8 February 2012 vol 4, issue 120
Synergy between intracellular and extracellular sensing mechanisms of the innate immune system improves adaptive immune responses to cancer vaccines and clearance of tumors.
Two recent studies offer insights on how cancer cells develop resistance to targeted therapies and possible ways to battle this therapeutic bottleneck.
Repeat administration of gene therapy to the contralateral retina of three congenitally blind patients was safe and resulted in improved vision.
A cancer vaccine of irradiated tumor cells expressing flagellin primes effective NLRC4/NAIP5- and TLR5-dependent antitumor immune responses.
Multiple mechanisms of crizotinib resistance were identified in lung cancer patients including new secondary ALK mutations and activation of receptor tyrosine kinases.
A pharmacogenomics study identifies a patient population that responds more favorably to heart rate–control medication.
A noninvasive method to measure β-cell death in humans is based on differential epigenetic marks in the insulin promoter.
The central nervous system produces autoantibodies that may be used as markers for multiple sclerosis.
Gene therapy preserves the structure and function of photoreceptors in the eyes of dogs that model a human genetic eye disease that leads to incurable blindness.
Microbubble contrast-enhanced ultrasound can disrupt tumor blood vessels and results in tumor necrosis.
A conversation with Jeffrey Engelman about teasing apart the different molecular mechanisms that result in drug resistance in lung cancer patients.
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