Biotechnology for health, longevity, and ecosystem restoration

Spanning microbiome ecosystems to engineer drought-resistant crops through rhizosphere modulation

microbiome engineering drought resistance rhizosphere sustainable agriculture plant-microbe interactions

Boosting cellular resilience in aging tissues by employing NAD+ precursors and senolytics

NAD+ senescence aging metabolism senolytics

Optimizing deep-ocean carbon sequestration through counterintuitive biological hacks

deep-ocean sequestration extremophiles carbon storage abyssal ecosystems biological hacks

Optimizing asteroid mining efficiency through microbial bioleaching of rare earth elements

asteroid mining bioleaching rare earth elements space biotechnology regolith processing

Using biocatalytic cascades for sustainable pharmaceutical intermediate synthesis

biocatalysis pharmaceutical synthesis enzyme cascades green chemistry reaction engineering

Anticipating 2080 population peaks with urban vertical farming biocatalytic cascades

vertical farming enzymes population peak logistics urban biocatalysis food-security innovation closed-loop agriculture

Extending cryogenic organ preservation durations using ice-recrystallization inhibitors

cryopreservation ice recrystallization organ banking cryoprotectants vitrification

With ocean iron fertilization monitoring via autonomous CRISPR-based biosensors

ocean fertilization CRISPR biosensors biogeochemical cycling marine ecology autonomous monitoring

Harnessing deep-ocean carbon sequestration through microbial iron redox cycling

deep-ocean carbon microbial redox iron cycling carbon sequestration abyssal microbes

Employing NAD+ boosting to counteract age-related mitochondrial dysfunction in muscle tissue

NAD+ mitochondrial dysfunction aging muscle sarcopenia metabolic rejuvenation

Extending cellular lifespan through telomerase activation with CRISPR-based epigenetic editing

telomerase CRISPR epigenetic editing senescence longevity

Stabilizing Arctic permafrost using bioengineered microbial communities to reduce methane emissions

Arctic permafrost microbial engineering methane mitigation climate stabilization bioengineering