Neanderthal DNA Persists in Humans

When modern humans migrated out of Africa between 100,000 and 60,000 years ago, they encountered and bred with Neanderthals, our close relatives living in Europe and Asia. For people of non-African descent, approximately 2 percent of their genome has some Neanderthal DNA. New research is investigating which components of the Neanderthal genome survive today—and what traits they influence.

via American Museum of Natural History.

Could Cat Color Help Us Solve Obesity Problems?

Calico cats might be the key to figuring out why certain diseases like cancer, hemophilia, and obesity are passed down and others are not.

via Animalist.

Can We Genetically Improve Intelligence?

via asapscience:

Are we able to create genius babies? The answer might surprise you! Find out what science has to say in our latest video.

Are We Finally Ready To Clone A Mammoth?

Everyone keeps asking scientists when they’re going to clone a woolly mammoth. It’s not the easiest thing to do, but they are working on it! Trace is here to discuss with you how we’re planning on bringing back extinct animals, and how recent discoveries are helping this process.

via DNews Channel.

Phylogeny-driven approaches to genomics and metagenomics

Talk by Jonathan Eisen in Marseilles.

Duration: 01:09:35

via Jonathan Eisen.

Use of Human Induced Pluripotent Stem Cells for Predicting Diverse Cardiotoxicities

The development of human induced pluripotent stem cell (iPSC)-derived cell lines as models for drug-toxicity testing offers a promising alternative that is more physiologically relevant, more predictive, and more time and cost efficient. Although iPSC-derived cardiomyocytes have not yet replaced well-established FDA-approved toxicological methods, the FDA has fast-tracked efforts to standardize the use of stem cell-derived cardiomyocytes in the next two years. The Scientist brings together a panel of experts to discuss the successes and caveats of using iPSC-derived cells in toxicological assays.

Dr. Kate Harris - GlaxoSmithKline.
Dr. Sarah Lamore - AstraZeneca Pharmaceuticals

Duration: 1:03:59

via The Scientist LLC.

Ancient teeth reveal origin of the Justinian plague

The DNA of bubonic plague bacteria, blamed for Europe’s great plague of 1348, has turned up in victims of a plague that shook the Roman world in AD 541 Read more:

via New Scientist Video.

Can Gene Therapy Cure Blindness?

Over the past decade, researches have been testing gene therapy on blind dogs in attempt to restore vision. Earlier this week, six patients in Oxford had this same treatment done, and they’re reportedly cured! Join Trace as he shines some light on the steps scientists have taken to get to this point, and questions if gene therapy can ultimately be the cure for blindness!

via DNews Channel.

Why RNA is Just as Cool as DNA

DNA is always hogging the limelight. We’re here to tell you why RNA is just as important (and as cool) as DNA! We’ll compare and contrast RNA with DNA and also talk about the three types of RNA. This video sets the stage for protein synthesis.

via Amoeba Sisters.

Where Did We All Come From? Tracing Human Migration Using Genetic Markers

Presented by Professor Moses Schanfield.

Of all species on the face of the earth, humans are the most disperse, in that they occupy the most diverse eco-systems present on all large land masses and most large islands.

In recent time, much work has been done using maternally inherited mitochondrial DNA, and non-recombinant Y (NRY) chromosome markers to map human migration and ancestry. In addition, large numbers of other DNA based markers have been used for similar purposes. However, anthropological geneticists have been looking at human migration and ancestry for as long as there have been genetic markers, starting with the ABO blood groups.

This talk reviews some of the realities and unrealities of ancestry testing, as done by commercial laboratories such as, as well as the overall patterns of human migration and conclusions that can be made about modern humans in the last 100,000 years.

Professor Schanfield is a world authority on the genetic markers on antibodies, and has applied genetic marker testing, both protein- and DNA-based, to the study of anthropologic and forensic genetics. He was involved in some of the earliest forensic DNA cases, and has been involved in some famous forensic cases including the OJ Simpson case and the JonBenét Ramsey case. Professor Schanfield is a co-editor of the book Forensic DNA Applications: An Interdisciplinary Perspective with Professor Dragan Primorac which will be released in February 2014 by Taylor and Francis. He is currently Professor of Forensic Science and Anthropology at George Washington University.

Professor Schanfield has undergraduate and Masters Degrees in Anthropology from the University of Minnesota and Harvard University, respectively and a Ph.D in Human Genetics from the University of Michigan.

Views expressed are those of the speaker and do not necessarily represent the views of the National Capital Area Skeptics.

Duration: 01:12:35

via National Capital Area Skeptics.

Are Men Going Extinct?

For 3 years now, it has been widely debated whether or not the Y chromosome will disappear. Will men cease to exist on Earth without the gene that created them? Anthony takes a look at recent findings in regards to genetics and the slow demise of the Y chromosome.

via DNews Channel.


Las mutaciones no son lo que los cristianos creacionistas, musulmanes y los vendedores de anti-ciencia quieren que usted crea. Ellas son la tercera parte del motor que mueve la evolución.

Traducción, modificación y adaptación del video original de Aronra: 8th Foundational Falsehood of Creationism.

por Jolulipa.

5 Genetic Discoveries in 2013

2013 was a big year in the world of gene research. We’re learning incredible things about why we are the way we are. Guest host Cristen Conger of Stuff Mom Never Told You runs down her list of the most interesting genes discovered this year!

via DNews Channel.