Genetics, in vivo imaging and force measurements combined with
mathematical modelling reveal how titin tailors sarcomere specialisations in
Drosophila.
In vivo AGO-APP identifies active microRNAs in the different cell types of the brain revealing how they cooperatively silence gene networks during neurogenesis.
New insights into cell self-organization mechanisms in gastruloids.
Dr. Sudin Bhattacharya is an Associate Professor in the Departments of Biomedical
We are looking for an engineer in biological techniques (minimum bachelor’s degree).
Genetics, in vivo imaging and force measurements combined with
mathematical modelling reveal how titin tailors sarcomere specialisations in
Drosophila.
In vivo AGO-APP identifies active microRNAs in the different cell types of the brain revealing how they cooperatively silence gene networks during neurogenesis.
New insights into cell self-organization mechanisms in gastruloids.
