Thank you for submitting an abstract to present at the Society for Developmental Biology 83rd Annual Meeting. I regret to inform you that you were not selected to give a short talk this year.

Your abstract A new genome visualization resource for exploring and visually analyzing RNA-Seq gene expression data for tardigrades (Hypsibius exemplaris and Ramazzottius varieornatus) will instead be scheduled for poster presentation.

Your abstract A new genome visualization resource for exploring and visually analyzing RNA-Seq gene expression data for tardigrades (Hypsibius exemplaris and Ramazzottius varieornatus) has been assigned Program Abstract #204 and Board #B7 for Poster Session B on Monday, July 15, 2024, 2:00 PM - 5:00 PM in the Triumph Ballroom I-L.

Each poster has two numbers. The first is the program abstract number in italics which should be used to locate your abstract in the abstract book and program book. The second is the board number which identifies the location of your poster during Poster Session B. Please hang your poster on Board #B7.

The maximum poster size is 116 cm (3.8 ft) x 120 cm (4 ft) (vertical orientation). Please put your program abstract number in the top left corner of your poster to help people identify it.
PLEASE ADVISE CO-AUTHORS OF TIME AND PLACE AS THEY WILL NOT RECEIVE NOTIFICATION.

Set-up time: Monday, July 15, 8:00 AM - 10:00 AM
Tear down time: Monday, July 15, 5:00 PM
Author presentation times:

Odd number board authors present posters on Monday, July 15, 2:00 PM - 3:30 PM.
Even number board authors present posters on Monday, July 15, 3:30 PM - 5:00 PM.

Title:

A new genome visualization resource for exploring and visually analyzing RNA-Seq gene expression data for tardigrades (Hypsibius exemplaris and Ramazzottius varieornatus)

Abstract:

The tardigrade species Hypsibius exemplaris is an emerging model system for understanding the evolution of animal development. Its transparent embryos, rapid generation time, ease of cultivation in laboratory settings, and small genome size make this microscopic invertebrate amenable to genome-scale assays such as RNA-Seq gene expression analysis. Other tardigrade species, including Ramazzottius varieornatus, offer models for studying resilience in the face of extreme environmental stresses, such as ionizing radiation. However, advanced genomics visualization resources for tardigrade species are lacking in comparison to other invertebrates important in developmental biology and stress resilience studies. To address this, we developed a new genome browser resource for tardigrades using the Integrated Genome Browser, an open-source genome browser well-suited for visual analysis of functional genomics data sets, especially data from scaffold (incomplete) genome assemblies like those currently available for tardigrades. This new resource contains published RNA-Seq datasets downloaded from public archives as original sequence data and then re-aligned to tardigrade genome assemblies downloaded from Genbank. The re-processed data includes sequence alignments, useful for comparing genetic differences across species, and scaled coverage graphs, useful for observing differentially expressed genes between experimental samples. In addition, researchers can use the browser to visualize their own data alongside the public, re-processed data, making it easier to interpret their work and understand its significance and impact. The Integrated Genome Browser is freely-available from bioviz.org. An award from NIH NIGMS (R35GM139609) provided funding.