Precision medicine and genetic engineering

Decoding ancient human migrations by merging archaeogenetics with deep learning algorithms

paleogenomics population genetics AI ancient DNA migration patterns

Merging archaeogenetics with machine learning to reconstruct Pleistocene human migration routes

paleogenomics population genetics convolutional neural networks haplogroup mapping biogeography

Microbiome rejuvenation through CRISPR-based phage therapy targeting antibiotic-resistant pathogens

microbiome CRISPR phage therapy antibiotic resistance gut health

Knot theory applications in biophysics for decoding topologically constrained DNA-protein interactions

knot theory biophysics DNA topology chromatin dynamics protein-DNA binding

For immediate pandemic response using CRISPR-based viral detection systems

CRISPR diagnostics viral detection pandemic response point-of-care testing RNA targeting

Combining ancient and modern methods to revive lost medicinal compounds

ethnopharmacology drug discovery AI chemistry traditional medicine bioactive compounds

Optimizing viral vector engineering for targeted gene therapy delivery

viral vectors gene therapy capsid engineering immunotherapy biodistribution

Via multimodal fusion architectures for next-generation medical diagnostics

multimodal fusion medical diagnostics AI genomics imaging

Decoding ancient human migrations by merging archaeogenetics with machine learning

archaeogenetics machine learning human migration ancient DNA population genetics

Spanning microbiome ecosystems via CRISPR-based horizontal gene transfer control

microbiome CRISPR horizontal gene transfer synthetic ecology microbial engineering

Targeting cellular senescence with CRISPR-based interventions for age-related diseases

cellular senescence CRISPR aging gene editing age-related diseases

Merging archaeogenetics with machine learning to trace ancient trade routes

archaeogenetics machine learning ancient trade population genetics data archaeology