How a Smart Molecular Switch Could Revolutionize Cancer Immunotherapy Cutting-edge research from MIT and Stanford has opened a promising path in immunotherapy, offering hope for patients with cancers that have so far resisted treatment. The secret lies in a novel way to... antibody therapy biotechnology cancer research clinical trials glycans immune checkpoints immunotherapy
Breaking Down Barriers in Biological Data Analysis: Watershed Bio The rapid drop in the cost of genetic sequencing and diagnostic technologies has unleashed a wave of biological data. Yet, despite this abundance, many scientists struggle to unlock its full value due... AI tools bioinformatics biotechnology cloud computing data analysis no-code scientific research
MIT’s DIAL System Is Revolutionizing Synthetic Gene Control Controlling the exact amount of protein a cell produces from a synthetic gene isa tough challenge for genetic engineering teams. Imagine tuning gene activity like a volume dial, not just during initia... biotechnology cell reprogramming gene therapy genetic engineering MIT research promoter editing synthetic biology
Biological Qubits: The Dawn of Quantum Sensing Inside Living Cells Researchers are transforming naturally occurring proteins into biological qubits . These quantum sensors now function within living cells, opening unprecedented avenues for cellular exploration. Repur... biological qubits biotechnology cellular imaging fluorescent proteins MRI protein engineering quantum biology quantum sensors
AI In CRISPR Gene Editing: Inside Stanford's Promise of CRISPR-GPT What once took months of meticulous planning in the lab can now happen in minutes. This dramatic shift is possible thanks to CRISPR-GPT, a pioneering AI system from Stanford Medicine that acts as a re... AI in medicine bioethics biotechnology CRISPR gene therapy genetic engineering medical research
MIT Researchers Set New Benchmark for Genome Editing Precision with Prime Editing Breakthrough Recent innovations from MIT researchers have brought us closer to a future where hundreds of genetic diseases could be treated safely by correcting tiny DNA mutations with exceptional precision. This ... biotechnology Cas9 CRISPR gene editing genetic diseases genome engineering MIT research prime editing
AI Breakthrough: Designing Living Phage Genomes from Scratch Artificial intelligence has taken a bold leap from designing individual proteins to creating entire viral genomes that function in the real world. Researchers at the Arc Institute and Stanford have ac... artificial intelligence bacteriophages bioengineering biosecurity biotechnology genome design phage research synthetic biology
Lilly’s TuneLab Is Democratizing AI for Drug Discovery The pharmaceutical industry is experiencing a transformative shift as Eli Lilly introduces TuneLab , a sophisticated artificial intelligence platform designed to accelerate and democratize drug discov... AI drug discovery biotechnology Eli Lilly healthcare innovation machine learning pharmaceuticals research partnerships
MIT Introduces Precision in Genome Editing: Anti-CRISPR Protein Delivery System A recent breakthrough by MIT and Harvard scientists is set to enhance the safety and accuracy of the widely used CRISPR-Cas9 gene-editing tool, setting the stage for more effective gene therapies. Und... anti-CRISPR biotechnology CRISPR gene therapy genome editing MIT research precision medicine protein delivery
Swallowable mRNA Pills: A Needle-Free Future for Medicine Swapping your next vaccine shot for a simple pill might be closer to a reality thanks to researchers at Harvard’s Brigham and Women’s Hospital . Recent reserch has unveiled RNACap , an innovative caps... biotechnology chronic disease drug delivery medical innovation mRNA oral pill RNACap vaccines
AI In Drug Discovery: From Protein Structures to Molecular Interactions Artificial intelligence is reshaping drug discovery, moving well beyond predicting static protein structures to modeling the intricate dance of biomolecular interactions. This leap is enabling scienti... AI drug discovery AlphaFold biopharma innovation biotechnology computational biology machine learning protein interactions therapeutic design
Yale Scientists Triple Precision and Reach in Human Gene Editing Yale genome engineers are dramatically expanding the capacity and accuracy of gene editing. The work recently published in Nature , may change how we approach gene editing across research and personal... biotechnology CRISPR disease research gene editing genome engineering precision medicine Yale research