Alice May Godden

This study examines how different dietary fibre regimes affect the gut microbiome, SCFA profiles, and immune responses in zebrafish, showing context-specific effects influenced by sex and dietary context.

This study shows that reducing insulin signaling in adulthood extends lifespan and reduces germline mutations in C. elegans, but only when the HRDE-1 pathway is functional.

This study shows that removing the germline in zebrafish reprograms somatic DNA repair and stress responses, favoring high-fidelity mechanisms and altering gene expression patterns across multiple organs.

This study identifies miR-219 as a regulator of neural crest development in Xenopus by showing its role in neural border specification and gene expression modulation.

The paper compares transposon activity between polar bear subpopulations in different climate zones and links it to adaptation mechanisms.

This study examines how thermal stress affects transposon regulation via small RNA pathways in male and female zebrafish germ cells, revealing sex-specific differences in genome defense mechanisms.

This study identifies miR-196a as a regulator of neural crest development in Xenopus embryos by repressing immature neural ectoderm programs and promoting neural crest and neuron differentiation.

This study shows that environmental factors affect sperm small RNAs in zebrafish, which in turn influence gene expression and transposable element activity in offspring.

FishPi predicts piRNA-TE interactions in zebrafish, medaka, and tilapia by analyzing seed region complementarity and providing customizable outputs.

The paper identifies within-ejaculate sperm selection in humans that favors sperm with molecular signatures opposing age-related disease.

This study shows that gum Arabic improves gut microbiota and brain metabolism in zebrafish but reduces reproductive fitness in females.

The paper develops a CRISPR-Cas9 approach to knockout miRNAs in Xenopus and shows that miR-196a and miR-219 knockouts result in neural crest defects similar to morpholino knockdowns.

The paper identifies novel cis-regulatory elements involved in paraxial mesoderm formation and axis extension using chromatin accessibility and transcriptomic data from chick embryos.