bmi205.stanford.edu
bmi_205_spring_2009 [BMI 205]
http://bmi205.stanford.edu/bmi_205_spring_2009
Bmi 205 spring 2009. Bmi 205 spring 2009. BMI 205: Biomedical Informatics for Medicine. Schedule, Spring 2009. BMI 205: Biomedical Informatics for Medicine. Time: Wednesdays 12:00-1:00, lunch will be provided. Schedule, Spring 2009. Michael G. Walker. Development of A Multigene Assay to Predict Recurrence of Breast Cancer. Developmental Biology and Computer Science. Ultraconservation and the Human Genome regulatory landscape. Biomarker Discovery from Public Gene Expression Data. Medicine, HRP, Economics.
markjberger.com
About
http://www.markjberger.com/about
Mark J. Berger. Computer science student at Stanford University and member of the American Indian Science and Engineering Society. I'm a senior at Stanford University studying computer science with a concentration in artificial intelligence. I'm also a member of Stanford's American Indian Science and Engineering Society chapter. A Stanford Undergraduate STEM Fellow. And a Research Assistant at the Bejerano Lab. Studying disease-causing genetic mutations. Theme by Kathy Qian.
bmi205.stanford.edu
bmi_205_spring_2010 [BMI 205]
http://bmi205.stanford.edu/bmi_205_spring_2010
Bmi 205 spring 2010. Bmi 205 spring 2010. BMI 205: Biomedical Informatics for Medicine. Schedule, Spring 2010. BMI 205: Biomedical Informatics for Medicine. Time: Wednesdays 12:00-1:00, lunch will be provided. Schedule, Spring 2010. Michael G. Walker. Biomedical Informatics, Walker Bioscience. How statistical design of experiments can speed up biomedical research. Health IT and quality improvement at Kaiser Permanente. When will everybody be sequenced? Individual Genomes on the Horizon. Impact of CPOE im...
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...
kingsley.stanford.edu
Kingsley Lab Home Page - Skeletal Disease
http://kingsley.stanford.edu/humans.html
David M. Kingsley, Ph.D. Bone of the Week. News and Popular Summaries of Lab's Research. Although many of our studies have begun in mice. We would ultimately like to understand the molecular basis of human traits as well. What are the genetic mechanisms that underlie the unique suite of morphological, physiological, and behavioral characters seen in humans, including our unique skeletal structures, intelligence, lifespan and disease susceptibilities? Pendleton et al. 2002. Gurley et al. 2006. At Stanford...
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...
med.stanford.edu
Development Biology | Stanford Medicine
http://med.stanford.edu/devbio.html
Skip to Local Navigation. Skip to Global Navigation. Pediatrician or pediatric specialist. Dial 911 in the event of a medical emergency. Learn how we are healing patients through science and compassion. Possible psoriasis drug target identified. Learn how we are fueling innovation. Summer and youth programs. Don’t despair in the face of failure, biochemist tells grads. Learn how we empower tomorrow's leaders. Campaign for Stanford Medicine. Make a gift online. How your gift helps. Make an online gift.