Authors: Abigail Kimes, Samantha Brooks
Faculty Mentor: Samantha Brooks
College: College of Agricultural and Life Science
The aim of this study is to examine the predicted function of genes present in regions of the genome that influence different physiological characteristics of bees. The phenotype focused on was ovary number. Genome wide association identified a single significant locus controlling tergite color to correlate with the ovary number trait. Identification of causative mutations or linked markers would allow for genome-assisted selective breeding for these traits in honeybees, producing bees with more ovaries and capable of supporting faster population growth. A gene located on chromosome 7 named ‘GB46495’ was identified to correlate ovary number and tergite color.
Hello, here is the link to my zoom meeting: This meeting will start at 2pm EST today (April 2nd)
https://ufl.zoom.us/j/305277969
Hi Abigail! I clicked on your page because I’m interested in genetics and bioinformatics as well. I think that GWAS was a great approach and I’m glad to see that your study generated useful data. I thought you explained everything well and I enjoyed learning about your project!
Thank you so much!
Your video did a good job of further explaining the information and results found on your poster, good work. I was not aware that African honeybee workers can produce, interesting information!
What are the benefits of thelytoky in Western honeybees?
Thelytoky allows Western honeybees to produce asexually. This allows for a faster reproduction rate in bees and hopefully will allow for large population growth. Thank you for your question!
Abigail:
I enjoyed learning more about your research. I think it is great that you are working on research that is cutting across disciplines. your presentation is well organized and easy for the audience to follow.
Doc W