Climate and ecosystem impact mitigation

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

microbiome CRISPR phage therapy antibiotic resistance gut health

For immediate pandemic response using CRISPR-based viral detection systems

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

CRISPR-Cas12a gene editing for drought-resistant crops with embodied active learning

CRISPR agriculture active learning AI drought tolerance synthetic biology climate adaptation

Harnessing in-situ water ice for sustainable Martian agriculture using extremophile bioengineering

in-situ resource utilization extremophiles Martian agriculture bioengineering closed-loop systems

Enhancing enzyme turnover numbers through directed evolution and computational protein design

enzyme engineering directed evolution computational design biocatalysis kinetic optimization

Through Arctic permafrost stabilization using microbial biocementation

permafrost stabilization biocementation Arctic ecosystems climate change microbiology

Enhancing polymer degradation efficiency via microwave-assisted synthesis of plastic-eating enzymes

microwave synthesis enzyme engineering polymer degradation biocatalysis plastic waste

Enzymatic polymerization during circadian rhythm minima in bioluminescent organisms

bioluminescence enzymatic kinetics circadian biology polymer synthesis marine microbiology

Optimizing gut-brain axis modulation via precision-engineered probiotic consortia for neurodegenerative disease mitigation

gut-brain axis probiotics neurodegenerative diseases microbiome engineering neuroinflammation

Optimizing soil health through microbiome rejuvenation with synthetic microbial consortia

microbiome rejuvenation synthetic biology soil health agriculture microbial consortia

During impact winter scenarios, microbial survival strategies in subglacial environments

impact winter microbial survival subglacial environments extremophiles astrobiology

Targeting protein misfolding with CRISPR-based chaperone engineering

protein misfolding CRISPR chaperone engineering neurodegenerative diseases synthetic biology