AI Designs Working T-Cell Receptors That Could Transform Immunotherapy Screening
Researchers have developed a transformer-based AI model that generates functional T-cell receptor sequences tailored to specific epitopes, with laboratory tests ...
Researchers have developed a transformer-based AI model that generates functional T-cell receptor sequences tailored to specific epitopes, with laboratory tests ...
A new single-cell study identifies the transcription factor RBPJ and CD103-positive tissue-resident memory T cells as central drivers of successful ...
By stratifying Parkinson's patients into mouse-model-anchored immune subtypes, researchers have built T-cell receptor blood tests that exceed 0.8 AUC, overturning ...
Researchers at Bar-Ilan University and the Weizmann Institute used computational protein design to create an enhanced T-cell receptor, called SET, ...
A selective dual T-cell activator directed at the TCR beta chain revives exhausted antitumor T cells and sensitizes checkpoint-resistant cancers ...
Researchers have engineered T cell receptors fused to the co-stimulatory molecule ICOS, producing T cells that persist longer, resist exhaustion ...
A new review details how artificial intelligence is being woven into every stage of personalized neoantigen cancer vaccine development, from ...
Researchers have identified ANKRD11 as a chromatin regulator whose loss reprograms CD8+ T cells to fight chronic hepatitis B and ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine