worldbme.blogfa.com
جام جهان نمای وبلاگ جامع مهندسی پزشکی - پروفایل اساتید مهندسی زیستی ( Bioengineering ) دانشگاه استنفورد آمريكا
http://worldbme.blogfa.com/post/4
جام جهان نمای وبلاگ جامع مهندسی پزشکی. واحد علوم وتحقیقات دانشگاه آزاد اسلامی. پروفایل اساتید مهندسی زیستی ( Bioengineering ) دانشگاه استنفورد آمريكا. اساتید دانشگاه Stanford آمريكا. MD, Ph.D. Associate Professor, polymer and colloidal science and biotechnology. Neural Systems in Silicon. Assistant Professor, Molecular Biophysics. PhD Assistant Professor (starting in 2011). PhD Associate Chair for Graduate Education, Professor, Skeletal Mechanobiology. PhD, Assistant Professor, Systems Biology. Associate...
worldbme.blogfa.com
جام جهان نمای وبلاگ جامع مهندسی پزشکی
http://worldbme.blogfa.com/1390/09/4
جام جهان نمای وبلاگ جامع مهندسی پزشکی. واحد علوم وتحقیقات دانشگاه آزاد اسلامی. چهار طرح به فینال راه یافتند :. افزاینده حجم حفره های طبیعی در بد ن. Natural Orifice Volume Enlargemen ( NOVEL. این وسیله برای جراحیهای اوروژنیتال (ادراری-تناسیل) ابداع شده است و کمک می کند که بدون نیاز به بریدن های بیشتر (و در نتیجه عوارض بیشتر بعد از عمل) جراح به بافتهای عمقی دید و دسترسی داشته باشد. ونتیلاتور (دستگاه تنفس مکانیکی) ارزانقیمت و قابل حمل برای کشورهای در حال توسعه و هنگام بروز بلایای طبیعی. MD, Ph.D. Associate ...
haisontech.com
Microscope Incubator and Chamber - Your Customized Temperature Control Solution for Time-lapse Microscopy | Haison - Company
http://www.haisontech.com/company.php
Solution for microscope incubators. Carson and his team were incredibly responsive, not just during the ordering process, but even more importantly over the following months when we wanted to finetune the chamber to fit needs that were discovered only after the chamber was installed. That sort of support guaranteed that this well-built chamber would serve its purpose for the lifetime of this microscope (and perhaps beyond! KC Huang @ Stanford. Hernan Garcia @ Caltech. Timothy Lee @ Stanford. The website ...
embo-embl-symposia.org
Final Programme - New Approaches and Concepts in Microbiology - 11 - 14 October 2015
http://www.embo-embl-symposia.org/symposia/2015/EES15-07/programme/index.html
New Approaches and Concepts in Microbiology. P Cossart, KC Huang, M. Laub,. EMBL Heidelberg, Germany. Sunday 11 October - Wednesday 14 October 2015. Day 1 - Sunday 11 October. Women in Science Session - Moderator: Carol Gross. Session 1: Bacterial Systems Biology. Chairs: Victor Sourjik and Pedro Beltrao. Using Systems Approaches to Study Pathogenesis: Bridging Networks and Mechanism. University of California, San Francisco, USA. Imperial College London, UK. Heidelberg University and DKFZ, Germany. ETH Z...
compbio.stanford.edu
Computational Biology Group - Stanford Computer Science Dept
http://compbio.stanford.edu/research-labs.html
Applies computational tools ranging from machine learning, algorithm design, and software engineering to the study of genomic data. His recent work focuses on comparative genomics, gene finding, networks of protein interactions, high throughput sequencing and assembly, and population genetics. Works on a variety of algorithmic problems in the computational modeling of physical objects and phenomena. He applies geometric and topological tools to the analysis of the shapes and motions of biological mac...
dpb.carnegiescience.edu
Social Motility
http://dpb.carnegiescience.edu/labs/bhaya-lab/social-motility
Restriction of free nuclear divisions in embryo sacs. Maternal Regulation of Seed Development. Cross-incompatibility between maize and wild teosi. Functional Genomics of Gametogenesis. Plant Biology at Stanford. Molecular and Cell Biology. Plant Faculty at Stanford. Plant Biology Courses at Stanford. Group Show: Take On Nature. Social Dynamics, Signaling, and Surface Motility in Cyanobacteria: Integrating Models and Experiment. At the Department of Bioengineering, Stanford University. To experimentally m...
compbio.stanford.edu
Computational Biology Group - Stanford Computer Science Dept
http://compbio.stanford.edu/cs-faculty.html
Applies computational tools ranging from machine learning, algorithm design, and software engineering to the study of genomic data. His recent work focuses on comparative genomics, gene finding, networks of protein interactions, high throughput sequencing and assembly, and population genetics. Works on a variety of algorithmic problems in the computational modeling of physical objects and phenomena. He applies geometric and topological tools to the analysis of the shapes and motions of biological mac...
ricorojas.com
Untitled Document
http://www.ricorojas.com/links.html