RNA is modified by >100 chemical modifications. These modifications are, in some cases, highly ubiquitous, conserved and dynamically regulated in mRNA, imposing a unique and uncharacterized regulatory code. Our lab aims to crack this code, and understand how modifications on mRNA direct gene expression programs and cell state decisions. Our lab bridges experimental and computational aspects of biological research, combining genomic, genetic and biochemical approaches with tailored computational ones.

News & Announcements

24 March 2024

Huge congrats Schragi for winning the 2024 award for Young Scientists in Israel 

15 February 2024

m6A deposition determinants studied via interspecies and intraspecies hybrids

12 October 2022

Good luck David in the new lab!

1 October 2022

After a fruitful but relatively short term with us, Boris moves on to start his own lab

15 June 2022

Congrats Anna, wonderful and well deserved!

17 February 2022

Congratulations and good luck Miguel!

9 December 2021

Meiosis-specific decoupling of degradation from deadenylation affects (A) tail length

1 October 2021

Super exciting - our first "offspring" lab was founded in TAU!

3 September 2021

Multiplexed m6A profiling and computational analysis 

27 July 2021

A commentary about our ADAR1 paper was published in the Weizmann Institute magazine