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Vídeos
Videos de Motores moleculares virus
 | Biologists learn structure, mechanism of powerful 'molecular motor' in virus
Researchers have discovered the atomic structure of a powerful "molecular motor" that packages DNA into the head segment of some viruses during their assembly, an essential step in their ability to multiply and infect new host organisms. The researchers, from Purdue University and The Catholic Unive |  | Virus as Nano Motors Part 1 of 3
Michael Rossman, professor of biological sciences at Purdue University, describes his research on how viruses work. His interest is in the mechanics of viruses--the individual components of viruses and how they work together. How do molecular motors work and how is the mechanical energy of the fuel, |  | Φ29 DNA packaging molecular motor, 3D movie
3D animator: Eric Keller, based on Diana Saville's animatics - study of the phage Φ29 DNA packaging molecular motor. data from the Bustamante Research Group, UC Berkeley |  | Virus as Nano Motors Part 3 of 3
In a video from prior research in 2004, the bacteriophage T4 is preparing to infect its host cell. The structure of bacteriophage T4 is derived from three-dimensional cryo-electron microscopy reconstructions of the baseplate, tail sheath and head capsid, as well as from crystallographic analyses of |  | Medicina nanotecnologica. El Futuro y ya esta aqui!!
La nanotecnologÃa es un campo de las ciencias aplicadas dedicado al control y manipulación de la materia a una escala menor que un micrómetro, es decir, a nivel de átomos y moléculas (nanomateriales). Las nanotecnologÃas prometen beneficios de todo tipo, desde aplicaciones médicas nuevas o mà |  | The Aphid: A Virus Vector DVD video clip
This clip was taken from The Aphid: A Virus Vector DVD. For more information, please visit www.apsnet.org In a combination of fascinating macro sequences and 3D animations, this educational film impressively illustrates the life cycle of aphids, their behavior on winter and summer hosts, and their f |  | From pathogen to ally: engineering viruses to treat disease (1 Dec 2011)
UCL Lunch Hour Lecture: From pathogen to ally: engineering viruses to treat disease Professor Mary Collins (UCL Immunology) Recombinant DNA technology has been in widespread use since the 1980s. It has allowed the engineering of viral genomes to produce a number of safe and useful medicines. To mark |  | Virus Clearance: It Isn't Easy
Air date: Wednesday, November 30, 2011, 3:00:00 PM Timedisplayed is Eastern Time, Washington DC Local Category: Wednesday Afternoon Lectures Description: Viruses can cause acute, latent or persistent infections depending on the effectiveness of the immune response in clearance of the virus from site |  | A Conversation with Rich Superfine: Part 1 Molecular Motors
A conversation with Rich Superfine |  | DNA Packaging, Φ29 Molecular Motor: Pressure vs Packaging Rate
Animatic by Diana Saville - research from the Bustamante Group, UC Berkeley, DNA packing by the Φ29 phage molecular motor, adhered to optical tweezers using specific antibodies |
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