Elnaz Abdollahzadeh
elnaza@uci.edu
Mortazavi Lab
Joshua Alcantara
jaalcan1@uci.edu
Kvon Lab
Maria De Lourdes Andrade Ludena
mdandra1@uci.edu
Sun Lab
David Bojorquez
bojorqud@uci.edu
Lara-Gonzalez Lab
Grace Bower
gbower@uci.edu
Kvon Lab
“How enhancers work in the 3D genome in the context of mammalian development.”
Raquel Bowman
bowmanrl@uci.edu
Eom Lab
Mia Brantley
brantley@uci.edu
Thompson-Peer Lab
“Studying the non-cell autonomous signals that influence dendrite regeneration in Drosophila melanogaster.”
Rostislav “Rosty” Brichko
rbrichko@uci.edu
Thompson-Peer Lab
“Investigating dendrite regeneration in the Drosophila melanogaster nervous system. Studying the mechanisms underlying dendrite regeneration, how aging affects regeneration, and differences in dendrite regeneration in the central and peripheral nervous systems.”
Melissa Campos
camposm4@uci.edu
Albrecht Lab
Brandon Chu
chub2@uci.edu
Edinger Lab
Margaret Duffield, M.S
duffield@uci.edu
Mortazavi Lab
Sara Elizabeth Espinoza
seespino@uci.edu
Kvon Lab
“Understanding the mechanisms enhancer-promoter specificity in the context of mammalian development.”
Ghassan Filimban
gfilimba@uci.edu
Mortazavi Lab
Cameron Geller
gellerc@uci.edu
Edinger Lab
“Investigating the potential of a synthetic sphingolipid molecule called 893 to treat prostate cancer. Focus on determining whether cancer cells can adapt to the 893 compound, and if so, what changes occur within the cells that contribute to their decreased sensitivity to the compound.”
Clark Hendrickson
clarklh@uci.edu
Cho Lab
Ethan Hollingsworth
hollinge@uci.edu
Kvon Lab
Renzhi Hou
rhou1@uci.edu
Plikus Lab
Yikai Huang
yikaih3@uci.edu
Blumberg Lab
Patrick
Hwu
pthwu@uci.edu
Thompson-Peer Lab
Alfredo Lebron
alebron1@hs.uci.edu
Schilling Lab
“Investigating genes involved in fate determination and patterning of cranial neural crest cells.”
Kathleen Leon Parada
knleon@uci.edu
Luderer Lab
Natalia Libby
nlibby1@uci.edu
Eom Lab
Natalia is broadly interested in intercellular communication in the early vertebrate. She will join the Dae-Seok laboratory in the fall to investigate the mechanisms behind long-range, cell-to-cell communication in the zebrafish skin, particularly those mediated by airinemes, filopodia-like projections possessing a membrane-bound vesicle at their tips.
Maria Luiza Lopes de Oliveira
mlopesde@uci.edu
Konieczny Lab
Gavin Long
grlong@uci.edu
Atwood Lab
Daniel Martinez
dimarti1@uci.edu
Benavente Lab
Shabnam Dehkordi Moghareh
moghares@uci.edu
Lara Gonzalez Lab
Negar Mojgani
mojganin@uci.edu
Mortazavi Lab
Laurence Seabrook
ljseabro@uci.edu
Albrecht Lab
“Developing tools to force cells into chemically modifying and degrading disease-causing proteins on-command.”
Guan-Yin Lee Stevens
glsteven@uci.edu
Arora Lab
Warrior Lab
Marina Suarez Pizarro
msuarezp@uci.edu
Benavente Lab
Sihe Tan
sihet1@uci.edu
Shi Lab
Jessica Valladolid, M.S
jbvallad@uci.edu
Mortazavi Lab
Johnny Vertiz
jvertiz@uci.edu
Lara Gonzalez Lab
“Studying the mechanisms behind mitotic arrest. Investigating how a CDC-20 protein is involved in regulating cell cycle progression. By studying cell cycle progression I believe that we can further understand the mechanisms behind cancer and develop better therapeutics.”
Yi Wang
wangy52@uci.edu
Eom Lab
Ryan Weber
weberrl@uci.edu
Mortazavi Lab
“The study of the impact of genetic variation on gene expression in mice at single cell resolution.”
Yinyin Zhuang
yinyiz1@uci.edu
Shi Lab
“Focusing on nuclear mechanics and its regulation on ribosome biogenesis in cancer and aging diseases, dissecting lamina molecular structure via label-retention expansion microscopy and development of next-generation expansion microscopy.”