Lorinda Dajose
Newly developed sensors visually illustrate how nicotine affects cells from the inside out.
Lorinda Dajose
Individualized cancer therapies are improved, thanks to two new methods for characterizing the immune system.
Emily Velasco
Researchers in the lab of Lulu Qian have developed new dynamic DNA origami technology
Lori Dajose
What once seemed like a hasty mistake in gene transcription turns out to be a useful program for a developing fly embryo.
Lori Dajose
Caltech scientists identify single neurons in the human brain that catch our mistakes and correct future behavior.
Elise Cutts
The same behavior that drives fruit flies to interrupt your picnic helps scientists understand how animals use sensory inputs to make decisions.
Lori Dajose
Caltech neuroscientists combine augmented reality devices and computer vision algorithms to assist the blind in navigating unfamiliar environments.
Lori Dajose
Caltech scientists have now identified the complex role a particular protein plays in helping stem cells develop into T-lymphocytes, powerful immune cells.
Emily Velasco
Caltech and City of Hope's Biomedical Research Initiative has reached its 10th anniversary and has funded 53 projects.
Lori Dajose
Male fruit flies display aggression in a manner similar to humans. Now, Caltech scientists have shown how the flies' threatening behavior is encoded in their brains.
Lori Dajose
A new study shows how a bacterial product in the Drosophila gut is necessary for proper motor function.
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