NIH BioInformatics And Molecular Analysis Section Numerous computational tools and resources to unite advances in biology with those in computers, informatics, and networking for the genomic and genetic analysis fields of BioInformatics; division of the Computational Bioscience and Engineering Lab at the Center for Information Technology. http://bimas.dcrt.nih.gov
UNESCO Global Network For Molecular And Cell Biology The aim of the network is to make the basic tools and techniques available to all countries and to establish a suitable environment to the development of solutions to problems employing molecular and cell biological approaches. http://ntbiomol.unibe.ch/unesco/
BIOTECH Project: Biotechnology Education Outreach Designed to assist teachers in using biotechnology techniques in their classrooms, to address novel research questions and links to other courses run by the Department of molecular and Cellular biology, University of Arizona . http://biotech.biology.arizona.edu/
University Of Pittsburgh Cell Biology And Molecular Physiology Studies lead to a Ph.D. degree. Graduates will be able to study and appreciate cell function, physiology, cell interactions, and development from the molecular to the organ level. http://www.cbp.pitt.edu/gradprog.html
Extractions: EDINBURGH, SCOTLAND, UK Lecturers D. Andelman (Tel Aviv) D. Bensimon (Paris) S. U. Egelhaaf (Edinburgh) R. Elber (Cornell) D. Frenkel (Amsterdam) J. F. Joanny (Paris) M. Kozlov(Tel Aviv) F. C. Mackintosh (Amsterdam) T. C. B. McLeish (Leeds) P. D. Olmsted (Leeds) R. Podgornik (Ljubljana) W. Poon (Edinburgh) M. Rief (Munich) C. F. Schmidt (Amsterdam) C. A. M. Seidel (MPI, Goettingen) P. B. Warren (Unilever) Biology is living soft matter biological surfactants (lipids) make up the membranes, while proteins and DNA are biological polymers. Brownian motion has a dominant role diffusion on structures with reduced spatial dimensionality (2-dimensional on membranes and 1-dimensional on various filamentous structures such a microtubules) play a crucial role in transport and other processes, while diffusion in a very-high-dimensional free-energy landscape underlies protein folding. The new insights into soft matter gained by physicists over the last few decades can therefore be expected to have significant impact on the understanding of biological systems, from single biomolecules through to cells and (perhaps) beyond. In particular, the increasing attention paid by soft condensed matter physicists to
Landes Bioscience Publishing Advances in cancer research with a goal to promote molecular and translational progress. http://www.landesbioscience.com/journals/cancer.html
Extractions: PDA Medical handbooks will be available for PDAs. Download a handbook for $19. Published soon! Metabolic Regulation of Amyloid Protein and Alzheimer's Disease Takaomi Saido Liver Transplantation (handbook) Michael Lucey, James Neuberger and Abraham Shaked Surgical Nutrition (handbook) Rifat Latifi and Stanley Dudrick CTLA-4 in Autoimmune Disease Flemming Pociot HEALING HANDS/BIMC HEALING HANDS/BIMC
Extractions: IMPORTANT NOTE regarding application for Graduate Program Applicants In the last twenty years there has been a revolution in modern biology. Powerful molecular, genetic and physical techniques have been developed to analyze living systems at increasingly higher levels of resolution, down to the level of genes and molecules. This has led toan enormous increase in our knowledge of basic processes in biology. The faculty in the Department of Molecular, Cell and Developmental Biology use molecular biology and genetics to study multicellular model organisms such as mouse, zebrafish, Drosophila and Arabidopsis . Our goal is to understand processes such as cell signaling, gene regulation, circadian rhythms, and morphogenesis. The molecular genetic approach will be particularly important in the years to come, as a means of deciphering the function of the myriad of genes indentified in the human genome, as well as that of model organisms. Check out photos from the MCDB Retreat 2002 Check out photos from the MCDB commencement 2002 Department News Two Molecular, Cell, and Developmental Biology Professors Win Hughes Award
T-cell Biology Group Aims for understanding of the molecular basis of leukocyte recognition, and integrating these findings into coherent and systematic models of Tcell activation. http://www.jr2.ox.ac.uk/ndm/groups/simon_davis/
"news.html" Research in clinical paediatric, medical and molecular genetics, cell biology, immunogenetics and social paediatrics. (Brno, Czech Republic) http://www.volny.cz/vurich/
Extractions: home page POZOR! POZOR! POZOR! 31.5.2002 byl posledním dnem existence Výzkumného ústavu zdraví dítìte. Toto rozhodnutí padlo 27.5. 2002 výnosem ministerstva zdravotnictví, které je zøizovatelem VUZD. Majetek VUZD jako i vekeré závazky vèetnì pracovnìprávních vztahù pøecházejí na Fakultní nemocnici Brno FN Brno zøídila v areálu dìtské nemocnice Centrum molekulární biologie a genové terapie jeho vìtinovou èást tvoøí pracovníci VUZD. éfem novì vzniklého diagnosticko-výzkumného centra je prof. MUDr. Jiøí Mayer, CSc primáø Hematoonkologické kliniky FN Brno. Pøedpokládaný termín zahájení èinnosti nìkterých provozù Centra molekulární biologie a genové terapie je 10.6. 2002.
Extractions: Home Contact Us Site Map Go to Advanced Search ... MS / PhD Programs Overview Program Information Being a Student Faculty Major Research Areas ... Contact Us When you choose to pursue your graduate career in the interdisciplinary Molecular and Developmental Biology graduate program at the University of Cincinnati's College of Medicine, you choose to take advantage of opportunities like In addition, because of the program's fundamental ties to Cincinnati Children's Hospital Medical Center, you will pursue your PhD degree while experiencing the best of two worlds: a nationally recognized academic medical center coupled with one of the nation's leading children's hospitals. Want to learn more? Explore this site for details about all the advantages that the Molecular and Developmental Biology graduate program can offer you. Start with the topics below, and the menu to your left. And if you still have questions, let us know by emailing us at mdbprog@cchmc.org
Walter Lab Homepage Studies of the alpha helical cytokine family Interferongamma, interferon-alpha, and interleukin-10, their receptors, intracellular signaling molecules with emphasis on understanding the structural basis of molecular recognition events that subsequently lead to cellular signal transduction, maintained by Mark R. Walter laboratory at the University of Alabama at Birmingham. http://origin.cbse.uab.edu/faculty_staff/walter/walterlab.html
Extractions: Structural Biology in the Walter Lab Welcome to the laboratory homepage of Mark R. Walter at the University of Alabama at Birmingham . The Laboratory is interested in understanding the structural basis of molecular recognition events that subsequently lead to cellular signal transduction. Currently, we are studying members of the alpha helical cytokine family Interferon-gamma (The IFN-gamma receptor complex is shown above as a space filling model as might be observed on the cell membrane), interferon-alpha, and interleukin-10, their receptors, and various intracellular signaling molecules using single crystal X-ray diffraction, mutagenesis, mass spectrometry, analytical ultracentrifugation, and surface plasmon resonance techniques. Positions are also available in cytokine structure-function. Please see "positions available" for more information. RESEARCH PUBLICATIONS MEET THE LAB GRADUATE EDUCATION/POSITIONS AVAILABLE ... USEFUL LINKS
Salk Institute For Biological Studies The Salk Institute is a private, nonprofit, research organization dedicated to fundamental research in biology and its relation to health, studying such challenging problems as the organization and operation of the brain, the control of gene activity, and the molecular origins of cancer, AIDS, and other diseases. http://www.salk.edu/
Home Page Research cores in genetic, environmental toxicity, structural biology, and stressinduced cell signaling. Supported by the National Institute for Environmental Health Sciences, and participates in community outreach on Long Island, New York. http://www.moltox.stonybrook.edu/
Extractions: Biology Links American Society for Microbiology ... American Type Culture Collection (ATCC) Annual Reviews Inc. The Antibody Resource Page AIDS Information in French and English BEST North America Databases of Scientists and Projects Biotrin International , products for monitoring the success of organ transplants Birkbeck College Department of Crystallography BioMedNet University of Calgary University of California U.C. San Francisco (UCSF) CAM The Computerized AIDS Ministry Cell online CICNet Electronic Journal Indices Cold Spring Harbor Laboratory CoMed Communications Dalhousie University Elsevier Science Publishing Note: for quicker access, use the site on your side of the Atlantic:
Max Planck Institute Of Molecular Plant Physiology In Golm, Germany The mission of the MPIMP institute is to study biological phenomena in plants at a molecular level using systems (whole plant) biology to create a holistic picture of metabolism in the context of growth and development. http://www.mpimp-golm.mpg.de/
Genome Biology Publishes articles from the full spectrum of biology. Subjects include molecular, cellular, organismal or population biology studied from a genomic perspective. Includes access to full articles. http://genomebiology.com/
Home PhD in molecular and cell biology. Seeking postdoctoral or scientist position in a biotech company. http://www.boris-shor.htmlplanet.com
Extractions: These sites are gateways to useful online resources for instructors, students and people looking for general biology information. I have also included some outstanding informational sites in particular topic areas that are geared for students. I will be adding more sites to this list as I sort through user's suggestions.
Theoretical Biology/Bioinformatics Utrecht Formal models in ecology, spatial pattern formation, (molecular) evolution, immunology, and ethology. Formalisms range from mathematical models, cellular automata, genetic algorithms, to discreteevent individual-oriented simulation models. Bioinformatic approach typically involves spatial, multi-leveled models with many interacting entities whose behavior is determined by local information. http://www-binf.bio.uu.nl/
Extractions: Theoretical Biology / Bioinformatics Group Welcome to this public WWW server of the department of Theoretical Biology at the Utrecht University Faculty of Biology , the Netherlands. Our Theoretical Biology group performs fundamental research in Biology by means of formal models. Examples of the Biological areas that we cover are ecology, spatial pattern formation, (molecular) evolution, immunology, and ethology. Our formalisms range from mathematical models, cellular automata, genetic algorithms, to discrete-event individual-oriented simulation models. We have coined the term Bioinformatics for the study of informatic processes in biotic systems. Our Bioinformatic approach typically involves spatial, multi-leveled models with many interacting entities whose behavior is determined by local information. Overview of research Feel free to request reprints of any of our publications by an Email to one of the authors or to address listed below. Papers sorted by the year of publication: Publications PhD theses PhD/Postdoc position(s): Gene regulation and evolution: mutual interaction across time-scales Our group teaches courses in Bioinformatic Processes , in Bioinformatic Pattern Analysis , in Non-Linear Systems , in Theoretical Ecology (Reader in Dutch availabe as PDF-file ), in mathematics (Reader as
