Across circadian gene oscillations to optimize chronotherapeutic drug delivery
circadian rhythms
chronotherapy
gene oscillations
drug delivery
personalized medicine
Developing non-viral CRISPR delivery systems targeting 2025 regulatory approval
CRISPR delivery
non-viral vectors
LNP formulations
gene therapy
regulatory pathways
Through century-long clinical trials to uncover late-life effects of early gene therapies
gene therapy
longitudinal studies
aging
CRISPR
epigenetic effects
For impact winter resilience through genetically engineered cold-tolerant crops
impact winter
cold-tolerant crops
genetic engineering
food security
climate resilience
Circadian Gene Oscillations as Biomarkers for Shift Work-Related Metabolic Disorders
circadian biology
shift work
metabolic syndrome
gene expression biomarkers
chronotherapy
Machine Learning-Decoded Archaeogenetics Revealing Bronze Age Trade Routes
archaeogenetics
machine learning
Bronze Age
trade networks
population genetics
Enzymatic polymerization of synthetic nucleotides for xenobiotic nucleic acid production
xenobiology
synthetic biology
nucleotide analogs
polymerase engineering
Bridging fundamental and applied research with CRISPR-Cas12a gene editing in drought-resistant crops
precision agriculture
genome editing
abiotic stress tolerance
translational biology
food security
Targeting 2025 regulatory approval for CRISPR-based microbiome therapies
CRISPR
microbiome therapy
regulatory approval
metabolic disorders
gene editing
Merging archaeogenetics with machine learning to trace ancient human migrations
archaeogenetics
machine learning
ancient DNA
human migration
population genetics
Upgrading 1990s medical imaging technologies with AI-driven reconstruction algorithms
AI
medical imaging
image reconstruction
legacy systems
diagnostics
For impact winter resilience: engineered crops with enhanced low-light photosynthesis
impact winter
crop engineering
photosynthesis
food security
climate resilience