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Ashrafi, Kaveh

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

Chatterjee, Kanu

Chuang, Pao-Tien

Clyman, Ronald I

Conklin, Bruce R

Conte, Michael S

Coughlin, Shaun R

Derynck, Rik M

Dobbs, Leland G

Eisner, Mark D

Engel, Joanne N

Erle, David J

Fahy, John Vincent

Farese, Robert V

Fielding, Christopher J

Fineman, Jeffrey R

Gardner, David G

Gartner, Zev Jordan

Glantz, Stanton A

Gold, Warren M

Gropper, Michael

Grossman, William

Hawgood, Samuel

Hill, Arthur C

Hoffman, Julien I

Ingraham, Holly A

Jan, Lily Y

Julius, David J

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

Olgin, Jeffrey E

Pearce, David

Pittet, Jean-Francois

Redberg, Rita F

Reiter, Jeremy F.

Rosen, Steven D

Rowitch, David H

Scheinman, Melvin M

Schiller, Nelson B

Shaw, Robin M.

Sheppard, Dean

Shokat, Kevan M

Simpson, Paul C

Springer, Matthew L

Srivastava, Deepak

Stainier, Didier Y. R.

Teitel, David F

Von Zastrow, Mark E

Wang, Rong

Weiner, Orion D

Weiss, Arthur

Weiss, Ethan J

Werb, Zena

Woodruff, Prescott G

Xu, Allison Wanting

Young, William L



    

Takashi Mikawa, M.S., Ph.D.  Professor In Residence, Camilla and George D. Smith Distinguished Professor in Science and Medicine  Research Interests:  Morphogenesis, development, body axis, patterning, cell-to-cell communication, cell architecture, cell fate diversification, cardiovascular system, cardiac conduction system, central nervous system, haemodynamics, growth factor signaling.  Summary:  The establishment of extremely complicated structures and functions of our organ systems depends upon orchestrated differentiation and integration of multiple cell types. Our group focuses to explore a common developmental plan for successful organogenesis, by investigating the mechanisms involved in the differentiation and patterning of the cardiovascular and central nervous systems.