Jana Bachir Salvador (@janabachir) 's Twitter Profile
Jana Bachir Salvador

@janabachir

ID: 1546755658879492097

calendar_today12-07-2022 07:18:03

15 Tweet

15 Followers

21 Following

Leonhard Möckl (@lmoeckl) 's Twitter Profile Photo

Excited to see our News & Views on the effect of fluorophore crosstalk in localization microscopy out in Nature Methods! Read it here: rdcu.be/cSPbT Basis is the fascinating work of SauerLab; check out their paper here: nature.com/articles/s4159


ExploringBrainMechanics (@ebm_research) 's Twitter Profile Photo

B03 will identify mechanical phenotypes of larval zebrafish spinal cord tissue during homeostasis. To this end, we employ Brillouin microscopy, a label-free, optical technique that allows non-invasive mechanical interrogation of living tissues.

B03 will identify mechanical phenotypes of larval zebrafish spinal cord tissue during homeostasis. To this end, we employ Brillouin microscopy, a label-free, optical technique that allows non-invasive mechanical interrogation of living tissues.
Leonhard Möckl (@lmoeckl) 's Twitter Profile Photo

Excited to see this one out! tinyurl.com/jh57vvbn We develop and characterize a new light-based method to induce oxidative stress in biological systems, in vitro and in vivo. Spearheaded by Karim Almahayni and Jana Bachir in collab with @WehnerLab and the GrĂŒtzmacher group!

Leonhard Möckl (@lmoeckl) 's Twitter Profile Photo

The end of the year is a great time to reflect - so perhaps you’ll enjoy reading our take on bringing fundamental biophysics and clinical practice closer together. Merry Christmas and happy holidays!:) pubs.acs.org/doi/10.1021/ac


Karim Almahayni (@karimalmahayni) 's Twitter Profile Photo

Our latest paper made the cover! 🎉 We developed a library of light-activated molecules designed for precise, localized induction of cell death in biological systems, characterized both in vitro and in vivo. Read more: pubs.acs.org/doi/full/10.10


Our latest paper made the cover! 🎉

We developed a library of light-activated molecules designed for precise, localized induction of cell death in biological systems, characterized both in vitro and in vivo.

Read more: pubs.acs.org/doi/full/10.10