Drosophila mei-9 is essential for several DNA repair and recombination pathways, including nucleotide excision repair (NER), interstrand crosslink repair, and meiotic recombination. To better understand the role of MEI-9 in these processes, we characterized 10 unique mutant alleles of mei-9. These include a P-element insertion that disrupts repair functions but not the meiotic function; three nonsense mutations, one of which has nearly wild-type levels of protein; three missense mutations, one of which disrupts the meiotic function but not repair functions; two small in-frame deletions; and one frameshift
In an effort to isolate novel meiotic mutants that are severely defective in chromosome segregation ...
DNA Double Strand breaks (DSBs) are one of the most lethal types of genomic damage. Irregularities ...
Using an FLP/FRT‑based method to create germline clones, we screened Drosophila chromosome arms 2L ...
Drosophila mei-9 is essential for several DNA repair and recombination pathways, including nucleotid...
AbstractMEI-9 is the Drosophila homolog of the human structure-specific DNA endonuclease XPF. Like X...
Drosophila MEI-9 is the catalytic subunit of a DNA structure-specific endonuclease required for nucl...
Meiotic recombination gives rise to crossovers, which are required in most organisms for the faithfu...
Meiotic recombination gives rise to crossovers, which are required in most organisms for the faithfu...
DNA recombination and repair pathways require structure-specific endonucleases to process DNA struct...
Crossovers ensure the accurate segregation of homologous chromosomes from one another during meiosis...
Recombination is the process by which genetic material is rearranged, and occurs in the formation of...
The numerous processes that damage DNA are counterbalanced by a complex network of repair pathways t...
Crossovers (COs) generated through meiotic recombination are important for the correct segregation o...
In most meiotic systems, recombination is essential to form connections between homologs that ensure...
Repair- and recombination-defective mutations at two loci (mei-9 and mei-41) of Drosophila melanogas...
In an effort to isolate novel meiotic mutants that are severely defective in chromosome segregation ...
DNA Double Strand breaks (DSBs) are one of the most lethal types of genomic damage. Irregularities ...
Using an FLP/FRT‑based method to create germline clones, we screened Drosophila chromosome arms 2L ...
Drosophila mei-9 is essential for several DNA repair and recombination pathways, including nucleotid...
AbstractMEI-9 is the Drosophila homolog of the human structure-specific DNA endonuclease XPF. Like X...
Drosophila MEI-9 is the catalytic subunit of a DNA structure-specific endonuclease required for nucl...
Meiotic recombination gives rise to crossovers, which are required in most organisms for the faithfu...
Meiotic recombination gives rise to crossovers, which are required in most organisms for the faithfu...
DNA recombination and repair pathways require structure-specific endonucleases to process DNA struct...
Crossovers ensure the accurate segregation of homologous chromosomes from one another during meiosis...
Recombination is the process by which genetic material is rearranged, and occurs in the formation of...
The numerous processes that damage DNA are counterbalanced by a complex network of repair pathways t...
Crossovers (COs) generated through meiotic recombination are important for the correct segregation o...
In most meiotic systems, recombination is essential to form connections between homologs that ensure...
Repair- and recombination-defective mutations at two loci (mei-9 and mei-41) of Drosophila melanogas...
In an effort to isolate novel meiotic mutants that are severely defective in chromosome segregation ...
DNA Double Strand breaks (DSBs) are one of the most lethal types of genomic damage. Irregularities ...
Using an FLP/FRT‑based method to create germline clones, we screened Drosophila chromosome arms 2L ...