wi.mit.edu

pagelab.wi.mit.edu

DAVID PAGE LABORATORY

MIT Department of Biology. Howard Hughes Medical Institute. Grad student Sahin Naqvi takes part in MIT's Science Slam. Postdoc Bluma Lesch starts faculty position at Yale University. Postdoc Maria Mikedis receives fellowship from NIH/NICHD. Postdoc Laura Blanton receives Damon Runyon fellowship. Postdoc Adrianna San Roman receives fellowship from NIH/NICHD. Postdoc Pete Nicholls receives fellowship from Hope Funds for Cancer Research. Postdoc Maria Mikedis receives fellowship from Lalor Foundation.

jura.wi.mit.edu

BaRC: Bioinformatics and Research Computing

How to get software.

chipdb.wi.mit.edu

PLAAC: finding sequences with Prion-Like Amino Acid Composition

PLAAC: Prion-Like Amino Acid Composition. Searches protein sequences to identify probable prion subsequences using a hidden-Markov model (HMM) algorithm. documentation and how to cite. Paste or Upload Protein Sequence*. Note that all sequences must contain only valid amino acid identifiers. Uploaded files need to be in FASTA format. Uploaded files override pasted sequences. Relative weighting of background probabilities (. Background frequencies from S. cerevisae. Oliver D. King, UMass Medical School.

breakpointmapper.wi.mit.edu

MSY Breakpoint Mapper (@frodo)

Welcome to MSY Breakpoint Mapper, a database of sequence-tagged sites (STSs) and a user interface for mapping partial deletions in the male-specific region of the human Y chromosome (MSY). MSY Breakpoint Mapper provides information about these STSs and is useful for efficiently and systematically defining the breakpoint(s) of virtually any Y chromosome deletion. We request that use of this website be cited as:. Lange J, Skaletsky H, Bell, GW, Page DC (2008) Nucleic Acids Res 36(Database issue): D809-D814.

biologyweek.wi.mit.edu

Bioweek Calendar

Production / 524643496c / 19 Mar 01:30 - admin.

sivelab.wi.mit.edu

Sive Lab Home Page

We study vertebrate development, using frog and zebrafish embryos, since they are amenable to genetic, molecular and live imaging approaches. One focus of our research is on craniofacial development. In particular, we study signaling pathways that regulate formation of the primary mouth, the critical first opening between the gut and the outside of the embryo. Em within the brain; and the “great bends” that pack the brain into the skull.

guptalab.wi.mit.edu

Gupta Lab at Whitehead Biomedical Institute

Our laboratory studies the mechanisms that generate and maintain cellular diversity in adult tissues and how the subversion of these mechanisms contributes to cancer. We are investigating the genetic and cellular processes that govern adult and cancer stem cell self-renewal and differentiation. An improved comprehension of these processes is of fundamental interest in biology and would also facilitate the development of therapies for a broad range of diseases including cancer .

gehringlab.wi.mit.edu

Gehring Lab - Research

Whitehead Institute for Biomedical Research. Welcome to the Gehring Lab! The goal of our research is to understand how epigenome dynamics modulate plant growth and development. Epigenetics refers to heritable information that influences cellular function but is not encoded in the DNA sequence itself. We use genetic, genomic, and molecular biology approaches to study aspects of epigenomic reprogramming, primarily in the model plant Arabidopsis thaliana. 2011 Gehring Lab Website by Wenmin Chen.

weinberglab.wi.mit.edu

Weinberg Lab at WIBR

Welcome to the home page of Dr. Robert A. Weinberg. Bob Weinberg is a Founding Member of the Whitehead Institute for Biomedical Research and Professor of Biology at the Massachusetts Institute of Technology. The Weinberg lab is known for its discoveries of the first human oncogene the ras oncogene that causes normal cells to form tumors, and the isolation of the first known tumor suppressor gene - the Rb gene. For website suggestions or issues please write to swilliam@wi.mit.edu.

plaac.wi.mit.edu

PLAAC: finding sequences with Prion-Like Amino Acid Composition

PLAAC: Prion-Like Amino Acid Composition. Searches protein sequences to identify probable prion subsequences using a hidden-Markov model (HMM) algorithm. documentation and how to cite. Paste or Upload Protein Sequence*. Note that all sequences must contain only valid amino acid identifiers. Uploaded files need to be in FASTA format. Uploaded files override pasted sequences. Relative weighting of background probabilities (. Background frequencies from S. cerevisae. Oliver D. King, UMass Medical School.