學Steve Jobs幹煉形象玉女掌門，20+歲掌控$50 billion, 一滴血診百病

學Steve Jobs只穿高領黑色套裝幹煉形象玉女掌門，20+歲掌控$50 billion, 一滴血診百病方向對只是太急了而急功造假，短平快難！此女已經生育一個小孩尚懷孕二胎過堂，落盡榮華歸於做婦人母親，落地了。然而背後的大佬推手均可無事！難怪她不認罪，替罪羊？

Theranos' Elizabeth Holmes Sentenced to 11+ Years on Fraud, Conspiracy   Addressing the court in tears, Holmes did not admit to any crimes, but apologized to patients and investors, claiming she took full responsibility for her actions. "I am devastated by my failings," Holmes lamented. "Every day for the past years I have felt deep pain for what people went through because I failed them. Looking back there are so many things I'd do differently if I had the chance. " + MORE

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Monday, November 21, 2022   View email in a browser | Forward to a Colleague TOP STORIES   Theranos' Elizabeth Holmes Sentenced to 11+ Years on Fraud, Conspiracy   Addressing the court in tears, Holmes did not admit to any crimes, but apologized to patients and investors, claiming she took full responsibility for her actions. "I am devastated by my failings," Holmes lamented. "Every day for the past years I have felt deep pain for what people went through because I failed them. Looking back there are so many things I'd do differently if I had the chance. " + MORE Alzheimer's and Down Syndrome Exhibit the Same Amyloid Beta Plaques and Tau Prions, Study Shows The brains of people with Down syndrome (DS) develop the same neurodegenerative tangles and plaques that are associated with Alzheimer's disease. Researchers at UC San Francisco have now found that the tau tangles and plaques in DS are driven by the same amyloid beta and tau prions that are implicated in AD. The study demonstrates how a better understanding of DS could lead to new insights into the development of AD. + MORE DNA Barcoding Technology for High Throughput Cell-Nanoparticle Study The research objective is to integrate a unique barcode into each cell. When the cell divides, the barcode will be duplicated and passed on to the daughter cells. Typically, the word "clone" is used to describe cells derived from a single barcoded cell. These cells share the same barcode. After treatment, the cells can be sequenced, and the barcodes are bioinformatically processed for quality control metrics. + MORE Liver Cancer Detected by AI Blood Test Researchers at the Johns Hopkins Kimmel Cancer Center report their novel artificial intelligence blood testing technology has detected more than 80% of liver cancers in a new study. In the study, the researchers used whole-genome cell-free DNA fragmentome analyses to evaluate 724 individuals from the U.S., E.U., or Hong Kong with hepatocellular carcinoma (HCC) or who were at average or high-risk for HCC. + MORE Uncommon Antibody Provides Ultrapotent Protection against Zika Virus An uncommon and ultrapotent antibody isolated from a pregnant woman during the 2015-2016 zika virus outbreak in Brazil, can neutralize the pathogenic zika virus at early stages of infection during pregnancy in preclinical models, scientists at Weill Cornell Medicine, and the National Institutes of Health have found. Although typically a type of antibody that is weaker, immature, and produced at early stages of infection, DH1017.IgM can bind the zika virus with multiple arms, simultaneously, which the scientists believe is responsible for its high potency against the pathogen. + MORE Hippo Signaling Found Not to Be the Long-Considered Master Regulator of Normal Organ Growth Recent studies challenge the long-standing idea about the role of Hippo signaling and suggest the need to re-evaluate the pathway's function in other biological contexts, including cancer and organ regeneration. The Hippo signaling pathway is widely considered to be a master regulator of normal organ growth. Studies in flies and mice have shown that mutations in parts of the Hippo pathway can result in organ overgrowth. + MORE   RESOURCES [ LEARNING LABS ] Manufacturing Novel Therapeutics In TODAY's session of Learning Labs, we talk to Katarina Stenklo, Enterprise Solutions Commercial Activation Leader at Cytiva, about the production of therapeutics based on viral vectors, plasmid DNA and mRNA. + REGISTER [ EBOOK ] Single-Cell Advances in Functional Immune Monitoring for Developing Immune Therapies and Uncovering Disease Pathogenesis GEN spoke to three thought leaders working on immune therapies to hear their views and strategies on using single-cell functional proteomics in their quest to treat some of the world's most devastating diseases. Read this IsoPlexis sponsored Roundtable now! + REGISTER   Stay Connected:   About GEN | Advertising | Editorial | Business and Partnership Opportunities

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