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Our recent work has led to the identification of Dpr/DIP protein families as potential regulators of synaptic specificity between neurons in Drosophila. Different Dpr/DIP pairs are seen on different synaptic partners. We have used RNA sequencing technology to discover molecular pathways regulating the patterning of the mouse retina. We are exploring how dendrites of rod bipolar neurons (green) and cone bipolar neurons (red) form connections with rod and cone photoreceptor neurons, respectively. Our labor...

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Zipursky Lab | Index Page | zipursky.dgsom.ucla.edu Reviews

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Our recent work has led to the identification of Dpr/DIP protein families as potential regulators of synaptic specificity between neurons in Drosophila. Different Dpr/DIP pairs are seen on different synaptic partners. We have used RNA sequencing technology to discover molecular pathways regulating the patterning of the mouse retina. We are exploring how dendrites of rod bipolar neurons (green) and cone bipolar neurons (red) form connections with rod and cone photoreceptor neurons, respectively. Our labor...

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Zipursky Lab | Index Page | zipursky.dgsom.ucla.edu Reviews

https://zipursky.dgsom.ucla.edu

Our recent work has led to the identification of Dpr/DIP protein families as potential regulators of synaptic specificity between neurons in Drosophila. Different Dpr/DIP pairs are seen on different synaptic partners. We have used RNA sequencing technology to discover molecular pathways regulating the patterning of the mouse retina. We are exploring how dendrites of rod bipolar neurons (green) and cone bipolar neurons (red) form connections with rod and cone photoreceptor neurons, respectively. Our labor...

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Zipursky Lab | Publications

http://zipursky.dgsom.ucla.edu/zipursky/pages/publications

Tadros W, Xu S, Akin O, Yi CH, Shin GJ, Millard SS, Zipursky SL. Dscam Proteins Direct Dendritic Targeting through Adhesion. 2016 Feb 3;89(3):480-93. Zhang KX, Tan L, Pellegrini M, Zipursky SL, McEwen JM. Rapid Changes in the Translatome during the Conversion of Growth Cones to Synaptic Terminals. Rep 2016 Feb 9;14(5):1258-71. 2015 Dec 17;163(7):1756-69. 2014 Apr 16;82(2):320-33. 2014 Jan 22;81(2):280-93. 2013 Nov 21;155(5):1166-77. Zipursky SL, Grueber WB. The molecular basis of self-avoidance. Wu W, Ah...

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Zipursky Lab | For Non-scientists

http://zipursky.dgsom.ucla.edu/zipursky/pages/for-nonscientists

Scientist Profile: Larry Zipursky, PhD. Understanding how the brain is built. The answers to this question could transform the way we understand and treat mental illness and other neurological conditions. By Emily Rose, Senior Strategy Officer, UCLA Health Sciences Development.

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Zipursky Lab | Index Page

http://zipursky.dgsom.ucla.edu/zipursky

Our recent work has led to the identification of Dpr/DIP protein families as potential regulators of synaptic specificity between neurons in Drosophila. Different Dpr/DIP pairs are seen on different synaptic partners. We have used RNA sequencing technology to discover molecular pathways regulating the patterning of the mouse retina. We are exploring how dendrites of rod bipolar neurons (green) and cone bipolar neurons (red) form connections with rod and cone photoreceptor neurons, respectively. Our labor...

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Computing Technologies Research Lab. Turn-Key solutions for the UCLA Community. CTRL has been providing web design and development for the UCLA community for over a decade, creating websites for clients in the fields of research, health and education. We will meet with you to discuss the vision and scope of your project and provide a timetable for its completion. Our websites use a WSYIWYG. Department/Institution Websites and Intranets. Health Sciences Strategic Planning Initiative.

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I am an Assistant Professor in the Department of Anatomy and Neurobiology. I completed postdoctoral studies with Scott Baraban. Where my work focused on childhood epilepsy, interneuron development and cell therapy. Before that, I received a PhD in Physiology at University of Kentucky. Where I trained in the laboratory of Bret Smith. I am a Postdoc in the Hunt lab at UCI. I completed my graduate training with Sanjay Kumar. At Florida State University. I completed graduate training with Li Zhang lab. I am ...

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Zipursky Lab | Index Page

Our recent work has led to the identification of Dpr/DIP protein families as potential regulators of synaptic specificity between neurons in Drosophila. Different Dpr/DIP pairs are seen on different synaptic partners. We have used RNA sequencing technology to discover molecular pathways regulating the patterning of the mouse retina. We are exploring how dendrites of rod bipolar neurons (green) and cone bipolar neurons (red) form connections with rod and cone photoreceptor neurons, respectively. Our labor...

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