IDSS conversations: Caroline Uhler
Electrical engineering and computer science assistant professor is working at the intersection of genomics and computational biology.
Out of sight and out of mind, sewage can actually tell us a lot about health
PhD student Mariana Matus studies human waste to understand individual and community health.
Could birdsong help us solve stuttering?
New CSAIL genomics work suggests vocalizing birds could tell us more about speech disorders.
Getting metabolism right
Analysis of 89 models of metabolic processes finds flaws in 44 of them — but suggests corrections.
Kellis to lead MIT team in new phase of GTEx project to elucidate basis of disease predisposition
NIH-sponsored work to characterize genetic variation in human tissues with roles in diabetes, heart disease, and cancer.
It’s in the genes — but whose?
Genetic material hitchhiking in our cells may shape physical traits more than we thought.
Unusual suspects
Computer models plus observations of RNA inside a cell help scientists home in on a short list of interesting RNA ‘machines.’
Complex brain function depends on flexibility
Neurons that can multitask greatly enhance the brain’s computational power, study finds.
Deciphering the language of transcription factors
A new method identifies the precise binding sites of transcription factors — proteins that regulate the production of other proteins — with 10 times the accuracy of its predecessors.
Researchers identify biochemical functions for most of the human genome
New map provides a reference for interpreting function of disease-associated regions.
The wisdom of crowds
A recent paper out of Manolis Kellis' group shows the wisdom of crowds when it comes to selecting methods for analyzing gene regulatory networks.
What lies ahead for science and science writing?
10th anniversary of MIT Graduate Program in Science Writing celebrates past, looks to future.
Scientists reveal HIV weakness
Vaccines that target newly identified viral protein sequences could be more effective than previous efforts.
Origami: Not just for paper anymore
DNA, folded into complex shapes, could have a big impact on nanotechnology.
