Denna sida på svenska Sepehr Bardi Stockholm University Research projects Ongoing Completed Establishing and sustaining N2 fixing symbioses between diatoms and cyanobacteria The smallest aquatic plants on earth, phytoplankton, are responsible for the vast majority of photosynthesis. Identifying function and fitness proteins required for N and C transfer The experiments are performed in an open ocean symbiotic cyanobacterium by expression in heterologous systems. N2-fixing planktonic symbioses: Biogeochemically significant models to study molecular [...] N2-fixing planktonic symbioses: Biogeochemically significant models to study molecular regulation & genomic innovation SciLife Lab Research Community Program: Aquatic Microbiome Research Initiative Edit the profile $presentationText
Establishing and sustaining N2 fixing symbioses between diatoms and cyanobacteria The smallest aquatic plants on earth, phytoplankton, are responsible for the vast majority of photosynthesis.
Identifying function and fitness proteins required for N and C transfer The experiments are performed in an open ocean symbiotic cyanobacterium by expression in heterologous systems.
N2-fixing planktonic symbioses: Biogeochemically significant models to study molecular [...] N2-fixing planktonic symbioses: Biogeochemically significant models to study molecular regulation & genomic innovation
