laboratory Biochemical Reagent study also classifies the market into a global distribution where key market demographics are established based on the majority of the market share. The following markets that are often considered for establishing a global outreach are North America, Europe, Asia, and the Rest of the World. Depending on the study, the following markets are often interchanged, added, or excluded as certain markets only adhere to certain products and needs.

Here is a short glance at what the study actually encompasses:Study includes strategic developments, latest product launches, regional growth markers and mergers & acquisitionsRevenue, cost price, capacity & utilizations, import/export rates and market shareForecast predictions are generated from analytical data sources and calculated through a series of in-house processes.

However, based on requirements, this report could be customized for specific regions and countries.

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Major Point of TOC:

Chapter One: Laboratory Biochemical Reagent Market Overview

Chapter Two: Global Laboratory Biochemical Reagent Market Competition by Manufacturers

Chapter Three: Global Laboratory Biochemical Reagent Production Market Share by Regions

Chapter Four: Global Laboratory Biochemical Reagent Consumption by Regions

Chapter Five: Global Laboratory Biochemical Reagent Production, Revenue, Price Trend by Type

Chapter Six: Global Laboratory Biochemical Reagent Market Analysis by Applications

Chapter Seven: Company Profiles and Key Figures in Laboratory Biochemical Reagent Business

Chapter Eight: Laboratory Biochemical Reagent Manufacturing Cost Analysis

Chapter Nine: Marketing Channel, Distributors and Customers

Chapter Ten: Market Dynamics

Chapter Eleven: Global Laboratory Biochemical Reagent Market Forecast

Chapter Twelve: Research Findings and Conclusion

Chapter Thirteen: Methodology and Data Source 13.1 Methodology/Research Approach 13.1.1 Research Programs/Design 13.1.2 Market Size Estimation 13.1.3 Market Breakdown and Data Triangulation 13.2 Data Source 13.2.1 Secondary Sources 13.2.2 Primary Sources 13.3 Author List 13.4 Disclaimer

About HongChun Research: HongChun Research main aim is to assist our clients in order to give a detailed perspective on the current market trends and build long-lasting connections with our clientele. Our studies are designed to provide solid quantitative facts combined with strategic industrial insights that are acquired from proprietary sources and an in-house model.

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Impact Of Covid-19 on Laboratory Biochemical Reagent Market 2020, Size, Share, Global Industry Challenges, Business Overview and Forecast Research...

COVID-19 Impact on Methylidenesuccinic Acid Market Top Manufacturers, Types and Application 2020| Kehai Biochemistry, Alpha Chemika, Guoguang…

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Global Methylidenesuccinic Acid Industry Amid Global COVID-19 Crisis: Report Hive Viewpoint

Chicago, United States: Global Methylidenesuccinic Acid Market report offers a detailed Outlook and future prospects of the Industry. The Methylidenesuccinic Acid Market report includes various topics like market size & share, Product types, applications, key market drivers & restraints, challenges, growth opportunities, key players, competitive landscape.

The global Methylidenesuccinic Acid market is expected to reach xxx Million USD by 2025, with a CAGR of xx% from 2020 to 2025.

Top Players of Methylidenesuccinic Acid Market are Studied: Kehai Biochemistry, Alpha Chemika, Guoguang Biochemistry, Huaming Biochemistry, Zhongshun Science & Technology, ,

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The report incorporates significant sections, for example, type and end user and a variety of segments that decide the prospects of global Methylidenesuccinic Acid market. Each type provide data with respect to the business esteem during the conjecture time frame. The application area likewise gives information by volume and consumption during the estimate time frame. The comprehension of this segment direct the readers in perceiving the significance of variables that shape the market development.

Global Methylidenesuccinic Acid Market Segment By Type: Synthesis, Fermentation, ,

Global Methylidenesuccinic Acid Market Segment By Application: Plasticizer, Lubricating Oil Additive, Others, ,

The Essential Content Covered in the Global Methylidenesuccinic Acid Market Report:

* Top Key Company Profiles.

* Main Business and Rival Information

* SWOT Analysis and PESTEL Analysis

* Production, Sales, Revenue, Price and Gross Margin

* Market Share and Size

Regional Coverage: North America (United States, Canada and Mexico), Europe (Germany, France, UK, Russia and Italy), Asia-Pacific (China, Japan, Korea, India and Southeast Asia), South America (Brazil, Argentina, Colombia etc.), Middle East and Africa (Saudi Arabia, UAE, Egypt, Nigeria and South Africa)

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Table of Content:

Market Overview: The report starts with this segment in which product evaluate and highlights of product and alertness segments of the worldwide Methylidenesuccinic Acid Market are provided. Highlights of the segmentation include price, sales, income, sales growth rate, and market share by product.

Competition by using Company: Here, the competition in the Worldwide Methylidenesuccinic Acid Market is analyzed, By price, sales, income, and market share with the aid of company, market rate, competitive situations Landscape, and present day trends, merger, expansion, acquisition, and market stocks of pinnacle companies.

Company Proreports and Sales Data: As the name suggests, this segment offers the sales facts of key players of the global Methylidenesuccinic Acid Market as well as a few useful facts on their commercial enterprise. It talks approximately the gross margin, price, revenue, products, and their specifications, type, applications, competitors, manufacturing base, and the principle commercial enterprise of key players operating within the global Methylidenesuccinic Acid Market.

Market Status and Outlook via Region: In this segment, the report discusses about gross margin, sales, production, market share, CAGR, and market size with the aid of region. Here, the global Methylidenesuccinic Acid Market is deeply analyzed on the idea of areas and countries together with North America, Europe, China, India, Japan, and the MEA.

Application or End User: This phase of the studies shows how one of a kind end-user/application segments make contributions to the worldwide Methylidenesuccinic Acid Market.

Market Forecast: Here, the report gives a entire forecast of the global Methylidenesuccinic Acid Market by means of product, application, and region. It additionally offers global income and sales forecast for all years of the forecast period.

Research Findings and Conclusion: This is certainly one of the last sections of the report in which the findings of the analysts and the conclusion of the research observe are provided.

Why Report Hive Research:

Report Hive Research delivers strategic market research reports, statistical surveys, industry analysis and forecast data on products and services, markets and companies. Our clientele ranges mix of global business leaders, government organizations, SMEs, individuals and Start-ups, top management consulting firms, universities, etc. Our library of 700,000 + reports targets high growth emerging markets in the USA, Europe Middle East, Africa, Asia Pacific covering industries like IT, Telecom, Semiconductor, Chemical, Healthcare, Pharmaceutical, Energy and Power, Manufacturing, Automotive and Transportation, Food and Beverages, etc.

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COVID-19 Impact on Methylidenesuccinic Acid Market Top Manufacturers, Types and Application 2020| Kehai Biochemistry, Alpha Chemika, Guoguang...

Department of Energy Awards $1M to CU Denver-Led Team for Computational Biology – CU Denver News

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The U.S. Department of Energy (DOE) announced $5 million in funding for six new research projects in computational biology, $1,049,639 of which goes to Chris Miller, associate professor in CU Denvers Department of Integrative Biology, and his collaboratorsFarnoush Banaei-Kashani from CU Denver, Kelly Wrighton from CSU, and Chris Henry from DOE.

Millers project, titled Finding the Missing Pieces: Filling Gaps that Impede the Translation of Omics Data into Models, seeks to develop novel computational biology approaches and software to better understand microbial genomes relevant to the environment. According to Miller, there are parallels to studying the human microbiome in many challenges we see todayclimate change, bioenergy-relevant systems, and more.

Take, for example, a freshwater wetland system in Ohio. Miller and his colleagues studied this model for years because microbes in the soil of freshwater wetlands naturally emit the greenhouse gas methane. All that said, we know relatively little about the controls on this microbial process or how changing climate or land-use practices might affect emissions.

There are thousands of different types of microbes (bacteria, fungi, etc.) living in even just a pinch of this soil, Miller said. But we have no clue how to grow and study most of them in the lab, so DNA sequencing and computation give us the ability to extract DNA directly from soil, sequence the bits of genome we recover, and then computationally try to piece the original genomes back together.

The reason this matters? Miller notes by following this process, we are able to actually predict which proteins those genomes encode and infer what the microbes might be doing in the environment.

In some of these complex soils, we are discovering novel organismslots of themand the genes we are sequencing often look nothing like scientists have characterized in the lab before, Miller said. New computational approaches are needed to infer microbial biochemistry and metabolism from the DNA so we can better understand and predict microbial roles in the larger ecosystems.

By developing new algorithms and software for analyzing microbial genomes recovered from the environment, Miller and his team will develop and scale new computational methods to infer functions for genes. This will be integrated into a DOE computational biology system called KBase so scientists all over the world can utilize their methods to more efficiently figure out what proteins and genomes are doing in their systems of interest.

This project is exciting because it is foundational to answering so many different kinds of questions, said Miller. Biology is increasingly Big Data science, and we need to make sure we have the computational tools to keep up with the data generation Our collaborators on this project are world-class, and I feel grateful that CU Denver students and I will have the chance to work with and learn from this team to advance the science.

Related Research: Genetic Adaptation to Climate Change Is Swift in Crop Pests

Awards were selected based on competitive peer review under a DOE Funding Opportunity Announcement issued by the Office of Biological and Environmental Research (BER) within DOEs Office of Science. Total funding is $5 million in Fiscal Year 2020 dollars, for projects up to three years in duration.

A list of projects can be found on the BER homepage under the heading, Whats New.

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Department of Energy Awards $1M to CU Denver-Led Team for Computational Biology - CU Denver News

Comprehensive Report on dLight1 Dopamine Sensor Market Forecast Period 2020-2028| Leading Players Biochemistry and Molecular Medicine, University of…

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dLight1, a single fluorescent protein-based biosensor. This family of highly specific sensors detects dopamine, a hormone released by neurons to send signals to other nerve cells. When combined with advanced microscopy, dLight1 provides high resolution, real-time imaging of the spatial and temporal release of dopamine in live animals.

An innovative market study report, titled Global dLight1 Dopamine Sensor Market Report 2020-2028 has been featured on Report Consultant. The Report is highly focused on imminent occurrences in the global trade that tends to exhibit both positive and negative impacts on the market.

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Due to the pandemic, we have included a special section on the Impact of COVID 19 on the dLight1 Dopamine Sensor Market which would mention How the Covid-19 is affecting the DLight1 Dopamine Sensor Industry, Market Trends and Potential Opportunities in the COVID-19 Landscape, Covid-19 Impact on Key Regions and Proposal for DLight1 Dopamine Sensor Players to Combat Covid-19 Impact.

The Top Key players of dLight1 Dopamine Sensor Market:

Biochemistry and Molecular Medicine, University of California, Waitt Advanced Biophotonics Center, Neurobiology, Northwestern University, Evanston, Vollum Institute, Oregon Health & Science University.

The complete report allows market participants such as stakeholders, investors, and companies to cement a strong point and ensure lasting success in the global DLight1 Dopamine Sensor Market. The research report further offers market competition outline among the major companies, covering companies profiles, market price, and channel features.

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Market Segmentation by Product Type:

Market Segmentation by Application:

Market Segmentation by Region:

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The research report analyzes the dLight1 Dopamine Sensor Market in a comprehensive manner by clarifying the important features of the market that are anticipated to have a quantifiable impact on its evolving views over the forecast period. It also presents qualitative and quantitative data relating to the factors on the markets future growth. The research methodologies help organizations in clearly evaluating the most crucial stakes in the market that need to the measured for effective decision making.

Table of Contents:

Chapter 1. dLight1 Dopamine Sensor Market Overview

Chapter 2. Market Competition by Players / Suppliers

Chapter 3. Sales and Revenue by Regions

Chapter 4. Sales and Revenue by Type

Chapter 5. dLight1 Dopamine Sensor Market Sales and revenue by Application

Chapter 6. Market Players profiles and sales data

Chapter 7. Manufacturing Cost Analysis

Chapter 8. Industrial Chain, Sourcing Strategy and Down Stream Buyers

Chapter 9. Market Strategy Analysis, Distributors/Traders

Chapter 10. dLight1 Dopamine Sensor Market effective factors Analysis

Chapter 11. Market Size and Forecast

Chapter12. Conclusion

Chapter13. Appendix

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Comprehensive Report on dLight1 Dopamine Sensor Market Forecast Period 2020-2028| Leading Players Biochemistry and Molecular Medicine, University of...

Pubs are a "dream" for Covid spread, Cork professor warns – EchoLive.ie

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THE number of Covid-19 cases will increase as a result of the decision to reopen pubs and our testing system will not be able to cope, an expert in biochemistry at University College Cork has warned.

Pubs across Ireland, with the exception of Dublin, reopened on Monday, after around six months of being closed.

Meanwhile, referrals for Covid-19 testing and confirmed cases of the virus have been on the rise in recent weeks, amid the relaxing of lockdown measures and the return to school.

Tom Cotter has been Professor of Biochemistry at UCC since 1995.

His main research interests are in understanding cell death and survival mechanisms and he has served on the Boards of Science Foundation Ireland and The Health Research Board of Ireland.

Speaking to The Echo, Professor Cotter warned that pubs will allow for easy transmission of Covid-19.

He said he believes they have reopened far too soon.

Pubs are a dream place for the SARS Cov2 (Covid-19) virus as they allow for easy transmission between people, he explained.

We have opened them too soon and coming into winter is not an ideal opening time either.

Expect infection numbers to jump in the coming weeks as a result of this decision, he warned.

A virus containing aerosols spreads easily in confined places such as you have in Irish pubs.

Taking to social media this week, Professor Cotter warned that Irelands testing system does not have the capacity to cope with increased cases as a result of pubs reopening

Hold onto your seats its going to be a rough ride this winter.

Dublin is currently under level three restrictions, meaning pubs did not reopen on Monday.

Meanwhile, the Government is concerned at increased cases of Covid-19 in some counties such as Louth, Waterford, Limerick, Kildare, Leitrim, Donegal, Offaly, and Wicklow, with reports suggesting that an increase to level three restrictions in these counties could happen later this week.

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Pubs are a "dream" for Covid spread, Cork professor warns - EchoLive.ie

Postdoctoral studies on the molecular mechanisms that regulate aging – Nature.com

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The Department of Biosciences and Nutrition performs research and education in several areas of medical science including aging, molecular endocrinology, cancer biology, functional genomics, systems biology, epigenetics, structural biochemistry, bioorganic chemistry, cellular virology, and nutrition. It offers an excellent international research and working environment, including around 250 scientists, students, administrative and technical personnel. The Department resides in the new biomedical research building Neo, aimed at being a creative and open environment that enables meetings, synergies, and exploration of areas of mutual interest across disciplines.

Do you want to contribute to top quality medical research?

Aging is one of the main risk factors for morbidity and mortality. Thus, a better understanding of the mechanisms that regulate this process is highly desirable. One of our efforts focuses on arguably the most important aging regulator known to date, the transcription factor DAF-16/FOXO. It resides downstream of the nutrient-sensing insulin/IGF signaling pathway and in response to low nutrients activates gene expression programs that slow down the aging process. DAF-16/FOXO depends on a diverse range of binding partners and regulators to fulfill its role, and we are studying their functions by diverse biochemical, genetic, and cytological techniques. (See Lin et al., Nature Communications 2018, or Sen et al., Nature Communications 2020, for examples of such work from our lab.)

Your mission

We are looking for a Postdoc to join our research group, the lab of Christian Riedel. Focus of this position is to explore a new binding partner of DAF-16/FOXO which we found to be required for DAF-16/FOXO to promote longevity in response to low nutrient signals. This work is conducted both in the model organism C. elegans and in human cells. You will synergize with aging biologists and bioinformaticians from the Riedel lab and be part of a larger aging-focused research environment at our department, which also contains the labs of Martin Berg and Maria Eriksson.

We are looking for a talented and highly motivated scientist with a doctoral degree and strong background in Molecular Biology, Cell Biology, Genetics, and/or Biochemistry. Good expertise in either C. elegans methods or in mammalian cell culture techniques is desired. Also, a background in the biology of aging is appreciated, even though it is not essential.

Applicants are expected to work independently but as part of an enthusiastic team and to be proficient in English. They are expected to play a leading role in the design and execution of their experiments as well as the analysis and the presentation/publication of the resulting data. Before and while being in the lab, the applicant will be encouraged to apply for competitive national and international postdoctoral fellowships and career grants and will receive support in those endeavors.

This position will be financed by a postdoc scholarship paid out by Karolinska Institutet.

Scholarships for postdoctoral qualification can be established for foreign researchers who place their qualifications in Sweden. The purpose of scholarships for postdoctoral qualification is to promote internationalization and contribute to research qualification after a doctorate or equivalent.A scholarship for carrying out postdoctoral research can be granted for a maximum of two years within a four year period following the receipt of a doctoral degree or equivalent.To be eligible for a postdoctoral scholarship, the person must have obtained a doctorate or a foreign degree deemed to be equivalent to a doctorate. Applicants who have not completed a doctorate at the end of the application period may also apply, provided that all requirements for a completed degree are met before the (intended) start date of the post doctoral education.

The head of the department determines whether their previous training and scholarly qualifications correspond to a Swedish doctorate or higher.

What do we offer?

A creative and inspiring environment full of expertise and curiosity. Karolinska Institutet is one of the worlds leading medical universities. Our vision is to pursue the development of knowledge about life and to promote a better health for all. At Karolinska Institutet, we conduct successful medical research and hold the largest range of medical education in Sweden.

Location: Department of Biosciences and Nutrition, Neo Building, Flemingsberg

Links: https://ki.se/en/bionut/department-of-biosciences-and-nutrition https://ki.se/en/bionut/christian-riedel-group http://riedellab.org/

The amount is tax free and it is set for twelve months at a time, paid out on a six months basis. In exceptional cases, shorter periods may be acceptable.

An application must contain the following documents in English:

You are welcome to apply at the latest by 16 October 2020.

The application has to be submitted through the Varbi recruitment system.

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Postdoctoral studies on the molecular mechanisms that regulate aging - Nature.com

Scientist takes a closer look at the genome – University of Miami

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With a $1.82 million grant, computer scientist and bioinformatic researcher Zheng Wang is poised to help researchers see every aspect of the genome in super-resolution 3D.

Breakthrough advances in biomedical technology have come a long way, especially with three-dimensional mapping of the structure of the genome. For years, scientists and researchers have attempted to obtain and analyze the entire 3D structure of an organism's DNA to observe and understand its complex organization and how the genes function and interact.

Now, by combining cutting-edge computer science techniqueswith leading biomedical technologies, computer scientist and bioinformatic researcher Zheng Wang ispoised to help researchers see every aspect of the genome in super-resolution 3D formalmost an impossibility through the microscopeto better interpret its biological meaning.

Wang, who specializes in bioinformatics research, an interdisciplinaryfield combining biology, statistics, and computer science, recently received a five-year, $1.82 million Maximizing Investigators' Research Award (MIRA), considered one of the most prestigious National Institutes of Health grants for outstanding investigators, to develop more complex computational algorithms that will enable closer looks at the 3D genome.

"This is very exciting news, said Wang. This award will help me develop a new 3D perspective for studying the genome. Over the next five years, I hope to develop computational algorithms toreconstruct the 3D genome structures of single cells and builddeep-learning algorithms toenhance the resolution of whats known as Hi-C, the biochemistry experiment for detecting spatial proximity between different parts of the genome.

Although Wang is the sole principal investigator of the award, he said he cannot do his work without collaborators. He already has enlisted the help of Miller School of Medicine neuroscientists Vance Lemmon and John Bixby. Their lab is providing samples of mouse genomes to help Wang examine the changes of the 3D genome structures during the regenerative process of damaged neuron cells.

The scientist is also using Hi-C data generated by other biochemistry labs that use human brain, liver, spleen, stomach, and cancer cells. Neither a computer program nor the Hi-C experiment can directly detect the 3D genome structure. But a biochemical wet lab can provide the cells, or Hi-C data, that will enable me to create the intelligent algorithms to build the 3D genome structures and then analyze them very, very closely, Wang explained.

The award also will help Wang answer scientific questions on how the structure of the genome influences gene regulation and other important biological processes of the cells, as well as the role of the long non-coding RNAs in the formation of genome structures.

The scientific question that fascinates me is why the 3D genomestructures are different and what consequences these differences will lead to, said Wang. With this award, I hope to answer fundamental and biological questions that can then be used when studying the genome. One of my goals is to help other scientists develop further research so that they can go deeper into the genome and be able to study specific diseases.

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Scientist takes a closer look at the genome - University of Miami

Biochemical Oxygen Demand Market Analysis 2020: Size, Share, Sales, Growth, Revenue, Type, Application & Forecast To 2026 – The News Brok

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The prime objective of GlobalMembrane Separator Market report is to help the user understand the market in terms of its definition, segmentation, market potential, influential trends, and the challenges that the market is facing with 10 major regions and 30 major countries. Deep researches and analysis were done during the preparation of the report. The readers will find this report very helpful in understanding the market in depth. The data and the information regarding the market are taken from reliable sources such as websites, annual reports of the companies, journals, and others and were checked and validated by the industry experts. The facts and data are represented in the report using diagrams, graphs, pie charts, and other pictorial representations. This enhances the visual representation and also helps in understanding the facts much better.

Impact of Covid-19 in Membrane Separator Market: Since the COVID-19 virus outbreak in December 2019, the disease has spread to almost every country around the globe with the World Health Organization declaring it a public health emergency. The global impacts of the coronavirus disease 2019 (COVID-19) are already starting to be felt, and will significantly affect the Membrane Separator market in 2020. The outbreak of COVID-19 has brought effects on many aspects, like flight cancellations; travel bans and quarantines; restaurants closed; all indoor/outdoor events restricted; over forty countries state of emergency declared; massive slowing of the supply chain; stock market volatility; falling business confidence, growing panic among the population, and uncertainty about future.

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Key Global Market Research Analysis-

Key Companies

Air Products

Ube Industries

Celgard

Sulzer

Fujifilm Europe

3M

Parker

Solvay

Frames Group

PCI Gases

Key Product Type

Nitrogen Membrane Separators

Air Dryer Membrane Separators

Hydrogen Membranes

Others

Market by Application

Industrial Use

Environment

Healthcare

Geographically, the detailed analysis of consumption, revenue, and market share and growth rate, historic and forecast of the following regions:

United States, Canada, Germany, UK, France, Italy, Spain, Russia, Netherlands, Turkey, Switzerland, Sweden, Poland, Belgium, China, Japan, South Korea, Australia, India, Taiwan, Indonesia, Thailand, Philippines, Malaysia, Brazil, Mexico, Argentina, Columbia, Chile, Saudi Arabia, UAE, Egypt, Nigeria, South Africa and Rest of the World

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Some Points from Table of Content

Covid-19 Impact on Global Membrane Separator Industry Research Report 2020 Segmented by Major Market Players, Types, Applications and Countries Forecast to 2026

Chapter 1 Report OverviewChapter 2 Global Membrane Separator Market Trends and Growth StrategyChapter 3 Global Membrane Separator Market Players ProfilesChapter 4 Global Membrane Separator Market Competition by Market PlayersChapter 5 Global Membrane Separator Production by Regions (2015-2020)Chapter 6 Global Membrane Separator Consumption by Region (2015-2020)Chapter 7 Global Membrane Separator Production Forecast by Regions (2021-2026)Chapter 8 Global Membrane Separator Consumption Forecast by Regions (2021-2026)Chapter 9 Global Membrane Separator Sales by Type (2015-2026)Chapter 10 Global Membrane Separator Consumption by Application (2015-2026)Chapter 11 Global Membrane Separator Manufacturing Cost AnalysisChapter 12 Global Membrane Separator Marketing Channel, Distributors, Customers and Supply ChainChapter 13 Analyst's Viewpoints/ConclusionsChapter 14 Disclaimer

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Biochemical Oxygen Demand Market Analysis 2020: Size, Share, Sales, Growth, Revenue, Type, Application & Forecast To 2026 - The News Brok

Growing together: Young Singles Community celebrates one year – ND Newswire

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Rev. Frank Murphy, C.S.C., faculty chaplain

Rev. Frank Murphy, C.S.C., faculty chaplain, had been pondering a simple truth: South Bend is a very family-oriented community. While a welcome situation for faculty and staff who come to Notre Dame with families, or who start families once here, it can prove to be challenging for young single faculty and professional staff members who want to find and build community, a deeply-held value of Notre Dame.

At a faculty gathering in the spring of 2019, Father Frank asked colleagues if a young singles community would be a good idea. He found plenty of interest and an advocate in biochemistry faculty member Jessica Brown. From those discussions, the Young Singles Community (YSC) for faculty and professional staff began to develop. A newly-formed planning team organized the inaugural event a happy hour held at Seven on 9 in Corbett Family Hall, at the start of the fall 2019 semester.

Attendance was robust.Nearly 40 people ranging in age from 20 to 50 seemed glad to have found each other and the promise of future opportunities to socialize and build community. At the next social hour, at the Wind Family Fireside Terrace in the Morris Inn, new friends gathered with an even wider circle of newcomers for drinks, food and lawn games. They began making plans for a diverse range of activities: Ninja golf the next month, more happy hours and, with fall just around the corner, movie nights, apple picking and hayrides.

The end of the semester brought an off-campus Christmas dinner party that drew more than 30 people for good food, catered by Aladdins, and good company. In February, Tuesday Trivia and dinner at Taphouse on the Edge was a distinct success, with the YSC team taking first place and the jackpot. Eight months in, the groups events were drawing strong attendance and an engaged, lively community had formed, just as Father Frank and the planning team had hoped.

In the face of the pandemic and the Universitys move to remote learning in March, the YSC team yearned all the more to keep connecting and building this community, which meant pivoting to online gatherings. Virtual happy hours have been monthly events since April. On a Friday evening each month, YSCers catch up over drinks before moving to games. Trivia and Scattergories are in frequent rotation, but Pictionary has become the standout favorite and the cause of a lot of flat-out laughs; Imagine trying to draw lichen on a Zoom whiteboard!

With the return to campus, and wanting to take advantage of the outdoors, the group held a kickoff social at St. Patricks Park on the last Friday evening in August. A favorable break in the weather meant blue skies and a pleasant breeze for the first in-person gathering since spring, and the spaciousness of the Hurwich Shelter and its picnic tables made physical distancing easy. Music, food, drinks, laughter and seeing friends and meeting new ones refreshed minds, bodies and spirits and deepened group ties.

The planning team continues its work enthusiastically, whatever the semester may hold, and YSC members are looking forward to more gatherings, in person or virtually as safety and weather direct. Were all glad to be here on the journey together, making and building friendships and feeling at home at Notre Dame and Michiana.

Anchored in the ministry of the Notre Dame Faculty and Staff Chaplaincies and promoting community life and connection, the YSC welcomes any young, single faculty or professional staff member at Notre Dame wishing to connect. If youre interested in participating, contact Father Frank (574-631-5242; fmurphy4@nd.edu) or any of the planning team: Jessica Brown (Chemistry & Biochemistry),Megan J. Hall (Medieval Institute),Jennifer Hames (Psychology), Liz Loughran (Graduate Career Services) and Joe Nugent (Research Librarian).

Continued here:
Growing together: Young Singles Community celebrates one year - ND Newswire

Call For Inorganic Expansion To Record A CAGR Of 5.5% In The Biochemistry Analyser Market Between 2024 – The Daily Chronicle

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Determination Market Research, in its business report, expounds the verifiable and momentum situation of the worldwide Biochemistry Analyser Market as far as the creation, utilization, volume, and worth. The report examines the market into different portions, areas, and players based on request examples and development possibilities.

Pivotal data and conjecture measurements canvassed in the Biochemistry Analyser Market report will arm both existing and developing business sector players with important bits of knowledge to create long haul systems just as keep up business congruity during an emergency, for example, the continuous COVID-19 pandemic.

The Biochemistry Analyser Market has been estimated to be valued atUS$ 4,700 Mn by 2024, registering a CAGR of 5.5% over the forecast period.

The competitive analysis chapter of the report sheds light on the major developments of the prominent players operating in the Biochemistry Analyser Market. The report provides information related to the recent mergers, acquisitions, partnerships, and other strategic alliances within the Biochemistry Analyser Market. Further, the pricing, sales, promotional, and marketing strategies of each company are enclosed in the report.

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Call For Inorganic Expansion To Record A CAGR Of 5.5% In The Biochemistry Analyser Market Between 2024 - The Daily Chronicle

Comprehensive Report on Biochemical Sensors Market by global COVID-19 impact analysis, industry trends, business strategies, opportunities and…

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The new market research report added by Report Ocean focuses on Biochemical Sensors Market. It analyzes the volume and value at the global level, regional level and company level. From a global perspective, this report represents overall Global Biochemical Sensors Market size by analyzing historical data and future prospect. The report contains vital insights on the market which will support the clients to make the right business decisions. This research will help both existing and new aspirants for Biochemical Sensors Market to figure out and study the market needs, market size, and competition. The report incorporates data regarding the supply and demand situation, the competitive scenario, and the challenges for market growth, market opportunities, and the threats faced by key players during the forecast period.

Impact of COVID-19 on Biochemical Sensors Market

This is a latest report, covering the current COVID-19 impact on the Biochemical Sensors Market. The pandemic of Coronavirus (COVID-19) has affected every aspect of life globally. This has brought along several changes in market conditions.

The report also includes the impact of ongoing global crisis i.e. COVID-19 on the Biochemical Sensors Market and what the future holds for it. It provides an analysis of the effects of the pandemic on the global economy. The outbreak has directly disturbed the demand and supply chain. The report also analyzes the financial impact on firms and financial markets. Report Ocean has gathered insights from several delegates of the industry and got involved in the primary and secondary research to provide the clients with data and strategies to combat the market challenges during and after COVID-19 pandemic.

Request Free Sample Report athttps://www.reportocean.com/industry-verticals/sample-request?report_id=HNY38510

Competitive Landscape:

Major market players operating in the Biochemical Sensors Market are identified through secondary research method and market revenue through both primary and secondary research method. We have analyzed the capacity, production, price, revenue, cost, gross margin, sales volume, sales revenue, consumption, growth rate, import, export, supply, future strategies, and the technological developments of each company mentioned in this report.

Abbott Point of CareAcon LaboratoriesLifeScanSmiths MedicalNova BiomedicalLifeSensorsUniversal BiosensorsBoston ScientificMedtronicBio-RadBiosensor LaboratoriesBiosensors InternationalBayerSysmexABTECH ScientificBioDetection InstrumentsKinesisRocheNeuroSkySensLabYSI Life Sciences

Market Segmentation:

The market segmentation has been done considering various factors such as global supply and demand of Biochemical Sensors Market, common interests and global market share. Additionally, the research report compares the growth rate and production value of the Biochemical Sensors Market across various regions.

By TypeElectrochemical Biochemical SensorsThermal Biochemical sensorsPiezoelectric Biochemical sensorsOptical Biochemical sensors

By ApplicationAgriculturalNutritionalEnvironmentalMedical

By Regions/Countries:

North America

United States

Canada

Mexico

East Asia

China

Japan

South Korea

Europe

Germany

United Kingdom

France

Italy

Russia

Spain

Netherlands

Switzerland

Poland

South Asia

India

Pakistan

Bangladesh

SouthEast Asia

Indonesia

Thailand

Singapore

Malaysia

Philippines

Vietnam

Myanmar

Middle East

Turkey

Saudi Arabia

Iran

United Arab Emirates

Israel

Iraq

Qatar

Kuwait

Oman

Africa

Nigeria

South Africa

Egypt

Algeria

Morocoo

Oceania

Australia

New Zealand

South America

Brazil

Argentina

Colombia

Chile

Venezuela

Peru

Puerto Rico

Ecuador

Rest of the World

Kazakhstan

Some of the Major Highlights of TOC covers:

Chapter 1 Industry Overview

Market Analysis by Regions

Global Biochemical Sensors Market Size Analysis from 2021 to 2026 by Consumption Volume

Global Biochemical Sensors Market Size Analysis from 2021 to 2026 by Value

Global Biochemical Sensors Market Price Trends Analysis from 2021 to 2026

COVID-19 Outbreak: Biochemical Sensors Market

Chapter 2 Covid-19 Impact: Biochemical Sensors Market Competition by Types, Applications, and Top Regions and Countries

Chapter 3 Covid-19 Impact: Production Market Analysis

2015-2020 Global Capacity, Production, Capacity Utilization Rate, Ex-Factory Price, Revenue, Cost, Gross and Gross Margin Analysis

2015-2020 Major Manufacturers Performance and Market Share

Chapter 4 Covid-19 Impact: Biochemical Sensors Market Sales, Consumption, Export, Import by Regions (2015-2020)

Biochemical Sensors Market Sales, Consumption, Export, Import (2015-2020)

Chapter 5 to Chapter 13: Regional Market Analysis

Chapter 14 Company Profiles and Key Figures in Biochemical Sensors Market Business

Company Profile

Product Specification

Production Capacity, Revenue, Price and Gross Margin (2015-2020)

Sales by Types

Chapter 15 Biochemical Sensors Market Forecast (2021-2026)

Biochemical Sensors Market Consumption Volume, Revenue and Price Forecast (2021-2026)

Biochemical Sensors Market Consumption Volume and Growth Rate Forecast (2021-2026)

Biochemical Sensors Market Value and Growth Rate Forecast (2021-2026)

Biochemical Sensors Market Consumption Volume, Value and Growth Rate Forecast by Region (2021-2026)

Biochemical Sensors Market Consumption Volume, Revenue and Price Forecast by Type (2021-2026)

Biochemical Sensors Market Consumption Volume Forecast by Application (2021-2026)

Biochemical Sensors Market Forecast Under COVID-19

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Comprehensive Report on Biochemical Sensors Market by global COVID-19 impact analysis, industry trends, business strategies, opportunities and...

Is ATA Risk Stratification Still a Reliable Predictor of Response in DTC? – Targeted Oncology

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Oncologists who specialize in differentiated thyroid cancer (DTC) commonly use the American Thyroid Association (ATA) 2015 guidelines for risk stratification in patients. A real-world study assessed the performance of this system in patients with DTC and discovered that the system is reliable for predicting short-term outcomes.

The ATA risk stratification system is a reliable predictor of short-term outcomes in patients with DTC in real-world clinical settings characterized by appreciable treatment-center heterogeneity in terms of size, location, level of care, diagnostic resources, and local management strategies, Durante et al concluded, in the paper.

A report published inThyroid provided prospective 1-year data from 2000 patients who were treated in the real-world across 50 centers throughout Italy. Patients were found in the Italian Thyroid Cancer Observatory, an online database governed by the Thyroid Cancer Center of the Sapienza University of Rome. To be selected for the study, each patient record was required to have a histological diagnosis of DTC, papillary thyroid cancer (PTC), follicular thyroid cancer (FTC), or poorly DTC and variants of these diseases. All patients were also required to have available information on treatment and pathological characteristics for investigators to determine their risk using the ATA risk stratification system. The third and final requirement was full information about each patients 1-year follow-up visit which was needed to estimate response to treatment.

Following the exclusion of 4610 cases from the database of 6867, the final cohort was compiled of 2071 patients from 40 centers. In 1109 patients (53.6%), the ATA risk of persistent and/or recurrent disease was classified as low, 796 patients (38.4%) were classified as intermediate risk, and 166 (8.0%) were classified as high risk.

Investigators led by Cosimo Durante, MD, found that in the overall population, 1576 patients (76.1%) had an excellent response, 376 (17.8%) had an indeterminate response, 33 (1.6%) had a biochemical incomplete responses, and structural incomplete responses were found in 86 patients (4.2%), which showed progressive increase with the baseline risk levels estimated as 1.5% in the low-risk patients, 5.7% in intermediate-risk patients, and 14.5% in high-risk patients. Prior treatment did impact responses to treatment at 1-year evaluation.

Of the patients with prior radioactive iodine remnant ablation, excellent responses were observed in 921 (77.3%), indeterminate responses were seen in 168 (14.1%), biochemical incomplete responses were observed in 33 (2.8%), and structural incomplete responses were observed in 69 patients (5.8%). Among those who had a total thyroidectomy, 655 (81.1%) had excellent responses, 137 (17%) had indeterminant responses, no patients had a biochemical incomplete response, and structural incomplete responses were seen in 15 patients (1.9%). Finally, among patients who had a thyroid lobectomy, 71 patients (97.3%) had an indeterminant response and 2 (2.7%) had a structural incomplete response. No patients in the thyroid lobectomy group had an excellent response or biochemical incomplete response.

A significant predictor of response to treatment was determined to be ATA risk class assigned at baseline, which was observed again at 1-year follow-up. There was no data for the low-risk group; however, the odds ratios (OR) for response to treatment in the intermediate-risk group was 4.67 (95% CI, 2.59-8.43;P<.0001). In the high-risk group, the OR was 16.48 (95% CI, 7.87-34.5;P<.0001). The results also showed a high probability of suboptimal response in patients classified as intermediate- to high-risk. Specifically, the OR that intermediate-risk patients would have a response to treatment was 1.68 (95% CI, 1.34-2.10;P<.0001). The OR that high-risk patients would respond was 3.23 (95% CI, 2.23-4.67;P<.0001).

Another assessment conducted during the study looked at how individual practice reporting impacted the performance of initial disease risk. The assessment included both academic and non-academic cancer centers. No impact was found.

Our findings demonstrate that the ATA risk stratification system for recurrent/persistent disease is indeed a reliable predictor at the 1-year follow-up evaluation, independent of treatment centers. This is true in spite of the fact that the likelihood of a less-than-excellent response varies across treatment centers, probably as a result of between-center differences in surgical volumes, case mixes, the availability of diagnostic tools, and/or other factors, wrote Durante et al.

Reference:

Durante C, Grani G, Zaelli MC, et al. Real-world performance of the American Thyroid Association risk estimates in predicting 1-year differentiated thyroid cancer outcomes: A prospective multicenter study of 2000 patients. Thyroid. Published online July 1, 2020. doi: 10.1089/thy.2020.0272

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Is ATA Risk Stratification Still a Reliable Predictor of Response in DTC? - Targeted Oncology

Cell on a Chip Developed to Mimic Biochemical Reaction Cascades – Genetic Engineering & Biotechnology News

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Scientists at the University of Basel report the development of a precisely controllable system for mimicking biochemical reaction cascades in cells. Using microfluidic technology, the team produces miniature polymeric reaction containers equipped with the desired properties.

This cell on a chip is useful not only for studying processes in cells, but also for the development of new synthetic pathways for chemical applications or for biological active substances in medicine, according to the researchers, who published their study Combinatorial Strategy for Studying Biochemical Pathways in Double Emulsion Templated CellSized Compartments in Advanced Materials.

Cells rely upon producing enzymes at precise rates and stoichiometry for maximizing functionalities. The reasons for this optimal control are unknown, primarily because of the interconnectivity of the enzymatic cascade effects within multistep pathways, write the investigators.

Here, an elegant strategy for studying such behavior, by controlling segregation/combination of enzymes/metabolites in synthetic cellsized compartments, while preserving vital cellular elements is presented. Therefore, compartments shaped into polymer GUVs [Giant Unilamellar Vesicles] are developed, producing via highprecision doubleemulsion microfluidics that enable: i) tight control over the absolute and relative enzymatic contents inside the GUVs, reaching nearly 100% encapsulation and coencapsulation efficiencies, and ii) functional reconstitution of biopores and membrane proteins in the GUVs polymeric membrane, thus supporting in situ reactions.

GUVs equipped with biopores/membrane proteins and loaded with one or more enzymes are arranged in a variety of combinations that allow the study of a threestep cascade in multiple topologies. Due to the spatiotemporal control provided, optimum conditions for decreasing the accumulation of inhibitors are unveiled, and benefited from reactive intermediates to maximize the overall cascade efficiency in compartments.

The nonsystemspecific feature of the novel strategy makes this system an ideal candidate for the development of new synthetic routes as well as for screening natural and more complex pathways.

Given the complexity of processes in living cells, it is impossible to determine when specific enzymes are present at what concentrations and what their optimum proportions are relative to one another, note the researchers, who use smaller, synthetic systems as models to study these processes. These synthetic systems simulate the subdivision of living cells into separate compartments.

Now, the team led by Cornelia Palivan, PhD, and Wolfgang Meier, PhD, from the department of chemistry at the University of Basel, has developed a new strategy for producing these synthetic systems. The new method allows the researchers to tweak the size and composition of the different vesicles so that various biochemical reactions can take place inside them without influencing one anotherlike in the different compartments of a cell.

The researchers used a newly developed microfluidic platform to produce three different types of vesicles with a uniform size but different cargoes: -galactosidase (red vesicle), glucose oxidase (green vesicle) or horseradish peroxidase (blue). The water-soluble enzymes gradually convert the starting product into the final colored product Resorufin which, like all of the intermediates, enters the surrounding solution via selective channels in the vesicle membranes.

We were able to show that the new system offers an excellent foundation for studying enzymatic reaction processes, says Palivan. These processes can be optimized to boost the production of a desired final product. Whats more, the technology allows us to examine specific mechanisms that play a role in metabolic diseases or that affect the reaction of certain drugs in the body.

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Cell on a Chip Developed to Mimic Biochemical Reaction Cascades - Genetic Engineering & Biotechnology News

Structure and inhibition of the SARS-CoV-2 main protease reveal strategy for developing dual inhibitors against Mpro and cathepsin L – Science…

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The main protease (Mpro) of SARS-CoV-2 is a key antiviral drug target. While most Mpro inhibitors have a -lactam glutamine surrogate at the P1 position, we recently found that several Mpro inhibitors have hydrophobic moieties at the P1 site, including calpain inhibitors II and XII, which are also active against human cathepsin L, a host protease that is important for viral entry. In this study, we solved x-ray crystal structures of Mpro in complex with calpain inhibitors II and XII and three analogs of GC-376. The structure of Mpro with calpain inhibitor II confirmed that the S1 pocket can accommodate a hydrophobic methionine side chain, challenging the idea that a hydrophilic residue is necessary at this position. The structure of calpain inhibitor XII revealed an unexpected, inverted binding pose. Together, the biochemical, computational, structural, and cellular data presented herein provide new directions for the development of dual inhibitors as SARS-CoV-2 antivirals.

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Structure and inhibition of the SARS-CoV-2 main protease reveal strategy for developing dual inhibitors against Mpro and cathepsin L - Science...

191 Southern Virginia Student-Athletes Named to CAC All-Academic Team – Southern Virginia University News

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FREDERICKSBURG, Va. The Capital Athletic Conference (CAC) announced that 1,459 student-athletes were named to the 2019-20 All-Academic Team, an average of over 239 student-athletes per full-member institution.

Student-athletes in one or more CAC championship sports that attain a 3.20-grade point average (GPA) for the academic year earn a spot on the All-Academic team. A total of 64.3% of CAC student-athletes posted a 3.20 GPA this year (1,459 of 2,268).

Southern Virginia University tallied a record-number of student-athletes to earn the honor with 191, surpassing last season's total of 144.

To view the complete list of All-Academic Team honorees, clickhere.

Southern Virginia Honorees

Baseball

Ben Kerchner #Tigard, Ore./TigardUndecidedCurtis DrakeRexburg, Idaho/ Sugar SalemUndecidedNolan OppTampa, Fla./ProvoUndecidedCole Critchfield Tanner StockingRexburg, Idaho/Sugar SalemUndecidedPreston Pettit #Sandpoint, Idaho/SandpointUndecidedWill ParkerSimi Valley, Calif./Simi ValleyUndecidedJonny Soto #Oxnard, Calif./Channel IslandsComputer ScienceRyan Morin Paul SteigerWaynesboro, Pa./Waynesboro AreaUndecidedJake Watson #Ellicott City, Md./CentennialUndecidedBryndon Buckley #Joseph City, Ariz./Joseph CityUndecidedMitch Tyse McKaden PackardJacksonville, Fla./Smithville R-IIUndecidedZach Zalar #Charlottesville, Va./AlbermarleUndecidedManny Lara #Oxnard, Calif./Channel IslandsSpanish

Men's Basketball

Sam Armstrong Aaron LeavittOrem, Utah/OremUndecidedKimball CottamMaple Valley, Wash./TahomaUndecidedAustin Wood Calvin SeamonsLongmont, Colo./LongmontComputer ScienceBennett Candland Josh JenningsPark City, Utah/Park CityUndecidedJake FisherSandy, Utah/ BrightonUndecidedBrycen HarrisCoventry, Conn./Wilbraham & MonsonUndecided

Men's Cross Country

Murray BinghamSequim, Wash./SequimUndecidedJohn Curnutt Caden EskelsenLisbon, Iowa/Mount VernonUndecidedJoseph MorphoniosKernersville, N.C./East ForsythUndecidedMike Myers Lee Taylor #Ames, Iowa/AmesUndecidedMike Ward #Louisville, Ky./Klahowya SecondaryBusiness

Men's Golf

Cameron BertholdArvada, Colo./PomonaUndecidedAlex CoxColumbia, S.C./Heathwood HallUndecidedJarrett FultzQueen Creek, Ariz./American LeadershipPsychologyHarrison Gregory #San Tan Valley, Ariz./CombsBiochemistryJake HanchettPeoria, Ariz./Sandra Day O' ConnorUndecidedChristopher KleinmanPaso Robles, Calif./Paso RoblesUndecidedBenton Knight #Richmond, Va./Trinity EpiscopalPhilosophyAdam PetersonMeridian, Idaho/ Rocky MountainSpanishMatt RollMeridian, Idaho/ Rocky MountainBusinessJake Watson #Ellicott City, Md./CentennialUndecidedLuke WilsonLantana, Texa/ John H. GuyerBiology

Men's Lacrosse

Carter Bean #St. George, Utah/Desert HilsBiochemistryJacob Lamb Dalon HampshireBountiful, Utah/BountifulLiberal ArtsNick Bair #Orem, Utah/OremBiochemistry/BiologyChandler Wescott #Layton, Utah/LaytonUndecidedZach Danneman Kenan ArneWilmington, N.C./John T. HoggardUndecidedJaydon ArnoldJohnstown, Colo./RooseveltUndecidedBlake JacksonHighland, Utah/Lone PeakUndecidedAbram WilcoxSalt Lake City, Utah/EastUndecidedSeth Millington #Boise, Idaho/TimberlineUndecidedShawn Lamb Trent FunnVienna, Va./James MadisonUndecidedCalvin CookProvo, Utah/TimpviewUndecidedTrayson WithersEagle Mountain, Utah/WestlakeBusinessIsaac AllenRoseburg, Ore./RoseburgUndecided

Men's Soccer

Kostner Olson #Highland, Utah/Lone PeakUndecidedGabriel Ramirez Jack Dryden Matthew MangusZionsville, Ind./Zionsville CommunityUndecidedNick FrancisHighland, Utah/Lone PeakPhilosophy/BusinessDaniel ThompsonHartsville, S.C./HartsvilleBusinessPeysen WebsterGilbert, Ariz./HighlandUndecided

Men's Swimming

William DrydenBuena Vista, Va./Parry McCluerUndecidedJonathan DyeVacaville, Calif./Will C. WoodUndecidedTravis LottBrigham City, Utah/Box ElderComputer ScienceTate MayBozeman, Mont./BozemanBiochemistry/Math.Gordon McCreadieKlamath Falls, Ore./MazamaUndecidedConnor MooreAmerican Fork, Utah/American ForkUndecidedChristian RiordanKa'a'awa, Hawaii/KamehamehaUndecidedMatthew WoodOrlando, Fla./East RidgePolitics

Men's Tennis

Tanner Bassett #Granite City, Calif./Granite CityUndecidedAndrew Blonquist #Mapleton, Utah/Maple MountainBusinessMarcos DiasSo Paulo, Brazil/Colegio de So PauloUndecidedJake FisherSandy, Utah/ BrightonUndecidedSamuel LarsonPueblo West, Colo./Pueblo WestUndecidedPaul Monson Kukutla MotlojoaMaseru, Lesotho/Grey CollegeBusinessWilliam Stoddard #Bloomfield Hills, Mich./Lone PeakBusiness

Men's Track & Field

Murray BinghamSequim, Wash./SequimUndecidedCaden EskelsenLisbon, Iowa/Mount VernonUndecidedJoseph MorphoniosKernersville, N.C./East ForsythUndecidedKole PhairKlamath Falls, Ore./MazamaUndecidedMatthew ValentineCibolo, Texas/Byron P. SteeleUndecidedZach WaltonPonte Vedra Beach, Fla./Ponte VedraUndecided

Women's Basketball

Ciara WintertonLexington, Okla./LexingtonUndecidedCory Stout Chiara Ballam #Chantilly, Va./ChantillyBiochemistry/ BiologyDawn MeadSt. George, Utah/Pine ViewBusinessSophie Wright #Logan, Utah/RidelineUndecidedAmanda Wood #Ashburnham, Mass./Cushing Aca.Biochemistry/SpanishRaeAnn LessingFredericksburg, Pa./Northern LebanonUndecidedCourtney McKrolaLongmont, Colo./CenturyUndecided

Women's Cross Country

Brittany BartonEvanston, Wyo./EvanstonUndecidedMorgan Bingham #Sequim, Wash./SequimUndecidedSophie DrydenBuena Vista, Va./Parry McCluerUndecidedJaliyah HullCulpeper, Va./Eastern ViewUndecidedKylie Kuenzi #Silverton, Ore./SilvertonBiochemistryMadison Malmgren #Provo, Utah/ProvoUndecidedAnna MerrillSpringfield, Va./UndecidedSarah ShelleyClearfield, Utah/LehiUndecidedJessica Simpson #Boise, Idaho/BorahUndecidedTamya VanekColfax, Wash./ColfaxPsychologyJill WestmanCherry Hill, N.J./Cherry Hill EastUndecided

Field Hockey

EmmaLee EreksonBuena Vista, Va./Parry McCluerFamily & Human Develop.Emily JacobsonSweet, Idaho/EmmettMusicKyla NasePrince George, Va./Prince GeorgeUndecidedLaken HostetterBuena Vista, Va./Parry McCluerPsychologyGrace DeGruccioJersey City, N.J./Ronald E. McNairPsychologyAshley MorinSneads Ferry, N.C./DixonFamily & Human Develop.Karenna OlsonLos Altos, Calif./Los AltosUndecidedPaige AndersonRichland, Wash./RichlandMusic/Psychology

Women's Golf

Rachel Honeycutt #Vernal, Utah/UintahFamily & Human Develop.Annalyce LueckLas Vegas, Nev./Arbor ViewUndecidedLindsey NadigColebrook, N.H./Colebrook Aca.BusinessRosie OettliSalt Lake City, Utah/CottonwoodUndecidedCori Rhodes #Portage, Ind./Portage ComputerScience/Psych.Shelby VanAusdalLayton, Utah/NorthridgeUndecidedTia VuiApia, Samoa/Church Coll. West. SamoaUndecidedAnna WrayMoscow, Idaho/MoscowArt

Women's Lacrosse

Alissa JohnsonSalt Lake City, Utah/OlympusBiochemistryEllie Johnson Holly Cunha #Lehi, Utah/SkyridgePsychologySydney Winterton Alex Vacanti #Omaha, Neb./Millard SouthPsychologySydney SewellGranite Bay, Calif./Granite BayBiochemistryKelsey Ray #Cuming, Ga./North ForsythFamily & Human Develop.Allie Moss Jesse Call #Riverton, Utah/RivertonBiochemistryChloe Mitchell #Richland, Wash./RichlandUndecidedTayllor DeimBoise, Idaho/EagleUndecided

Women's Soccer

Savannah Uri #Falls City, Ore./DallasBiochemistryAlyssa TruemanCharlton, Mass./Shepherd Hill Reg.UndecidedTori WescottMelbourne, Fla./VieraBusinessElyssa Winterton Holly Cunha #Lehi, Utah/SkyridgePsychologyEmma Stohl #Shelley, Idaho/ShelleyUndecidedSydney Kuhni #Nephi, Utah/JuabBiochemistryClarissa Barton Madison HollenbeckCypress, Calif./CypressUndecidedChloe VanNortwickLodi, Calif./Aspire Benjamin HoltUndecidedMackenzie Taylor #Fredericksburg, Va./Colonial ForgePsychologyRachel Portillo #Warrenton, Mo./PsychologyShayli Nakamoto Laurel StorheimGrand Junction, Colo./Fruita MonumentUndecidedTaylor Mercer Madi JohnsonAlpine, Utah/Lone PeakUndecidedKylie Auger Emily SechristColinsville, Va./BassettPsychologyMcCall Jensen Mikayla GeeSpringville, Utah/SpringvilleUndecidedMelaya HuffakerMcKinney, Texas/McKinney BoydUndecidedAudrey McKeonAliso Viejo, Calif./Aliso NiguelUndecided

Softball

Sydney Dolan #Lincoln Park, N.J./BoontonUndecidedKylee ChristensenSt. George, Utah, Desert HillsUndecidedAfton BrownMesa, Ariz./MountainUndecidedEmily McDanielHartsville, S.C./McBeeUndecidedMegan Daniels Natali HutchesonMcCall, Idaho/McCall-DonnellyBiologyKyla NasePrince George, Va./Prince GeorgeUndecidedCaitlin Barber Danielle AscheLongmont, Colo./MeadBiochemistry/PsychologyBethanie Phillips Women's Swimming

Eve BonneyLa Plata, Md./Rocky Mountain Aca.BusinessTaylor Mercer Emma MerrillConcord, Calif./NorthgateUndecidedBailee SutherlandOakley, Utah/South SummitPsychologyEmilee TippetsPlain City, Utah/FremontPsychologyMacy WaiteSpring, Texas/KleinEnglish

Women's Tennis

Leeanne Aldrich #St. George, Utah/DixieUndecidedElizabeth Fuchs Jenna HinkleBountiful, Utah/Woods CrossUndecidedMercedes Matley Alyssa Sewell #Granite Bay, Calif./Granite BayUndecidedMichele ValentineSacramento, Calif./El Camino FundamentalUndecidedKelly Worthington #Naples, Fla./Sea Rest Country Day SchoolUndecidedAudrey Zalar #Elizabethtown, Pa./Elizabethtown AreaLiberal Arts

Women's Track & Field

Paige Avey Fr.Greencastle, Pa./Greencastle-AntrimUndecidedBrittany BartonEvanston, Wyo./EvanstonUndecidedEmma BlodgettBountiful, Utah/BountifulFamily & Human DevelopmentKorynn BowersPortland, Ore./UndecidedSophie DrydenBuena Vista, Va./Parry McCluerUndecidedJenna GodfreyStan Creek, Belize/IndependenceArtShylee HigleyPreston, Idaho/PrestonUndecidedJaliyah HullCulpeper, Va./Eastern ViewUndecidedKylie Kuenzi #Silverton, Ore./SilvertonBiochemistryKanani Lasike Madison Malmgren #Provo, Utah/ProvoUndecidedMcKenna MaloneyCypress, Texas/Lonestar CCUndecidedAnna MerrillSpringfield, Va./UndecidedJilane PedersenSt. Louis, Mo./Valley ParkUndecidedTamya VanekColfax, Wash./ColfaxPsychologyElle Warnick #Delta, Utah/DeltaPsychology

Women's Volleyball

Ryan Dubinsky Kylee ChristensenSt. George, Utah, Desert HillsUndecidedMcKaye CunninghamBakersfield, Calif./BakersfieldUndecidedKanani Lasike LaRee Crockett Taryn WarnerLas Vegas, Nev./BonanzaBiologyElle Warnick #Delta, Utah/DeltaPsychologyJilane PedersenSt. Louis, Mo./Valley ParkUndecidedCourtney SingletonGilbert, Ariz./HighlandUndecidedBrooklyn Porter # So. W. Volleyball South Ogden, Utah/Bonneville Family & Human Development/ PsychologyKaely Rath #Grass Valley, Calif./Bear RiverFamily & Human DevelopmentEmma SteigerWaynesboro, Pa./Waynesboro AreaUndecidedLindsay Wiedrich Mallory Rath #Grass Valley, Calif./Bear RiverPsychology

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191 Southern Virginia Student-Athletes Named to CAC All-Academic Team - Southern Virginia University News

Global Veterinary Biochemistry Analyzers Market: Industry Development Scenario and Forecast to 2025 – express-journal.com

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Behind the scenes of Butler’s science complex construction – The Butler Collegian

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The first phase of construction will be complete by fall 2021. Photo by Meghan Stratton.

MEGHAN STRATTON | EDITOR-IN-CHIEF | mrstratt@butler.edu

Since breaking ground over a year ago, the massive, cordoned construction zone between Gallahue Hall and the Holcomb Building has given way to a brand-new connector building and the beginnings of a glittering glass atrium. The 96,000-square-foot project is the result of over ten years of planning, and as the metal framework grows every day, Butlers vision for a cutting-edge new science complex is coming to life.

There were several different groups involved in the initial project proposal, but it wasnt until June 2019 that the Board of Trustees officially approved the plans. LuAnne McNulty, associate dean and chemistry department chair, said she and Jay Howard, dean of the college of liberal arts and sciences, were on pins and needles awaiting the results of the Boards decision.

And I think, for days, both of us just walked around on a cloud of air because it was so exciting, McNulty, also a chemistry professor, said. And it was also, I think, for a lot of people, kind of an emotional moment, because so many of us came here and have been working in these facilities that we were told would be eventually upgraded. And so when it finally happened, it was just like, Oh my gosh.

After the announcement, Butler worked to solidify its plans and divided the construction process into three phases. Phase I will be completed in fall 2021, and the construction of the remaining two phases is on track to be completed by 2023. The project will add 11 classrooms of different sizes, the largest of which will be able to seat 75 students. Additionally, the complex will provide dedicated spaces for biology, chemistry, psychology, physics and engineering dual degree program majors.

Butler is hoping to raise $42 million of the $100 million renovation budget from donors. Meagan Burton-Krieger, development officer for university advancement, said donors have already contributed around $30 million in gifts and commitments.

The beauty of that is that we have so many passionate alumni and friends who are into what this building will mean, both to our students and our faculty but also to the city and to the industry around town, Burton-Krieger said.

Phase I

Phase I of the science complex construction project focuses on connecting Gallahue Hall and the Holcomb Building through the creation of a new connector building. This building will house classrooms, private study areas, a completely renovated science library, research labs and common spaces.

The buildings central focus is a large glass atrium, which is currently in the final stages of installation and completion. The atrium will serve as a common collaboration space, designed for students to casually socialize or to gather for larger assemblies like poster sessions and guest speakers.

Burton-Krieger said this space is designed intentionally; the science departments have traditionally struggled to figure out where to hold these types of events, as there is currently no large gathering space located near the science buildings.

The new science complex will feature an atrium with glass windows. Photo by Xan Korman.

Furniture for the atrium, which is currently being finalized, will include several small tables and chairs for gathering, as well as larger couches and individual chairs by the windows. Toward the west end, the atrium will also feature risers for students to gather on, as part of the Fenneman Gateway donor space.

Construction has begun on the risers that students will be able to gather on. Photo by Xan Korman.

Once completed, the risers will look similar to depiction in the renderings. Rendering courtesy of Butler University Office of Advancement.

The second floor of the connector building will hold the newly-renovated science library, which is now one floor instead of two. The library will feature a back wall made entirely of glass windows, collaborative group study spaces and individual study hubs. The science library is scheduled to open in March 2021, but the details of how students will enter amid construction is still being determined.

There are a couple of ways in, so were just trying to figure it out at that point with where we are construction wise, Burton-Krieger said.

The complex will feature a renovated science library. Photo by Xan Korman.

The renovated science library will feature study spaces for groups and individuals. Rendering courtesy of Butler University Office of Advancement.

Next to the science library, there will be a classroom computer lab. There will also be a study space walled off by glass, similar to the Lacy School of Business Innovation Commons. Additionally, on the second floor there will be a classroom with a retractable glass wall meant to accommodate both open and closed environments, depending on the need. Burton-Krieger said this points back to the idea of collaboration within the sciences.

In the complex, there will be a classroom with a retractable glass wall for open and closed environments. Rendering courtesy of Butler University Office of Advancement.

NcNulty said the research and teaching labs were designed with the future of science in mind. Even if science changes drastically in the next 20 years, McNulty said the facilities were designed to be changeable which translates to the implementation of pod seating and moveable coursework.

Construction has begun on chemistry and biochemistry resources and classrooms within the complex. Photo by Xan Korman.

New biochemistry research labs will be included in the new complex. Rendering courtesy of Butler University Office of Advancement.

The

The science complex will also feature new organic chemistry labs. Rendering courtesy of Butler University Office of Advancement.

Phase I of the construction process has not come without outside influences: first, the COVID-19 pandemic hit in March and sent students home from campus. However, Eric Zeronik, senior superintendent at Pepper Construction of Indiana, said the pandemic has not had a big impact on the construction.

We were back here on our own and able to work, not outside of the limits or anything, but we were able to take advantage of a quiet campus, Zeronik said.

Despite the pandemic, the project is still on schedule for the original 2023 completion date, although the company did see a few minor delays for materials like glass. The construction project is essentially following the same health policy as Butler: workers are required to do a health check with temperature monitoring each day. Zeronik said they have only had about five workers self-quarantine, but that there havent been any positive COVID-19 cases on the project.

Pepper Construction is also currently priming to conduct construction in the cold winter months. To prepare, they are currently completely renovating the Holcomb Building roof and adding drywall to the connector building at a rate of 170 drywall sheets per day. Zeronik said the construction company is in the process of getting air handler units, what he calls the heart and lungs of the building, so the project will have hot air for the winter.

We have it to the point now where the main structure is up, were really getting the envelope buttoned up for the winter, Zeronik said. So when the colder weather comes in, well be dry.

Phase II

After the connector building is completed for fall 2021, the construction will shift focus to renovating and repurposing the Holcomb Building. The first floor of Holcomb will house the psychology major and neuroscience minor departments, while the physics department will be on the second floor. Finally, Butlers IT department and the dual-engineering program will be located on the third floor.

The Holcomb renovation will add classrooms and research labs in addition to common work spaces. Holcomb was the previous home of the Lacy School of Business until fall 2019, and thus the entire construction project needed to wait until the business school moved into their new building.

Phase III

After Holcomb is completely renovated, Gallahue Hall will be the next construction focal point. The biology and microbiology departments will be housed in the basement and ground floor of Gallahue, and the chemistry and biochemistry departments will occupy the second and third floors.

There will be several added classrooms and research labs in Gallahue as well. Specifically, one lab on the second floor will be dedicated to biochemical research.

It really is an interdisciplinary space Burton-Krieger said. Theres going to be a research space in there that really puts faculty who work together on the same topic together, versus by discipline.

Additionally, the current auditorium in Gallahue will receive considerable renovations and refreshments to the space. It will continue to serve as a classroom for large lectures.

Looking toward future phases

As Butler has seen a 50% enrollment increase in the past decade, Burton-Krieger said the science departments will be at capacity upon completion of the science complex expansion and renovation. The college of liberal arts and sciences is the largest college on campus, with over 35 programs.

Burton-Krieger said Butler has done two things intentionally in the construction process: allocated potential expansion room on the roof for a fourth floor, and left room at the back of the current expansion.

The complex will have a campus-wide impact, since all Butler students are required to take a Natural World class with a lab element as part of the core curriculum.

Not only does it impact our science majors and our COPHS majors, but also with the core requirement, every student will benefit from this building, which is one of the very few places on campus that actually happens, Burton-Krieger said. So this is a project that is for all Butler students.

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Behind the scenes of Butler's science complex construction - The Butler Collegian

Automated Biochemistry Analyzers Market Trends, Key Players, Overview, Competitive Breakdown and Regional Forecast by 2025 – The Daily Chronicle

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Letter: Does the U.S. really need a Surgeon General? – Deseret News

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Why are the Surgeon General and the National Institute of Health allowed to make policies?

Not everyone shares a wholesale belief in modern medicine. Some prefer dietary and lifestyle choices to prescription drugs. Some feel biochemists are more authoritative than doctors in many respects. These are philosophical choices that include competing scientific theories. Americans should be free to patronize services matching their philosophy. Allowing medical officials to make policies imposes a state philosophy. That is un-American.

Doctors have differing opinions. When my first child was diagnosed with a condition fatal outside the womb, one doctor said vaginal birth was impossible. Another said a home birth was possible. Americans are entitled to a second opinion. The Nations Doctor allows for one.

We can tell doctors their services are no longer required. In the information age, isnt it time to tell the Surgeon General his services are no longer required? Life is fraught with misinformation; modern medicine is not excepted. Doctors say saturated fats are bad. Yet, my biochemist friend refers to butter, lard and coconut oil as the good stuff. She says doctors go to the biochemists to learn how substances affect the body. Biochemists are the real experts here. Rather than appoint a medical truth czar, Americans should be free to sort through information themselves.

While modern medicine seeks to tell us what is true, it cannot tell us what is right. There is nothing right about unelected medical appointees prescribing government overreach.

David Willson

Herriman

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Letter: Does the U.S. really need a Surgeon General? - Deseret News