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Slow-Release "Jelly" Novel Drug Deliverer
Published: Wednesday, January 30, 2013
Last Updated: Wednesday, January 30, 2013
Biomedical engineers have developed a novel method to overcome the major hurdles facing a promising new class of peptide drugs to treat diseases such as diabetes and cancer.
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Nano-Needles for Cells
Tiny needles can force medicine into cells, even when they resist taking it.
Single-Cell Transfection Tool Enables Added Control for Biological Studies
Northwestern University researchers have developed a new method for delivering molecules into single, targeted cells through temporary holes in the cell surface.
ATARiS Informatics Platform Hits the Jackpot
ATARiS is one of several tools developed at the Broad Institute to precisely tune in to the signals within noisy datasets.
miRNA Regulated Networks Identified in Cystic Fibrosis
The IDT newsletter DECODED features the latest research to rescue the CFTR functionality.
Finding, Fighting the Fat that Fuels Cancer
UT Southwestern research examines role of certain fat cells in tumorigenesis.
Yale Cancer Center Carves New Path in Immunotherapy
Cancer immunotherapy is showing promise in treating patients with a variety of advanced, metastatic tumors.
Preclinical Tests Shows Agent Stops “Slippery” Proteins from Binding, Causing Ewing Sarcoma
Some tumors regressed to the point that cancer cells could not be detected microscopically.
Researchers Unearth New Clues About How Prostate Cancer Evolved
With the help of a computational model, Broad researchers were able to reconstruct the genomes of prostate cancer cells.
Researchers Identify Four New Genetic Risk Factors for Testicular Cancer
Large, first-of-its-kind study finds genomic regions associated with higher risk.
CU Study Suggests Link Between Tumor Suppressors and Starvation Survival
A particular tumor suppressor gene that fights cancer cells does more than clamp down on unabated cell division, it also can help make cells more fit by allowing them to fend off stress.
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