Featured Videos
Invitrogen™ Collibri™ NGS Library Preparation Kits for Illumina™ Systems
VideoWatch the benefits of visual feedback at each step in the protocol. The colored dyes indicate proper addition and mixing of reagents with the Invitrogen Collibri DNA library preparation kits for Illumina systems.
Introduction to Dynamic Light Scattering Analysis
VideoDynamic Light Scattering (DLS) is a technique classically used for measuring the size of particles typically in the sub-micron region, dispersed in a liquid. The sensitivity of some modern systems is such that it can also now be used to measure the size of macromolecules in solution.
Chromogenic Tissue Staining Using DAB Detection Systems
VideoWatch our step-by-step IHC video protocol to learn how to develop your chromogenic staining with DAB reagent systems.
Mya 4 Reaction Station from Radleys - Safe, unattended chemistry round the clock (quick demonstration)
VideoA 4-zone reaction station from Radleys, offering safe and precise heating, active cooling, software control and data-logging for 24/7 unattended chemistry.
Other Videos
CAR T-cell Therapy: Reprogramming the Immune System To Treat Cancer
VideoResearchers are developing third generation CAR-T immunotherapy treatments which aim to be more effective with less side effects than previous therapies.
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Genes in the Environment
VideoUnder the influence of longer-term climate change, crop growing conditions are becoming more extreme.
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How To Build a Cancer Killing Molecule
VideoCan molecules help lead the war against cancer?
In this talk, Dr. Patrick Gunning describes the seemingly insurmountable challenges that a medicinal chemist and drug discovery team face in their efforts to identify new drug molecules.
A Cancer Campaign for the Lads| Rugby Star Raises Awareness
VideoFormer Welsh rugby captain and testicular cancer survivor Matthew Rees urges men to "check their tackle."
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What We'll Learn About the Brain in the Next Century
VideoIn this imaginative talk, neuroengineer Sam Rodriques takes us on a thrilling tour of the next 100 years in neuroscience. He envisions strange (and sometimes frightening) innovations that may be the key to understanding and treating brain disease -- like lasers that drill tiny holes in our skulls and allow probes to study the electrical activity of our neurons.
ADDomer – A New Kind of Vaccine for Untreatable Infection
VideoScientists from the University of Bristol, CNRS and Imophoron Ltd worked with the computer technology giant Oracle to develop a new kind of vaccine that needs no refrigeration. They used synthetic biology, cryo-electron microscopy and high-performance cloud computing to produce a candidate vaccine against the mosquito-borne chikungunya virus. Their findings could revolutionise the way vaccines are designed, developed and stored.
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Space Mirrors and Other Weird Ways To Fight Climate Change
VideoThere are things you can do right now to help our climate--like investing in renewable energy. But today on Reactions, we're digging into a few of the weirdest climate change-combating ideas out there.
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Protein Superglue! What This Means for Drug Discovery?
VideoCan we make drugs that not only break/inhibit interactions between a protein and a ligand, but rather bestow new functionality? Nicolas Thomä explores molecular glue drugs, and their potential to make much needed medicines that were previously out of reach.
Monoclonal Antibodies: Making Cancer a Target
VideoMonoclonal antibodies, like the drugs Avastin (bevacizumab), Herceptin (trastuzumab), and Rituxin (rituximab), are effective in treating a wide range of cancer types such as lung cancer, breast cancer, lymphoma, and others. By binding to cancer antigens, monoclonal antibodies mark the cells for destruction by the immune system. Clinical trials of more monoclonal antibodies for additional cancer types are ongoing.
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Nerve Repair: Regeneration in Spinal-cord Injury
VideoSpinal-cord injuries affect about half a million people each year and can leave patients completely paralysed below the site of injury. Currently, damage to this precious bundle of nerve fibres is irreversible. Researchers are working to understand why the nerves of the central nervous system fail to repair themselves, in the hope of finding ways to reboot the regeneration process.
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