As a graduate student in Dr. Anne Churchland’s lab, I am interested in how our brain combines visual and auditory information to guide us into making decisions that are more accurate than using a single sense. In the lab I train rats on an audio-visual decision-making task. While the animals perform the task I silence different areas of the brain and record neural signals in order to understand which areas are essential for multi-sensory integration. I received my Master’s and Bachelor’s degrees from the Hebrew University of Jerusalem in Israel where I worked on the alternative splicing of the insulin receptor in pancreatic beta cells and its role in Type-2 Diabetes. In my free time I enjoy exercising, rock climbing, baking and reading.
As a Research Technician II in Lloyd Trotman’s lab, I am working on metastatic prostate cancer. My most recent project focused on using the lab’s GEMM model, RapidCaP, to confirm the effect of LPS-induced lung inflammation on the re-awakening of cancer cells. Studies have shown that chronic inflammation can induce the reawakening of disseminated, dormant prostate cancer cells in lungs and I confirmed this using our model. I received my Bachelor’s Degree in Biology from Indiana University and worked on HPV for one and a half years. I investigated the role of the Hippo signaling pathway through the activation of YAP and p53 in cervical cancer cell proliferation. I also studied the role of TopBP1 protein in HPV and BPV replication during my time at the Indiana University School of Medicine. My future plans include focusing on science communication and continuing to plan outreach events with students and the public. In my free time, I enjoy working on my blog, cooking, and traveling.
I am the Vice President and Co-Founder of WiSE.
As a graduate student in Bo Li’s lab, I am working to understand the neural circuits that control anxiety in Autism Spectrum Disorders (ASD). Anxiety and ASD are frequent comorbid disorders and studies suggest the two disorders may be linked by similar underlying mechanisms. I use a mouse model, harboring the most common genetic deletion found in patients with ASD, to study the circuits that control anxiety and fear learning. We use various behavioral, electrophysiological, and cellular techniques to elucidate the differences in these circuits between normal mice and those with ASD. I received my Bachelor’s Degree from Brown University and spent two years researching target therapy-resistant breast cancer as a Research Technician at Memorial Sloan Kettering Cancer Center. In my free time, I enjoy playing with my dogs, reading, and playing sports.
I am the President emeritus and Co-Founder of WiSE.
I am a graduate student in the Joshua-Tor lab My interests include biochemistry and structural biology. I received a Bachelor’s Degree from Saint Mary’s College of California, where I conducted research on the structure/functional relationship of the neuropeptide-processing enzyme neurolysin, which is believed to play a role in cellular communication. I am passionate about improving access to STEM careers for women and minorities, as well as increasing the general public’s engagement in science. In my free time, I enjoy reading, doing puzzles, and creating scientific comics.
I am the Social Media Chair of WiSE.
As a graduate student in the Shea Lab, I am interested in the neural circuits that underlie social communication. I use the mouse as a model organism to investigate the mechanism that triggers a stereotyped maternal behavior in which mother mice respond to the distress calls of isolated pups by retrieving them back to the safety of the nest. Interestingly, naïve virgin females can learn to perform this retrieval behavior through sensory experience with pups. We have evidence to suggest that olfactory cues are actually modulating the auditory representation of these distress calls to elicit this behavior. I use a combination of imaging, behavioral, and electrophysiological assays to investigate this exciting example of multisensory dependent plasticity in the auditory cortex. I received my Bachelor’s Degree from the University of Massachusetts Amherst, spent a summer working for the neural systems & behavior course at the Marine Biological Laboratory in Woods Hole, MA, and then spent four years studying a novel chemosensory gene family at Harvard Medical School. Outside of the lab I enjoy hiking, live music, and playing with my cat.
As a first year graduate student here at CSHL, I am currently in lab rotations. While I remain convinced that I could be persuaded to join just about every lab here, my primary research interests lie at the intersection of biology, computer science, and statistics. I am a young alumna of Swarthmore College where I received a Bachelor of Arts with a major in biology and a minor in computer science with high honors. During my time as an undergraduate, I was fortunate enough to participate in a variety of research projects ranging from bird phylogenetics to pathogen genomics. I believe that through the privilege of being a scientist, I can inspire younger students, contribute to building a research world where half the tenure-track scientists identify as women, and ultimately increase our understanding of the complex and beautiful world around us. In my free time I enjoy exploring the city, attempting and failing miserably at the NYT crossword puzzles, and eagerly trying but failing to follow through on a cornucopia of exercise activities.
For more information feel free to contact me or check out my linked-in profile (https://www.linkedin.com/in/shaina-lu-09ab87a5).
I completed my PhD at Brown University in the Spring of 2017. Here, in the lab of Richard Bennett, I studied molecular mechanisms of sexual reproduction in human fungal pathogens. I joined the Sheltzer Lab at Cold Spring Harbor as a postdoctoral fellow in July 2017. Currently, I investigate the role of aneuploidy (an imbalance in chromosome number) in various types of cancer using human cell lines. Outside of the lab, I enjoy writing, running, and lifting weights. I am the Diversity and Inclusion Chair for WiSE.
I am a graduate student in the Furukawa lab, and I am generally interested in the structure-function relationship of proteins. My PhD thesis research revolves around the structure of the NMDA receptor. This receptor is primarily located in the brain at synapses, the communication sites between neurons, and plays a key role in learning and memory. Acknowledging the somewhat fragile nature of the molecular players for memory, I like taking pictures of people and events - just in case! And for once, this habit turned out to be useful when I became the WiSE photographer ;). https://www.linkedin.com/in/juexiangwang/
Structural biology; nucleic acid regulation; RNAi; molecular recognition; X-ray crystallography
Joshua-Tor lab website: http://joshua-torlab.labsites.cshl.edu
Gene regulatory networks; integrated genomic analysis; bioinformatics; RNA biology; small RNAs
Hammell lab website: http://hammelllab.labsites.cshl.edu
As a postdoc in the Churhchland lab, I am studying the neural mechanisms that underlie bias during decision-making. I train mice for a decision-making task and use calcium imaging to record the neural activity in the parietal cortex of mice while they are performing the decision task. I did my PhD at the University of Pennsylvania (Javier Medina lab) and collaborated at Princeton University (Sam Wang lab) to study how the cerebellum encodes information about stimuli during eyeblink conditioning. I did my master’s and bachelor’s at the University of Tehran on Biotechnology and differentiation of embryonic stem cells to neurons. In my free time I play music (Reed: the Persian Ney) and enjoy doing sports.
Dr. Tello-Ruiz is a PhD-level geneticist from SUNY Stony Brook, with 2 years training in population genetics at the Broad Institute of Harvard University and MIT, and 10 years training in bioinformatics at CSHL. She served as the project manager for the Human HapMap Coordinating Center, and coordinated international collaborative efforts with the Type 2 Diabetes Chromosome 1q Consortium and Beta-Cell Therapy Group to sculpt, curate, and integrate diabetes pathways into the Reactome Pathways Database. She taught for 1.5 years at the undergraduate level at SUNY Stony Brook and the Polytechnical Institute of New York University. She currently serves as the Project Manager of the Gramene Comparative Plant Genomics & Pathways Database. In her spare time, she enjoys spending time with her family, hiking, and dancing.
Angela Licata - now PhD student at NYU Neuroscience
Olga Anczukow-Camrada, PhD - now Assistant Professor at Jackson Laboratories