Kirchhausen Lab
Tomas Kirchhausen, Ph.D.
Senior Investigator, PCMM at Boston Children’s Hospital
Professor of Cell Biology and Professor of Pediatrics, Harvard Medical School
Director, Harvard Medical School-Portugal Program in Translational Research and Information
- Contact Information
- Office Phone: 617.713.8888
- Fax: 617.713.8898
- Email: kirc...@crystal.harvard.edu
- Administrative Assistant
- Catherine McDonald
- Phone: 617.713.8889
- Email: Cath...@childrens.harvard.edu
Multimedia
- Hi-Fi-Sci - Music & Science Animation
- Hey Music & Science lovers, help us bring together the work of composers & scientists in a unique, ambitious multimedia event!
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- Caught on Film
- Latest news article by Jake Miller entitled "Single-molecule movies capture the chaotic origins of dynamic assembly in cells" published August 2, 2012 in the Harvard Medical School website. The Latest news article describes the findings by Ema Cocucci and Francois Aguet which appeared in the August 3, 2012 issue of Cell.
Click Here
- Clathrin-mediated endocytosis August 2012
- This molecular animation made collaboratively by Janet Iwasa and Tom Kirchhausen shows a 3D simulation of how coated vesicles form in real time, including features of numerous experimentally-derived atomic structures, cellular dynamics and molecular interactions.
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3D simulation of how endocytic clathrin coated vesicles form, 2012 (Tom Kirchhausen and Janet Iwasa)
- The Animators of Life
- The New York Times, November 15, 2010 - By ERIK OLSEN - Technology - 1147 words
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The Animators of Life by Erik Olsen, NYT , November 2010
- Human Pit
- Formation of a clathrin coated pit performed by a group of students attending the Cellular and Molecular Biology of Membranes advance course held between June 8 and June 19, 2009 in Cargese, France.
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- Clathrin-mediated endocytosis September 2008
- This animation shows the process of clathrin-mediated endocytosis of transferrin receptors, focusing on the assembly and disassembly of the clathrin cage
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3D simulation of how endocytic clathrin coated vesicles form, 2008 (Tom Kirchhausen and Janet Iwasa)
- The birth of a clathrin coat
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3D Simulation of how a Clathrin Coat forms (Tom Kirchhausen and Allison Bruce) 2000
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The birth of a clathrin coat
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Sec23p/24p Complex of COPII
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X-ray structure of the terminal domain of clathrin, Ter Haar, Musacchio, Harrison & Kirchhausen Cell 1998
- Live-cell imaging of Clathrin-coated pit and coated vesicles formation
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AP-2 labeled with sigma (symbol)2-EGFP w/ Voice Description,Erlich et al Cell 2004
- Fluorescent LDL as a probe to identify single-endocytic clathrin-coated pits/vesicles
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Clathrin labeled with EGFP-LCa and LDL labeled with DiI w/ Voice Description
- Fluorescent reovirus as a probe to identify single-endocytic, Ehrlich et Cell 2004
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Endocytosed (a)
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Endocytosed (b)
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Non-Endocytosed
- Dnm1p localization and mitochondria constrictions and fissions, Legesse-Miller et al MBoC 2003
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4D Dnm1p and mitochondria constrictions and fission
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3D yeast mitochondria in the absense of Dnm1p
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3D yeast mitochondria in the presence of Dnm1p
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Areas of Research
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