Combining ancient fermentation techniques with modern CRISPR editing for probiotic enhancement
ancient fermentation
CRISPR editing
probiotics
microbiome
synthetic biology
Upgrading 1990s technologies like CRISPR-Cas3 for ultra-precise megabase-scale genome editing
CRISPR-Cas3
genome engineering
retrobiotechnology
DNA repair
synthetic biology
Harnessing circadian gene oscillations for optimized cancer chronotherapy
circadian rhythms
chronotherapy
cancer treatment
gene oscillations
chemotherapy
During circadian rhythm minima to optimize cancer chronotherapy delivery
chronobiology
chemotherapy timing
tumor metabolism
pharmacokinetics
personalized medicine
CRISPR-Cas12a gene editing for multi-generational studies in microgravity environments
CRISPR-Cas12a
microgravity
genetic adaptation
space biology
multi-generational research
Targeting cellular senescence with CRISPR-based gene editing to extend healthspan
cellular senescence
CRISPR
aging
gene therapy
healthspan
For epigenetic age reversal, can CRISPR-targeted DNA methylation erase cellular senescence markers
epigenetic editing
CRISPR
DNA methylation
cellular senescence
age reversal
Decoding billion-year evolutionary perspectives of CRISPR-Cas systems in archaea
CRISPR-Cas
archaeal evolution
horizontal gene transfer
genome editing
extremophiles
Merging archaeogenetics with machine learning to trace prehistoric human migrations
archaeogenetics
machine learning
human migration
ancient DNA
population genetics
Tracing enzymatic pathways during RNA world to protein world transitions
RNA world
enzyme evolution
prebiotic chemistry
origin of life
peptidyl transferase
Targeting cellular senescence with CRISPR-based gene editing for age-related disease reversal
CRISPR
senescence
aging
gene therapy
age-related diseases
Epigenetic age reversal in mammalian models using CRISPR-based chromatin remodeling
epigenetic reversal
CRISPR
chromatin remodeling
aging research
gene therapy