Watson computer
“In 2018, the team at MD Anderson published a paper in The Oncologist outlining their experiences with Watson and [MORE]
Breast cancer cells
Mechanical and Aerospace Engineers at Ohio State University, report this: “Using a novel microfluidic platform, we found that [MORE]
Human microbiome
Cancer researchers at the University of Virginia have made an interesting observation that links microbe diversity in intestines to [MORE]
Immune tumor interaction
A collaboration between the Argonne National Laboratory and three university partners proposes that computational modeling of the immune [MORE]
Continuous culture
From a collaboration between cancer researchers at Georgetown University and Fudan University, this piece explains how a “conditional reprogramming” [MORE]
Microfluidics chemo efficacy testing device
Rutgers University engineers have developed a microfluidics device that not only has a 95% accuracy in [MORE]
DNA microscopy determines molecule location
White blood cells produce antibodies and the antibodies produced can change by a single letter change [MORE]
Cancer treatment at St. Jude
Sooner or later, some political leader will realize that the most important goal in healthcare is [MORE]
Ai ifographic
What do you get by integrating AI analysis of pathology images and data for tumor transcriptomes? In a Stanford [MORE]
Intestine chip
Human cells that line the intestines, and the bacteria that live in that region have conflicting needs for oxygen. [MORE]
DNA methylation and cancer
Last December, researchers at the University of Queensland reported they found a distinct feature of DNA methylation [MORE]
Map of tumors grown in mice
Using computation, researchers at Johns Hopkins are able to integrate images from in vivo MRI, [MORE]
Exome sequencing
While whole genome sequencing vs. whole exome sequencing offers a choice between completeness and cost, with WES being about [MORE]
Combining 3D culture with iPSCs
This piece, citing research at Corning Life Sciences (Tewksbury, MA), describes two laboratory technologies—induced pluripotent stem [MORE]