Genetic Mapping of prod E.3.3 , a New Lethal Allele of prod
Emma Johnson, Talbot Kinney, Hannah Luellen, Rhiannan Amerud, Daysha R Anderson, Marie Anderson, Arnelyn Mae Andres, Rameel Arshad, Kylie Babin-Howard, Dede G Barrigah, Addison Beauregard, Leah Beise, Nolan Christofferson, Elijah L David, Luke DeWaard, Maya Diaz, Lily Donner

TL;DR
This paper describes a new lethal mutation in the prod gene that causes eye development defects in fruit flies.
Contribution
The study identifies a novel allele of prod, E.3.3, and links it to developmental defects through genetic and genomic analysis.
Findings
The E.3.3 mutation disrupts the functional region of the Prod protein.
E.3.3 causes eye development defects likely due to disrupted chromatid separation.
Genome sequencing and complementation mapping confirmed E.3.3 as a new allele of prod.
Abstract
The E.3.3 mutation was generated in a Flp/FRT EMS screen for conditional mutations that cause growth and developmental defects in a genetic background that blocks apoptosis. The mutations were conditional, based on the Dark 82 allele being present on the starting chromosome, and blocking canonical apoptosis in a homozygous state. The E.3.3 mosaic eyes exhibit defects in eye development including patches of rough eye and irregular surface structure. Whole Genome Sequencing and complementation mapping revealed E.3.3 as an allele of prod . Prod is a DNA-binding protein that binds satellite repeats and is involved in chromocenter formation during mitosis. Here we present a novel allele of prod , prod E.3.3 , that disrupts the functional region of the Prod protein resulting in disruption of typical eye structure, likely due to disruption of chromatid separation during development.
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Taxonomy
TopicsCell death mechanisms and regulation · Ocular Oncology and Treatments · Microtubule and mitosis dynamics
