Principal Investigator
Piali Sengupta A.B.- Bryn Mawr College; Ph.D.- MIT; Postdoc- UCSF Email

I've always been fascinated by the complex interactions between animals and their environment. As a grad student, I studied pheromone signaling in S. cerevisiae but then found the wonderful C. elegans system first as a postdoc in Cori Bargmann's lab, and then in my own lab at Brandeis. A PI's ‘job’ is constantly unpredictable and always interesting, and it is great fun to be able to interact with so many smart, interesting, and interested colleagues. I love to travel, am a bookaholic and a movie buff, and hope to be able to someday run 13.1 miles.

Cilia Squad
Ashish Maurya Postdoctoral Fellow, Ph.D.- National University of Singapore Email

I am interested in how primary cilia are organized and maintained to fulfill the diverse roles they play in sensory signal transduction. I am focusing on the mechanisms involved in forming and maintaining the many specialized and diverse forms of sensory cilia observed on C. elegans chemosensory neurons. Presently I am trying to determine how one of these sensory primary cilia achieves a highly branched morphology.

Inna Nechipurenko Postdoctoral Fellow, Ph.D.- Case Western Reserve University, Cleveland, Ohio Email

I am interested in studying the molecular mechanisms that link extracellular signaling to cytoskeletal dynamics in the context of primary cilia biogenesis and function. My current project aims to characterize the role of a highly conserved actin-binding protein Girdin in cilia development using C. elegans and mammalian cell culture as model systems.

Anna Kazatskaya MCB Graduate Student, B.S.- City College of New York Email

I am interested in the molecular mechanism of cilia formation. I am currently studying a MAP kinase, loss of which causes ciliary defects in a variety of cell types. My goal is to learn how this MAPK is involved in cilia development and/or maintenance. In my free time I like to cook and bake. I'm always excited to try new recipes.

Danielle DiTirro MCB Graduate Student, B.S.- San Diego State University, M.S.- San Diego State University Email

I am interested in the signaling mechanisms within primary cilia. Currently, I am characterizing the role of TUB-1 Tubby in C. elegans sensory neurons. Recent studies have implicated TUB-1 in fat storage and GPCR localization within neuronal primary cilia and these mechanisms are reported to be conserved in vertebrates. When I am not in lab I enjoy watching movies, reading and travelling to far away places.

Lauren Tereshko Neuroscience Graduate Student, M.S.- Brandeis University, B.A.- Boston University Email

Lauren did her master at Brandeis and transfered to Ph.D. program at 2015. She is currently focusing research on the genetic basis of sensory cilia morphology in the neurons of C.elegans.

Kendrick Rubino Undergraduate Student Email

I am an undergraduate here at Brandeis, and I am pursuing a major in biology along with a minor in chemistry. I am currently working with Tub-1 Tubby within C. elegans. In my free time, I enjoy being by the ocean and going surfing whenever possible. Also, I am passionate about cooking and traveling to new surf destinations.

Lisa Yuan Undergraduate Student Email

I am an undergraduate student majoring in biology and minoring in HSSP. I am currently helping Anna K. with her research/experiments and I hope to learn more about cilia function in c.elegans in the future. In my free time, I enjoy running, playing tennis and playing with my cats!

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Axis of (Chemo)Taxis
Mike O'Donnell Postdoctoral Fellow, Ph.D.- University of Pennsylvania Email

I am interested in understanding the role of the sensory nervous system in adaptation to changing environmental conditions, and the implications of this process on the evolution of developmental and behavioral traits. I am particularly focused on natural genetic variation - which can be either cryptic or visible depending on the genetic and environmental context - and its effects on either 1) entry in the dauer larval stage (developmental plasticity) or 2) response to olfactory and gustatory cues (behavioral plasticity). Currently I am working to understand how standing genetic variation in C. elegans isolates contributes to buffered or dampened responses to high-temperature induced dauer entry and the developmental underpinnings of this response.

Anna Hartmann Neuroscience Graduate Student, M.S.- Brandeis University 2013, B.S. Saint Mary's College, Notre Dame, Indiana 2008 Email

As a graduate student in Neuroscience, I am interested in studying how organisms detect and respond to sensory cues in their environment. To address this question I am studying the neural and molecular mechanisms by which C. elegans responds to chemical stimuli. My current work focuses on the contextual dependence of nematode pheromone responses, using microfluidic devices to perform quantitative behavioral assays. In my free time I love to read, knit, and go on vacations for scuba diving.

Travis Rogers MCB Graduate Student, B.S. University of Maryland College Park Email

I'm fascinated in organisms with alternative developmental programs & life cycles and how these metabolic and molecular "remodeling" events change animal behavior, pathogenesis, and reproduction. I'm currently investigating how the C.elegans dauer larvae modulates is chemosensory responses and chemotaxis strategies in response to attractive and aversive cues.

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Axis of (Thermo)Taxis
Yanxun Yu Postdoctoral Fellow, Ph.D.- University of Illinois at Urbana-Champaign Email

I am interested in understanding how sensory information is processed in C. elegans. I am currently working on examining how worms sense temperature. In general, I am also interested in knowing how different modules of of sensory information integrate and crosstalk in worms. I am working on several questions including 1) how is thermal adaptation achieved?; 2) what is a bona fide thermosensor in worms?; and 3) what are the players are involved in the thermosensory pathway? I am also very interested in developing novel imaging techniques and tools which may allow us to further understand neuronal functions.

Asuka Takeishi

Postdoctoral Fellow, Ph.D.- University of Tokyo

Email

I am interested in the neuronal and molecular mechanisms by which experience alters behavior. In particular, I am focusing on plasticity in thermotaxis behaviors in C. elegans after starvation, and am attempting to reveal the underlying molecular and neuronal mechanisms by behavior and imaging experiments. I enjoy playing the flute and teasing my kid in my spare time.

Munzareen Khan Neuroscience Graduate Student, B.S.- University of Connecticut Email

I am interested in learning how neural circuits integrate sensory stimuli and process information to generate relevant behavior and how the processing mechanisms change under different conditions. Currently, I am studying mechanisms that involve different molecules and genes expressed in certain thermosensory neurons and their roles in maintaining a functioning thermosensory circuit in C elegans. In my spare time I like to travel and learn about different cultures, read, write, play sports, and volunteer!

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Research Associates
Hillary Katz Lab Technician, B.A.- Smith College Email

I have worked in the lab for over 25 years. I have held various positions from Research Associate to Lab Manager to Applications Scientist in academia as well as industry. In the Sengupta Lab I am responsible for ongoing daily lab support and preparation of consumables. In my spare time I enjoy reading, baking, and spending time with my family.

Pin-Hao,Chao (Henry) Lab Manager/Lab Technician, B.S.- Boston University Email

I'm the Lab Technician/Lab Manager of the Sengupta lab. I graduated from a biomedical engineering program. However, I am really interested in neuroscience. I worked in a neurotherputic lab at BUMC for a year and did my undergraduate research on using microfluidic chip for axon guidance study. I wish to continue doing research in neuroscience related field and apply to a master program related with my background.

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Sengupta Lab Alumni

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Sengupta Lab | Department of Biology | Brandeis University
415 South Street | Waltham, Massachusetts 02454