| | | Ashrafi, Kaveh | | Atabai, Kamran | | Bernstein, Harold S. | | Black, Brian L | | Blanc, Paul D | | Botvinick, Elias H | | Boushey, Homer A | | Broaddus, V Courtney | | Brodsky, Frances M | | Brown, James K | | Bruneau, Benoit G | | Caughey, George H | | Chapman, Harold A | | Charo, Israel F | | Chawla, Ajay | | Chuang, Pao-Tien | | Clyman, Ronald I | | Conklin, Bruce R | | Conte, Michael S | | Coughlin, Shaun R | | DAngelo, Maximillano | | Degrado, William F | | Deo, Rahul C | | Derynck, Rik M | | Dobbs, Leland G | | Eisner, Mark D | | Engel, Joanne N | | Erle, David J | | Fahy, John Vincent | | Farese, Robert V | | Fineman, Jeffrey R | | Ganz, Peter | | Gardner, David G | | Gartner, Zev Jordan | | Glantz, Stanton A | | Gold, Warren M | | Gropper, Michael | | Grossman, William | | Gruenert, Dieter C | | Hart, Daniel O | | Hata, Akiko | | Hawgood, Samuel | | Hoffman, Julien I | | Ingraham, Holly A | | Jan, Lily Y | | Julius, David J | | Jura, Natalia Z | | Kan, Yuet W | | Kane, John P | | Karliner, Joel S | | Kornberg, Thomas B | | Kurtz, Theodore W | | Kwok, Pui-Yan | | Lazarus, Stephen C | | Lee, Randall J | | Lim, Wendell A | | Mahley, Robert W | | Malloy, Mary J. | | Mann, Michael J | | Martin, Gail R | | Matthay, Michael A | | Mcdonald, Donald M | | Mikawa, Takashi | | Minor, Daniel L | | Mostov, Keith E | | Nadel, Jay A | | Oishi, Peter E | | Olgin, Jeffrey E | | Pearce, David | | Redberg, Rita F | | Reiter, Jeremy F. | | Rock, Jason R. | | Rosen, Steven D | | Rowitch, David H | | Scheinman, Melvin M | | Schiller, Nelson B | | Shaw, Robin M. | | Sheppard, Dean | | Shokat, Kevan M | | Shu, Xiaokun | | Simpson, Paul C | | Springer, Matthew L | | Srivastava, Deepak | | Stainier, Didier Y. R. | | Teitel, David F | | Von Zastrow, Mark E | | Wang, Rong | | Wang, Biao | | Weiner, Orion D | | Weiss, Arthur | | Weiss, Ethan J | | Werb, Zena | | Woodruff, Prescott G | | Xu, Allison Wanting | | Yeghiazarians, Yerem | | Young, William L | | Zovein, Ann C | | CVRI Scientists Maximiliano DAngelo, PhD Asst Professor In Residence Research Interests: Nuclear pore complexes, genome organization, cell differentiation, aging Summary: In eukaryotic cells the genome is enclosed by the double membrane of the nuclear envelope. Nuclear pore complexes (NPCs) are large multiprotein channels that penetrate the nuclear envelope and control all traffic between the nucleus and the cytoplasm. Besides acting as gatekeepers of the nucleus, the NPC and its components (nucleoporins) have recently been shown to play critical roles in many cellular processes including mitotic spindle assembly, cytoskeleton organization and gene expression regulation. Our lab studies the role of NPCs and nucleoporins in nuclear organization, cell differentiation, aging and disease. | | |