Videos
Decoding Cancer Immunology: Hunting Hidden Tumors
VideoThe immune system is constantly on the lookout for threats, but cancer isn’t always easy to spot. Some cancer cells can fly under the radar. Now, advanced sequencing technologies are enabling scientists to investigate the unique genetics of both cancers and immune responses in individual patients. This means researchers can develop treatments that boost the immune system and help the body win its battle against cancer.
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What Is the Biggest Single-celled Organism?
VideoThe elephant is a creature of epic proportions — and yet, it owes its enormity to more than 1,000 trillion microscopic cells. And on the epically small end of things, there are likely millions of unicellular species, yet there are very few we can see with the naked eye. Why is that?
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Is Cell-cultured Meat Ready for the Mainstream?
VideoFactory farming’s attempts to keep up with increasing meat consumption are likely unsustainable. Meat grown from animal cells is positioning itself as the solution. Can lab-grown meat live up to its lofty promises?
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How To 3D Print Human Tissue - Taneka Jones
VideoExplore the science of bioprinting, a type of 3D printing that uses bioink, a printable material that contains living cells.
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Cancer Cells Communicate – But What If We Could Interrupt Them?
VideoWhen cancer cells are closely packed together in a tumor, they're able to communicate with each other and coordinate their movement throughout the body. What if we could interrupt this process?
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Cell Fates - Division, Senescence and Death
VideoIn this video, learn about the fates of a cell.
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A "Living Drug" That Could Change the Way We Treat Cancer
VideoIn a talk about a breakthrough, CAR T-cell therapy pioneer, Carl June shares how three decades of research culminated in a therapy that's eradicated cases of leukemia once thought to be incurable – and explains how it could be used to fight other types of cancer.
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A Swifter Way Towards 3D-printed Organs
VideoThe new SWIFT method from the Wyss Institute and Harvard SEAS enables the 3D printing of vascular channel networks directly into living tissue constructs, enabling the creation of larger tissues approximating the size and function of organs.
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Sanger Institute - UK Biobank Whole Genome Sequencing Project
VideoThe genetic code of all 500,000 UK Biobank volunteer participants will be sequenced by researchers at the Wellcome Sanger Institute in the UK and deCODE genetics in Iceland. This project is the single most ambitious sequencing programme in the world undertaken by a public-private partnership, and will power the next wave of genetic and health research
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See Productivity in a New Light: Vanquish Duo UHPLC System for Dual LC
VideoLearn how you can run the same method on both flow paths or two different methods simultaneously on one instrument, improving your lab productivity, sample knowledge, bench space usage and overall return on investment.
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