Category Archives: Genome

Personal Genomics Rap
Lyrics: Hook: Personal genomics Learn all your risks Looking at your DNA Get sequenced today! 1st verse: So much information at your fingertips: Your ancestry and global genetic relationships It #39;s the information you want to know. It #39;s the tech of tomorrow, So don #39;t forego And unlock the secrets of your genome. Hook 2nd verse: 23 me looks at your A #39;s T #39;s C #39;s and G #39;s Similarities and differences are the keys Find your risk of cancer for a 300 dollar fee. Or a genetic explanation for your case of obesity, Alzheimers, or type two diabetes Simply by looking at your SNP #39;s Hook 3rd verse: It #39;s personal medicine #39;s foundation It #39;s the gateway Don #39;t fear any discrimination GINA Your data is a good risk calculation You may want to change your ways You may give your life a re-evaluation. Get your cheeked swabbed today Hook 4th verse: But wait! I #39;m going to give it to you straight: Life insurance can still discriminate! And I #39;ll be depressed if I learn my fate I #39;d rather not know my genetic traits No hate, just trying to illustrate That personal genomics isn #39;t all that great ...awkward silence (3sec) I think it #39;s time to get back to the debate! (everyone)From:PersonalGenomicsViews:2 0ratingsTime:01:21More inEntertainment

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Personal Genomics Rap - Video

How to Pronounce Retroviruses
Learn how to say Retroviruses correctly with EmmaSaying #39;s "how do you pronounce" free tutorials. Definition of retrovirus (oxford dictionary): noun Biology any of a group of RNA viruses which insert a DNA copy of their genome into the host cell in order to replicate, eg HIV. Derivatives retroviral adjective Origin: 1970s: modern Latin, from the initial letters of reverse transcriptase + virus http://www.emmasaying.comFrom:Emma SayingViews:0 0ratingsTime:00:11More inHowto Style

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How to Pronounce Retroviruses - Video

How to Pronounce Retrovirus
Learn how to say Retrovirus correctly with EmmaSaying #39;s "how do you pronounce" free tutorials. Definition of retrovirus (oxford dictionary): noun Biology any of a group of RNA viruses which insert a DNA copy of their genome into the host cell in order to replicate, eg HIV. Derivatives retroviral adjective Origin: 1970s: modern Latin, from the initial letters of reverse transcriptase + virus http://www.emmasaying.comFrom:Emma SayingViews:0 0ratingsTime:00:11More inHowto Style

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How to Pronounce Retrovirus - Video

Tel Aviv - Startup CIty
Over the past few years Tel Aviv has developed one of the world #39;s leading and important innovation hubs. There are currently over 1200 high tech companies in the city, from foreign multinationals to startups in their initial stages. The magnitude of the tech activities in the city has won the city international recognition including broad media coverage as well as top positions in international rankings. The city was recently included amongst the top three finalists in the Wall Street Journal #39;s most innovative city competition. In addition the city was ranked 5th as the best place in the world to startup by Startup Genome. #1511; #1512; #1491; #1497; #1496; #1497; #1501; #1505; #1512; #1496; #1493; #1503; #1505; #1496; #1488; #1512; #1496; #1508; #1497; #1501;: #1502; #1513; #1512; #1491; #1508; #1512; #1505; #1493; #1501;, #1514; #1505; #1512; #1497; #1496;+ #1511; #1512; #1497; #1488; #1497; #1497; #1496; #1497; #1489;: citymedia #1489; #1502; #1488; #1497;- #1497; #1493; #1504; #1497; #1502; #1512; #1491; #1499; #1497; #1510; #1500; #1501;- #1512; #1502; #1497; #1511; #1510; #1489; #1506; #1497; #1510; #1493; #1489; #1508; #1505; #1511; #1493; #1500; - #1489; #1503; #1506; #1513; #1489; #1502; #1488; #1508; #1512; #1514;- #1510; #1489; #1497; #1492; #1500; #1493; #1497; #1504; #1513; #1496; #1497; #1497; #1503; #1513; #1495; #1511; #1504; #1497; #1501;- #1500; #1497; #1511; #1493; #1494; #1504; #1497; #1511;, #1497; #1508; #1506; #1514; #1502; #1493; #1512;, #1500; #1497; #1488; #1493; #1512; #1513; #1513; #1493; #1503; #1502; #1504; #1492; #1500; #1502; #1491; #1497; #1492; #1495; #1489; #1512; #1514; #1497; #1514; #1506; #1497; #1512; #1497; #1497; #1514; #1514; #1500; #1488; #1489; #1497; #1489; #1497; #1508; #1493; - #1494; #1493; #1492; #1512; #1505; #1493; #1505; #1504; #1511; #1493;From:telavivViews:10 1ratingsTime:02:24More inScience Technology

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PANEL - Molecular diagnostics: Turning on the lights 4180
With the elucidation of the human genome and the revolution in molecular biology technologies, we are increasingly capable of monitoring human biology and disease in very sophisticated ways. Our ability to measure biological processes and indicators is now essentially "turning on the lights" on our ability to understand how life works. But tests using molecular methods, including molecular diagnostics, are the rate-limiting step for the full promise of personalized medicine to be realized. Challenges include the development of viable business models and the lack of reimbursement policies that recognize the value of companion diagnostics. In addition, laboratory-developed tests are being used extensively, but not always with proper validation, and FDA is struggling to provide regulatory guidelines that address this issue without stifling innovation. What are the components of a thoughtful strategy for incorporating high-quality, validated molecular testing into the development and delivery of targeted health interventions?From:FasterCuresViews:2 0ratingsTime:59:00More inNonprofits Activism

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Trasposons cause chromosome pulverization
Trasposons cause chromosome pulverization Recent advances in DNA sequencing and genome wide association studies (GWAS), have revolutionized the field of genomics. They reveal a dynamic genome that continually changes. A vibrant entity. Transposons (TEs) driven by transposases, continually reshuffle the genome. They exist in two states: 1. Basic or ground state, when TE turnover is low. 2. Active, in response to stress. TEs are controled by epigenesis which keepsthem at a ground state. They are activated by stress. Transposases move activated TEs around, which cause mutations, fusion proteins, chromosome breakage and aneuploidy. These are biomarkers of TE turnover. Fusion proteins are biochemical markers. Chromosomal changes and aneuploidy are cytological biomarkers. Whenever you spot one of these markers you know that TEs were activated by stress. Massive Genomic Rearrangement Acquired in a Single Catastrophic Event during Cancer Development are bio markers of TEs response to stress.From:Gershom Zajicek M.D,Views:0 0ratingsTime:15:18More inScience Technology

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Presentation- New York Genome Center: Collaboration for Life 4177
Genomics will fundamentally change healthcare. It impacts the entire disease detection, diagnosis, treatment, and prevention spectrum. The use of sequencing data, coupled with the power of bioinformatics, will accelerate drug development, greatly enhance the efficiency of R D expenditures, and enable physicians to provide the right treatments, to the right targeted patient populations, at the right price, in the right time. The New York Genome Center has harnessed the power of 11 major academic medical and research centers, along with world-class bioscience and technology companies, to create an exciting new research and innovation paradigm that will transform science and healthcare. Presented by: Nancy J. Kelley Founding Executive Director, New York Genome CenterFrom:FasterCuresViews:2 0ratingsTime:21:53More inNonprofits Activism

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Daily Orbit - Sequencing Sasquatch
11-29-12: On this episode of the Daily Orbit, a scientist believes she has successfully mapped the Yeti genome, the sea level is rising faster than predicted, and smoking is bad for your brain.To view over 15000 other how-to, DIY, and advice videos on any topic, visit http://www.monkeysee.comFrom:monkeyseevideosViews:15 4ratingsTime:04:49More inHowto Style

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DNA CONVINCES TOP SCIENTIST OF GOD
Francis S. Collins, MD, Ph.D.,Director of the Human Genome Project. "I am a scientist and a believer, and I find no conflict between those world views. As the director of the Human Genome Project, I have led a consortium of scientists to read out the 3.1 billion letters of the human genome, our own DNA instruction book. As a believer, I see DNA, the information molecule of all living things, as God #39;s language, and the elegance and complexity of our own bodies and the rest of nature as a reflection of God #39;s plan. did not always embrace these perspectives. As a graduate student in physical chemistry in the 1970s, I was an atheist, finding no reason to postulate the existence of any truths outside of mathematics, physics and chemistry. But then I went to medical school, and encountered life and death issues at the bedsides of my patients. Challenged by one of those patients, who asked "What do you believe, doctor?", I began searching for answers. I had to admit that the science I loved so much was powerless to answer questions such as "What is the meaning of life?" "Why am I here?" "Why does mathematics work, anyway?" "If the universe had a beginning, who created it?" "Why are the physical constants in the universe so finely tuned to allow the possibility of complex life forms?" "Why do humans have a moral sense?" "What happens after we die?" (Watch Francis Collins discuss how he came to believe in God ) I had always assumed that faith was based on purely emotional and ...From:POTTERS HOUSE CHRISTIAN FELLOWSHIP CHRISTCHURCHViews:3 0ratingsTime:03:46More inTravel Events

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BDT 205: Solving Big Problems with Big Data
The problem of big data is not only that it is capacious, but that it is also heterogeneous, dirty, and growing even faster than the improvement in disk capacity. One challenge is then to derive value by answering ad hoc questions in a timely fashion that justifies the preservation of big data. A group of us from databases, machine learning, networking, and systems just started a new lab at University of California, Berkeley, to tackle this challenge. The AMPLab is working at the intersection of three trends: statistical machine learning (Algorithms), cloud computing (Machines), and crowdsourcing (People). One of the driving applications for the AMP Lab is cancer genomics. Over the next several years, gene-sequencing technologies will begin to make their way into medicine, offering the most complex tests available. This advance brings a new type of data with tremendous promise to help elucidate physiological and pathological functions within the body, as well as to make more informed decisions about patient care. The cost of genome sequencing is projected to fall within range where it may be used for diagnostic and treatment purposes within the next two years. Due to the overwhelming amount of information returned by these tests, direct human interpretation is not feasible, and therefore will have to be guided by computational methods and visualization. The use of sequencing information has debuted in cancer. A provocative hypothesis is that the massive growth of online ...From:AmazonWebServicesViews:3 0ratingsTime:31:44More inScience Technology

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BDT 205: Solving Big Problems with Big Data - Video