Proteins Videos

Colossians 2: 9 ~ 10 Because in Him (sic. Lord Jesus Christ) dwells all the completeness of the Mightiness bodily, and you have been made complete in Him, who is the Head of all principality and authority. Colossians 2 : 15 Having stripped the principalities and the authorities, He (sic. Lord Jesus Christ) made a public display of them, having prevailed over them in it. On YouTube, check out Dr. Chuck Missler's Biotech The Sorcerer's New Apprentice - Session 1 - Biotechnology 1 to 6 and Biotech The Sorcerer's New Apprentice - Session 2 - Pandora's Box 1 to 6. The related URLs are: http://www.youtube.com/watch?v=VU0bi0Jkb8w http://www.youtube.com/watch?v=bgLZMTEBNFU http://www.youtube.com/watch?v=yHqS_4xnaR8 http://www.youtube.com/watch?v=QdLRaGzR574 http://www.youtube.com/watch?v=wTB_6jWNlKc http://www.youtube.com/watch?v=SiLWNOyjGP0 http://www.youtube.com/watch?v=CDfkcLczpbI http://www.youtube.com/watch?v=U2NMGnxG59M http://www.youtube.com/watch?v=Eo2U8QLLpdk Author: leelippin Tags: Shrek Shrekinator terminator divination entanglement metastasis cancer DNA tRNA proteins amino acids Posted: 10 November 2009 Rating: 0.0 Votes: 0

Complete video at: http://fora.tv/2009/10/19/The_Kind_Diet_Alicia_Silverstone Actress and environmental activist Alicia Silverstone shares her experience adopting veganism. She claims the change in diet brought her more energy, clearer skin, and allergy-related health benefits. ----- Long before it was cool to be green, critically acclaimed actress Alicia Silverstone was coming forward as a passionate and vocal advocate for environmental causes. In her new book, Silverstone reveals how eating a plant-based diet not only provides numerous health benefits for you, but is also a major contribution to the health of the planet. Filled with personal anecdotes, motivational tips, and nearly 100 recipes, The Kind Diet is a fun and accessible way to begin your own journey toward better health. Whether youre simply curious about life without meat or are ready to go macrobiotic, The Kind Diet's three different approaches offer a way to choose the path that's right for you. - Kepler's Books Alicia Silverstone is an American actress, author, and former fashion model. She first came to widespread attention in music videos for Aerosmith, and is best known for her roles in Hollywood films such as Clueless (1995) and her portrayal of Batgirl in Batman explores the connection between what we put in our bodies and what we're doing to the planet, and how choosing the right foods in the kitchen can help you feeling lighter, sexier, and more alive. She has also produced an online production called The Kind Life. It is described as an online expansion of her book, focusing on global warming and vegetarian topics.

Add to iTunes | Add to YouTube | Add to Google | RSS Feed Firas Khatib is a postdoctoral researcher in David Baker s Laboratory in the Biochemistry Department at the University of Washington. He is currently trying to cure cancer by getting people to play online video games, specifically Foldit, but has yet to break the news to his grandmother who would not approve. Firas received his PhD in Bioinformatics from UC Santa Cruz in 2008 where he gave the graduate commencement speechfor the school of engineering; luckily they still gave him his degree. The University of Washington are investigating whether the brainpower of humans worldwide can be brought to bear on critical problems posed in computational biology. The long term goal of this project is to utilize the combined power of humans and computers in order to build accurate models of disease-related proteins by introducing a new approach: distributed computing driven by human intuition. The problem of accurate prediction of protein structures remains one of the most important unsolved dilemmas in biology. Determining the correct structure of a protein helps researchers successfully target them with drugs. Currently, experimental methods for solving protein structures result in accurate, high-resolution solutions, but cannot keep pace with the quantity of information. Developing new computational techniques to produce experimental-quality models is one of the most important problems in computational structural biology. While progress in high-resolution protein structure prediction is being made, particularly here in David Baker s research group using our Rosetta prediction algorithm, consistent computerized production of models with atomic level resolution are still out of reach. Even with the current supercomputing and distributed computing power available, the protein structure prediction field is still years away from being able to predict the 3D structure of any protein whose genome has been solved. A novel approach to this problem is the use of human puzzle-solving intuition and pattern recognition skills in conjunction with computers running the Rosetta algorithm. Foldit is an interactive Rosetta-based program that was recently developed by the Baker Lab and University of Washington s department of Computer Science and Engineering. This program allows users around the world to directly manipulate protein structure models on their home computers in real-time using Rosetta s energy function. The ultimate goal of Foldit is to use results from the computer program to improve protein structure prediction algorithms by capitalizing on human 3D problem-solving skills. Human users can recognize that certain moves they make might temporarily result in a worse Rosetta energy score, but lead to a better overall energy score. Humans have the advantage of awareness that often the only way to get to the correct low energy state is to go through many high energy conformations. Foldit users are also able to share their solutions with others around the world, taking advantage of the strengths that different people have. The more knowledge we have on how proteins fold, the better equipped we will be in the fight against protein-related diseases, such as cancer and HIV. Foldit can contribute to this global fight by giving worldwide participants an immediate and relevant application for scientific knowledge, and hopefully reinforcing motivation to understand the underlying science. Want to embed this video on your own site, blog, or forum? Use this code or download the video: object width= 425 height= 350 param name= movie value= http://www.youtube.com/v/2ad_ZW-mpOk /param param name= wmode value= transparent /param embed src= http://www.youtube.com/v/2ad_ZW-mpOk type= application/x-shockwave-flash wmode= transparent width= 425 height= 350 /embed /object br / a href= http://chris.pirillo.com/ Chris /a | a href= http://live.pirillo.com/ Live Tech Support /a | a href= http://media.pirillo.com/ Video Help /a | a href= http://feeds.pirillo.com/ChrisPirilloShow Add to iTunes /a Phil Plait Active Skepticism Online Christine Peterson Life Extension for Geeks Jay Grandin and Leah Nelson 20,000,000 versus 20: Audience vs. Impact Warren Etheredge The Art of the Interview (Or How to Grill a Star) Beth Goza Nerd Craft: A Field Guide Angel Djambazov Amazon, Affiliates Taxes Micah Baldwin Building Influence Online Mark Glaser and Jim Ray Hacker Journalists at Gnomedex What Happened at Gnomedex 9.0? What Does Gnomedex Swag Look Like? Firas Khatib FoldIt is a post from: Chris Pirillo

Dennis Bray is an active professor emeritus in both the Department of Physiology and Department of Neuroscience at the University of Cambridge. He studies the behavior of microbes--how they "decide" where to swim, when to divide, and how best to manage the millions of chemical reactions taking place inside their membranes. For Bray, microbes are tiny, living computers, with genes and proteins serving the roles of microprocessors. In this interview, I talked with Bray about his provocative new book, Wetware: A Living Computer Inside Every Cell.

Avoid these common unhealthy mistakes vegans often make.

A few facts about the P90X fitness and weight loss program.

Hugo Rivera talks about bodybuilding supplements and proteins that are good for you to lose fat and gain muscle.

Hugo Rivera talks about bodybuilding supplements and proteins that are good for you to lose fat and gain muscle.

This is a video supplement to the audio podcast of Meet the Scientist episode 13 in which I interview Joel Sussman, Ph.D., a professor of structural biology at the Weizmann Institute of Science in Israel.The video shows Sussman's Proteopedia.org in action. It is narrated by Eran Hodis, the graduate student, who, together with Professors Jaime Prilusky & Joel L. Sussman developed Proteopedia at the Weizmann Institute of Science.

Joel Sussman, Ph.D. is a professor of structural biology at the Weizmann Institute of Science in Israel. In his research, Dr. Sussman is interested in elucidating the structures and functions of proteins, particularly those involved in the nervous system. He is also the lead scientist behind Proteopedia a new online protein structure encyclopedia.Scientific endeavors have historically been a one-way street: an investigator or lab makes a discovery, then delivers the good news to the rest of the community via publication. Nowadays, computers and the internet are enabling easier and more seamless means of collaboration and communication. Proteopedia, with which Dr. Sussman is greatly involved, automatically gathers and compiles information from multiple curated sources of information, but its more revolutionary side is the wiki tool, which enables registered users to contribute information themselves. In this interview with Dr. Sussman, I talked with him about his work with acetylcholinesterase and intrinsically unstructured proteins and about Proteopedia how it works and about the possibility of misinformation making its way onto the site. Also, please watch the video supplement that shows Proteopedia in action. It is narrated by Eran Hodis, the graduate student, who, together with Professors Jaime Prilusky & Joel L. Sussman developed Proteopedia at the Weizmann Institute of Science.

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DNA is also one of the most familiar molecules, the central icon of molecular biology, easily recognized by everyone. To some, it may carry a negative connotation, being a pervasive symbol for activists against genetically engineered produce. To others, it may bring to mind advances in forensics such as the DNA fingerprinting used in many recent high-profile trials. Some may have seen it in science fiction, modified to build dinosaurs or store cryptic messages from aliens. To all it is a pervasive symbol of our growing understanding of the human body and our close kinship with the rest of the biosphere, and the moral and ethical issues that must be addressed in the face of that knowledge. DNA is perfect for the storage and readout of information. It is laden with information. Every surface and edge of the molecule carries information. The basic mechanism by which DNA stores and transmits genetic information was discovered in the 1950's by Watson and Crick. This basic information is stored in the way that the bases match one another on opposite sides of the double helix--adenine with thymine, guanine with cytosine--forming a set of complementary hydrogen bonds