News - Page 2 of 2 - Hiesinger Lab

New preprint on neuronal branching and synapse formation

By prh April 10, 2022Publications

A critical developmental interval of coupling axon branching to synaptic degradation during neural circuit formation Suchetana B. Dutta, Gerit Arne Linneweber, Maheva Andriatsilavo, Peter Robin Hiesinger, Bassem A Hassan ABSTRACT…

Hiesinger Lab @ Flymeeting San Diego, April 6-11

By prh February 25, 2022News, Presentations

We are looking forward to travel (in person!) to San Diego with four lab members April 6-April 11 for the Genetics Society of America Drosophila Research Conference. You will find…

Research Unit RobustCircuit now online

By prh February 10, 2022Grants, News

From Imprecision to Robustness in Neural Circuit Assembly RobustCircuit is a Research Consortium to Study the Role of Noise in Brain Wiring.The Research Unit Consists of 13 Laboratories and is…

PhD Friederike Kohrs – congrats!

By prh January 24, 2022Graduations

Defense Jan 14, 2022 ...and the top of an amazing PhD hat :)

How temperature affects the connectome – new paper in Cell Reports

By prh December 22, 2021Publications

Different developmental temperatures lead to differently wired brains and behavioral adaptation to the temperature at which a fly developed. Kiral et al. propose that evolution has selected for a Drosophila…

Research Unit RobustCircuit Awarded

By prh December 10, 2021Awards, Grants

4.5M Euro for 4 years awarded on Dec. 10 to study the role of noise in brain wiring. From Imprecision to Robustness in Neural Circuit Assembly Research teams: Carsten Duch,…

Ridvan Kiral receives Award for best PhD Thesis

By prh November 24, 2021Awards, Graduations

Congratulations for Ridvan Kiral, who graduated on Oct. 3, 2020, to be chosen for the best PhD thesis in the natural sciences at FU Berlin in Nov. 2021! Ridvan is…

ERC Advanced Grant: SynPromiscuity

By prh November 14, 2021Awards, Grants

Brain wiring occurs with great precision and reproducibility, yet most neurons have the ability to form synapses with incorrect partners. This phenomenon, known as synaptic promiscuity, still leads to precise…