Bioengineering and biotechnology

MIT: No easy answers in evolution of human language

February 17, 2008

MIT professor discusses future of biofuels

February 16, 2008

Learning about brains from computers, and vice versa

February 16, 2008

MIT researcher addresses biomedical engineering challenges

February 15, 2008

Fantastic voyage: Drug delivery by a nanoparticle

February 13, 2008

From left, postdoctoral associate Albert Y. Hung and Menicon Professor of Neuroscience Morgan H. Sheng report gene research that may explain the phenomenon of autistic savants.

Gene research may help explain autistic savants

February 12, 2008

Suresh to receive 2008 Eringen Medal of the Society of Engineering Science

February 11, 2008

On the front lines of the genomic revolution

February 6, 2008

From left, graduate student Jerome Mettetal, Professor Alexander van Oudenaarden and Harvard graduate student Dale Muzzey report insights on how cells respond to external stimuli.

MIT applies engineering approach to studying biological pathways

February 6, 2008

McGovern researchers awarded $8.5 million to study brain basis of autism and dyslexia

February 6, 2008

MIT Professor Robert Weinberg receives the Georg and Eva Klein Award from Crown Princess Victoria of Sweden at a ceremony in Stockholm on Jan. 29, 2008.

Weinberg named first recipient of Swedish science prize

January 31, 2008

The human brain easily recognizes that these cars are all the same object, but the variations in the car's size, orientation and position are a challenge for computer-vision algorithms.

MIT neuroscientists see design flaws in computer vision tests

January 24, 2008

The green-stained section of this mouse hippocampus represents where the new DICE-K technique blocked the neural-signal transmission in one of the hippocampal circuits of the brain.

New MIT tool probes brain circuits

Method applied to learning/memory pathway

January 24, 2008

These images show macrophages infected with anthrax. The fluorescent green areas indicate the presence of nitric oxide (NO). In the top two panels, the anthrax can produce NO. At top left, an image taken two hours after infection shows that NO is present. At 18 hours, top right, more NO is present, produced by the macrophages. In the bottom two panels, the anthrax infecting the macrophages is unab...

Team IDs weakness in anthrax bacteria

January 22, 2008

Short bacterial protein is surprisingly versatile

January 17, 2008

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MIT: No easy answers in evolution of human language

MIT professor discusses future of biofuels

Learning about brains from computers, and vice versa

MIT researcher addresses biomedical engineering challenges

Fantastic voyage: Drug delivery by a nanoparticle

Gene research may help explain autistic savants

Suresh to receive 2008 Eringen Medal of the Society of Engineering Science

On the front lines of the genomic revolution

MIT applies engineering approach to studying biological pathways

McGovern researchers awarded $8.5 million to study brain basis of autism and dyslexia

Weinberg named first recipient of Swedish science prize

MIT neuroscientists see design flaws in computer vision tests

New MIT tool probes brain circuits

Team IDs weakness in anthrax bacteria

Short bacterial protein is surprisingly versatile

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Bioengineering and biotechnology