Genomes are constantly exposed to damage. Failure to repair DNA lesions leads to mutations, which can contribute to neurodegeneration, aging, and cancer!
Congratulations to Ali El Zein for his Master's Thesis on "Characterizing the role of nucleases in a Nucleotide Excision Repair-independent pathway in response to UV damage" @SarahSertic1981 ππ
The research group will work on a new gene involved in tumor development and understand the role of structural modifications of chromosomes in genomic instability and tumorigenesis.
"Protein factors regulating genome stability at non canonical chromosomal structures in normal and cancer cells" Prof. Marco Muzi Falconi project approved by Call for proposals 2024 at AIRC Foundation #AIRC#Unimi#bioscienze_Unimi#lastatalemilano#innovation πππ
Mark your calendar: the next Egmond DNA repair meeting will take place in 2026 from April 19 - 24!
You can pre-register to receive announcement here: https://t.co/BrfJ00RBPu
Registration will open by June 2025
Very excited to share our new publication on direct detection of rNMPs embedded in DNA by Nanopore sequencing π
@nanopore keeps on revolutionizing science π
Thank you so much @GPathologies for this great opportunity! This has been the most important experience of my career β€οΈ
A new review from the @GPathologies group! β‘οΈ Summarizing all the relevant aspects of G-quadruplex biology by combining/discussing results from different works expecially cutting-edge experimental evidence.
Take a look!
Great news today! Muzi-Falconi's lab is happy to share is work on Haspin and its important role during spindle orientation and tissue morphogenesis together with ARHGAP11Aπππ
If you missed the live webinar, here is the recorded @NIH VideoCast:
"DNA Repair: Functional studies of APE1/2 in genome integrity and cancer"
https://t.co/hN85YatbZz