| CellNucleus.com |
Major
portal for the field of nuclear organization and higher-order
chromatin structure, containing teaching materials for
lectures, study materials for students, and advanced research
material for professionals. |
| Euchromatin
Network |
Designed
to help researchers and others interested in the latest
developments in their studies of this most active part
of the genome within the cell nucleus. |
| Cardoso
Lab |
Homepage
of Molecular and Cell Biology of the (Epi)genome Group
at the Max Delbrück Center for Molecular Medicine,
Berlin, Germany |
| Hozak
Lab |
Concentrate
on a multi-disciplinary approach which allows them to
study nuclear activities in relation to the higher-order
nuclear structures, e.g. to the nucleoskeleton.
|
| Ed
Hurt's Homepage |
Focus
on nuclear pore complexes (NPCs), which mediate the entire
molecular and macromolecular traffic between the nucleus
and the cytoplasm. |
| LamondLab.com |
The
Lamond lab studies the organization of the mammalian cell
nucleus, using combined approaches of microscopy, biochemistry
and proteomics. |
| The
Lawrence Lab |
The
Lawrence lab studies nuclear structure and human genome
organization and function, in both normal cells and in
specific human genetic diseases. A major focus is the
localization and functional organization of specific genes
and their cognate mRNAs within the mammalian nucleus.
The lab also researches the relationship of XIST RNA to
inactivation of the mammalian X-chromosome. |
| Misteli
Lab |
Home
page of the Cell Biology of Gene Expression Group at the
National Cancer Institute, NIH, Bethesda, MD. The goal
of their research is to uncover how genes are expressed
in living cells. |
| Nuclear
Protein Database |
The
Nuclear Protein Database (NPD) is a searchable database
of information on proteins that are localised to the nucleus
of vertebrate cells. |
| Nuclear
Structure and Function Research Group |
Peter
Cook's group at the University of Oxford |
| Terns
Lab |
The
Terns lab at the University of Georgia is studying the
metabolism, transport, and function of cellular RNAs,
and applying our knowledge to the design of RNA-based
gene therapy agents. |
| Ullman
Lab |
Two
main goals of the lab (at the Huntsman Cancer Institute,
Univ. of Utah) are:
1. to understand molecular mechanisms that guide nucleocytoplasmic
transport
2. to decipher the process by which the nuclear pore and
the nuclear envelope itself are disassembled in a regulated
manner at mitosis. |
| Worman
Lab |
Home
Page of the Worman Lab in the Departments of Medicine
and of Anatomy and Cell Biology, Columbia University College
of Physicians & Surgeons New York, New York. The site
provides some information about their work and their more
recent publications. |
