CAR T-Cell therapy sends multiple myeloma into lasting remission – Science Daily
FierceBiotech |
CAR T-Cell therapy sends multiple myeloma into lasting remission
Science Daily CAR T-cell therapy is custom-made for each patient. The patient’s own T cells are collected, genetically reprogrammed in a lab, and injected back into the patient. The reprogramming involves inserting an artificially designed gene into the T-cell … CAR T-cell therapy shows promise for patients with myelomaHealio ASCO dark horse Nanjing Legend Biotech shines with promising CAR–T dataFierceBiotech Bluebird is pretty chirpy about its anti-BCMA CAR–T therapy resultsMedCity News TheStreet.com –Reuters –Business Wire (press release) all 14 news articles » |
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ACEA Bio, Memorial Sloan Kettering Collaborate on CAR T Cell Assay
360Dx (subscription) They also will evaluate ACEA’s xCelligence Real-Time Cell Analysis platform to monitor destruction of cancer cells by patients’ own genetically modified CAR T cells. ACEA’s instrument can monitor this cancer-killing process in real-time without the use … |
WPSU |
CRISPR, Five Ways
WPSU CRISPR, which stands for Clustered Regularly Interspaced Short Palindromic Repeats, is the basis for a revolutionary genome-editing technology that allows researchers to make very precise modifications to DNA. The implications are enormous — not only … |
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CRISPR may introduce hundreds of unwanted mutations into the genome, a small study finds.
BioNews Until now, ‘off-target effects’ of the CRISPR/Cas9 system were thought to be minimal, with improvements to the technique reducing errors to nearly undetectable levels. However, now a new study suggests previous methods for detecting off-target … |
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CRISPR genome editing may cause unintended mutations
BioNews Until now, ‘off-target effects’ of the CRISPR/Cas9 system were thought to be minimal, with improvements to the technique reducing errors to nearly undetectable levels. However, now a new study suggests previous methods for detecting off-target … |
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CRISPR, Five Ways
WBAA CRISPR, which stands for Clustered Regularly Interspaced Short Palindromic Repeats, is the basis for a revolutionary genome-editing technology that allows researchers to make very precise modifications to DNA. The implications are enormous — not only … |