Biotechnology for health, longevity, and ecosystem restoration

Investigating coral reef electro-accretion as a method for accelerated marine habitat restoration

coral restoration electro-accretion marine ecology habitat repair ocean conservation

Enhancing longevity and cellular repair through targeted NAD+ boosting therapies

NAD+ boosting mitochondrial repair longevity cellular aging sirtuins

Via deep-ocean carbon sequestration with genetically engineered phytoplankton blooms

ocean carbon sequestration engineered phytoplankton climate mitigation marine biogeochemistry carbon sinks

Across paleomagnetic reversals and their impact on biosphere evolution

geomagnetism mass extinctions evolutionary biology geochronology magnetostratigraphy

Engineering methane-eating bacterial consortia for impact winter resilience strategies

methane-eating bacteria impact winter climate engineering microbial consortia atmospheric remediation

Via phytoplankton cloud seeding to mitigate climate change with controversial but promising approaches

phytoplankton cloud seeding climate engineering carbon sequestration marine ecosystems

Spanning microbiome ecosystems to engineer synthetic microbial communities for waste degradation

synthetic microbiomes bioremediation microbial consortia waste degradation ecological engineering

Exploring plant communication networks through fungal mycorrhizal associations in dense forests

mycorrhizal networks plant signaling forest ecology symbiotic relationships chemical communication

Reprogramming cellular senescence for epigenetic age reversal in human fibroblasts

epigenetic reprogramming senescence reversal partial iPSC reprogramming longevity DNA methylation

Through methane-eating bacterial consortia for sustainable landfill gas mitigation

methanotrophs bioremediation landfill emissions microbial consortia climate mitigation

Employing NAD+ boosting to reverse mitochondrial dysfunction in senescent cardiac cells

NAD+ precursors cardiac aging mitochondrial repair senescence reversal metabolic therapy

Employing NAD+ boosting to reverse age-related mitochondrial dysfunction in skeletal muscle

NAD+ mitochondrial dysfunction skeletal muscle aging oxidative stress