Abstract The role of developmental shifts in the emergence of ecological diversity during adaptive radiation remains largely uncharacterized. Here, we investigate the developmental gene regulatory landscape of trophic innovation in the rapid adaptive radiation of cichlid fishes from Lake Victoria (LV), which evolved in...
Anna Duenser, Pooja Singh, E. P. Ahi et al.· Proceedings. Biological scie...· 0 citations
Microplastic exposure in fish has been increasingly assessed at the transcriptional level, yet findings remain dispersed across species, polymers, exposure routes, and tissues, limiting the identification of robust and transferable biomarkers. This scoping review examines which tissue-specific and cross-tissue transcri...
Sandra Bračun, E. P. Ahi· Marine Pollution Bulletin· 0 citations
A transcript-centered framework separates direct epitranscriptomic regulation of Notch components from broader pathway rewiring and provides a basis for prioritizing mechanistically supported RNA-level therapeutic targets.
Vahid Saqagandomabadi, S. Zargar, Matin Pooladi et al.· Cellular Signalling· 0 citations
Cichlid fishes have repeatedly evolved equivalent herbivorous and carnivorous trophic adaptations in various waterbodies, creating natural experiments for uncovering how diet reshapes molecular systems. This review synthesizes cichlid-specific genomics, transcriptomics, and physiology to explain how the entire system...
E. P. Ahi, Christian Sturmbauer, R. Albertson· Hydrobiologia· 0 citations
A kinetics‐to‐sensors approach for interpreting time‐resolved epitranscriptomic datasets and prioritizing perturbations that discriminate among candidate upstream inputs is proposed and outline conceptual gaps and experimental practices needed to establish causal cue‐to‐mark chains.
Shayan Jalali, E. P. Ahi· Advances in Biology· 1 citation
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