Synthesis Planning and Rewards-based Route Optimization Workflow
AI-Driven Platforms Enhance Drug Discovery Collaborations
Generative AI platforms are revolutionizing drug discovery, driving significant biopharma dealmaking by enabling the design of innovative small-molecule and biologic drug candidates.
Researchers develop AI model to identify breast cancer stages and progression
Up to 50% of ductal carcinoma in situ patients progress to a highly invasive stage of cancer
MIT researchers develop new algorithmic framework to identify molecules for drug discovery
SPARROW balances time and cost when optimising molecular candidates to streamline
MIT protein study could help accelerate development of new antibiotics
Histidine kinase is a crucial bacterial protein that regulates processes, including antibiotic resistance
GSK enhances oligonucleotide capabilities with $50m Elsie acquisition
The ability of oligonucleotides to modulate gene expression makes them an attractive modality for drugmakers
Researchers develop microneedle patch to reverse hair loss caused by alopecia areata
The autoimmune skin condition currently affects more than six million people in the US
AI drug discovery biotech Xaira Therapeutics launches with over $1bn in committed funding
The company combines machine learning, data generation and therapeutic product development
New nanoparticle to deliver vaccines and generate strong immune responses at lower dose
MOF activates the innate immune system through TLRs to provoke strong immune responses
New drug interaction model could improve drug safety and effectiveness
The model found that the antibiotic doxycycline could interact with a common blood thinner, warfarin
Study finds doctors have difficulty diagnosing disease in images of darker skin
Researchers have found that AI could be used to more accurately diagnose these patients
New microscopy technique could help diagnose and treat brain tumours
The high-resolution imaging method reveals new cells and structures in human brain tissue
DNA-based vaccine induces strong antibody response against SARS-CoV-2
The DNA scaffold carries multiple copies of a viral antigen which mimics virus structures