Meridia Jane Bryant
Standardizing the Search for Taxon Restricted Genes with RAVeN
Meridia was a scholar in the Jockusch Lab where she worked to create a bioinformatics program called RaVEN (Recover And Verify Novelty) to identify novel or unique genes in clades or species. Prior to RaMP, she attended the University of Kansas.
Fall 2024, Meridia will be starting her Ph.D at Cornell University.
Fun Fact: Outside of the lab, I play violin! I'm mostly self-taught and have about 8 months experience as of August.
Contact: meridia_jane.bryant@uconn.edu
Learn more about her research:
Asher Coello
Exploring the Function of Novel and Conserved Genes using Hemipterans
Asher is a scholar in the Jockusch Lab where he studies the genetic novelty in Hemipterans. He used a bioinformatic pipeline and functional analysis to test the hypothesis that novel genes contribute either novel or conserved traits. Prior to RaMP, he attended the University of Connecticut.
Currently, Asher is continuing his research on the Jockusch Lab and plans to apply to the GRFP.
Fun Fact: I was in the circus in Peru for a day.
Contact: asher.coello@uconn.edu
Listen to Asher's Story Collider,presented at the 2024 Evolution
Conference in Montreal, Quebec Canada:
Learn more about Asher's research:
Samuel Hilliman
Molecular Manipulation of Flower Coloration using RTO, CYCLOIDEA, and PELAN in Mimulus parishii
Samuel was a scholar in the Yuan Lab where he studied the molecular basis of flower coloration in monkeyflowers. Prior to RaMP, he attended the University of Connecticut.
During Summer 2024, Samuel was a scholar in UConn's TIP Innovation Fellowship Program where he worked with QCDx, a startup company whose goals are to design technologies to detect cancer cells in blood circulation.
Fun Fact: In my spare time, I like to sew and make dresses for my nieces!
Contact: samuel.hilliman@uconn.edu
Learn more about Samuel's research:
Sam Pring
A Flower’s Reflection: Transgenic Expression Investigates the Functional Evolution of CYCLOIDEA in Angiosperms
Sam was a scholar in the Yuan Lab where he researched the influence of CYCLOIDEA(CYC) and CYC-like genes in flower symmetry. Prior to RaMP, he attended Bucknell University.
Fall 2025, Sam will be starting his Ph.D at University of Illinois Urbana-Champaign.
Fun Fact: Having spent 2 summers collecting and studying fireflies, I can identify different species from just their flashes.
Contact: samuel.pring@uconn.edu
Learn more about Sam's research:
Jennifer Santiago Membreño
Investigating the Effects of Increased Progenitor Cell Proliferation on Cortical Development
Jennifer is a scholar in the Kanadia Lab where she studies the role of the minor spliceosome in microcephaly and cortical development. Prior to RaMP, she attended the University of Puerto Rico Mayaguez.
Currently, Jennifer is continuing her research in the Kanadia Lab. In the future, she aspires to go to medical school.
Fun Fact: I enjoy sewing, knitting, and learning new crafts.
Contact: jennifer.santiago_membreno@uconn.edu
Aviel Rodriguez
Investigating the Evolution of Karyotype in Muntjacs
Aviel was a scholar in the O’Neill Lab where he used comparative genomic techniques to study the stability (or speed) of chromosome evolution across marsupials. Prior to RaMP, he attended the University of Puerto Rico Bayamon.
Post RaMP Aviel aspires to attend medical school.
Fun Fact: I like reading and I also play soccer.
Contact: aviel.rodriguez@uconn.edu
Adam Glendening
Hemlock woolly adelgid (Adelges tsugae) genomics for Hemlock Conservation
Adam is a scholar in the Wegrzyn Lab where their research focused on publishing the Hemlock woolly adelgid genome, an invasive insect threatening the survival of Eastern & Carolina hemlock trees. Their research is in association with a larger multi-omics project working towards eastern hemlock conservation. Prior to RaMP, they attended the University of Connecticut.
Currently, Adam is continuing their research in the Wegrzyn Lab.
Fun Fact: I love foraging edible plants & fungi!
Contact: adam.glendening@uconn.edu
Carolina Jara
Conservation of the American Beech Tree (Fagus grandifolia): Identification of Candidate Genes for Beech Bark Disease Resistance
Carolina was a scholar in the Wegrzyn Lab where she used genomics to identify target genes for the conservation of beech trees. Beech bark disease poses a major threat to the survival of beech trees in the eastern United States, Canada and Europe. Prior to RaMP, she attended the University of Connecticut.
Carolina currently works as a teaching assistant and is interested in long term positions in regulatory affairs or quality control.
Fun Fact: You can always catch me going to concerts.
Contact: carolina.jara@uconn.edu