People

Andrews (Kwasi) Agbleke

agbleke@fas.harvard.edu

Postdoctoral Fellow

3D timelapse analysis of mammalian chromosome dynamics by speckle microscopy.

Katerina Chatzi

kat_chatzi[at]fas.harvard.edu

Postdoctoral Fellow

E.coli chromosome segregation, nucleoid structure and the nature and roles of nucleoid/membrane interactions.

Lingluo Chu

lchu01[at]fas.harvard.edu

Postdoctoral Fellow

Mitotic chromosome formation in mammalian cells: new intermediates and mechanical mechanisms.

Sam Gould

samuelgould[at]college.harvard.edu

Harvard Undergraduate

Global E.coli nucleoid dynamics: localization and roles of supercoiling linker protein H-NS (with M. White and M. Stouf)

Jim Henle

henle[at]fas.harvard.edu

Staff Assistant, Kleckner and Guidotti Labs

Program Administrator, EPB Graduate Track

Nancy Kleckner

kleckner[at]fas.harvard.edu

Herchel Smith Professor of Molecular Biology

Ira Martynenko

ipmartinenko@gmail.com

NSF-Simons Postdoctoral Fellow, Quantitative Biology Initiative, Harvard

Exploration of nanocrystal behaviors in mammalian nuclei (with M. Mukhina).

Mauranda Men

mmen[at]college.harvard.edu

Harvard Undergraduate

The role of spatial confinement on global nucleoid dynamics - exploration of a standing wave hypothesis.

Maria Mukhina

mmukhina[at]fas.harvard.edu

Postdoctoral Fellow

The physics of chromosomes. Development of a nanoscale mechanoluminescent sensor for detection of in vivo mechanical stress patterns in mammalian cells. The physical basis of global E.coli nucleoid expansion/compaction cycles (with M. Stouf and M.Men).

Tadasu Nozaki

tnozaki[at]fas.harvard.edu

Postdoctoral Fellow

Single molecule analysis of meiotic chromosome pairing in budding yeast.

Mathieu Stouf

mstouf[at]fas.harvard.edu

Postdoctoral Fellow

Biology of E.coli nucleoid dynamics. The nature and roles of global E.coli nucleoid expansion/compaction cycles: a growth rate-independent cellular heartbeat.

Martin White

mwhite[at]fas.harvard.edu

Postdoctoral Fellow

The nature and mechanism of meiotic crossover interference as analyzed by live cell imaging in C.elegans and by mathematical modeling in Arabidopsis. Martin White Personal Website