WEB STARTING POINTS FOR
BIOLOGISTS
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CELLS alive! Videos, Animations,
Pictures
Added by: amueller@www.biologie.uni-freiburg.de;
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PrimerDesign Home Page
Subjects: Primer/Oligo Construction for PCR or Probes, Literature and other
Molecular Biology Databases, Quantitative image analysis by NIH-Image (freeware,
but quiet good), Aging and Mitochondria
Added by: becker@ps1515.chemie.uni-marburg.de;
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Dictionary of Cell
Biology The concept here is pretty simple: you type in a biological term,
and the site provides a definition. Words like 'tubulin' aren't always in
Webster's, but they are in this lexicon. Tubulin-beta mRNA autoregulation
signal, by the way, is a 'conserved protein motif from the Prosite database.'
Search results also include links to other pertinent terms or, in the case
of genetic-related items, to the Genome Databank's search engine. The dictionary
contains more than 5400 entries and 5700 cross-references.
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Cell Death Homepage
Announcing the Apoptosis/Programmed Cell Death Web Page: presented by The
Cell Death Society and St. John's University This will be a cooperative page.The
basic structure is available, but submissions, comments, and suggestions
will be welcome. Check it out or email me at the address below.
Added by: lockshin@stjohns.edu;
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Section of Molecular and Cellular Biology, UC
Davis
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Cell death Homepage
Announcing the Apoptosis/Programmed Cell Death Web Page: presented by The
Cell Death Society and St. John's University This will be a cooperative page.The
basic structure is available, but submissions, comments, and suggestions
will be welcome. Check it out or email me at the address below.
Added by: lockshin@stjohns.edu;
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Cell and Molecular Biology Online An excellent
site for cellbiology (magellan 4 stars)
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Internet for the Molecular
Biologist A magellan 3 star site
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Cytoskeletal Protein Interactions Database
Drosophila
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Lab
list in Flybrain
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Dept. of Genetics
at the University of Essen, Germany This site gives you information about
our group providing research topics, a list of the personnel and downloadable
images of our work.
Added by: christian.schunck@uni-essen.de;
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The Strausfeld Lab works
on arthropod brain evolution. Participates in the publication of Flybrain.
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Chun-Fang Wu
Neurobiology and Neurogenetics Major research interests in our laboratory
concern the genetic control of function and development of the nervous system.
Currently we focus on behavioral mutants of the fruitfly Drosophila
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Drosophila researchers in
FlyBase FlyBase provides addresses, phone and email numbers.
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Virtually Library
Drosophila continuously updated list of links to labs and databases with
short descriptions
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Genetic
Institute Würzburg
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Kalpana White Research
in my laboratory focuses on neural development. We study functions crucial
to neuronal maturation during embryogenesis and in the neurons of the visual
system. Our other interest is the study of development and function of specific
transmitter/modulator neuronal subsets. We have chosen to use the fruit fly,
Drosophila melanogaster, as our model system because of the wealth of genetic
and molecular approaches possible in this organism.
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Thomas
Schmidt-Glenewinkel lab Biochemistry and Molecular Biology of
Neurotransmitter Receptors and Ion Channels in Drosophila Melanogaster
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Serge Côté
Laboratory We are interested in a central question of developmental biology:
How does a group of initially unspecified cells organize itself to generate
a precise array of structures during develoment? The model system we choose
to address this question is the segmented embryo of the fruit fly, Drosophila.
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Ross L. Cagan
Lab The developing Drosophila retina has proven enormously useful in
addressing the basic questions of cell fate choice and patterning within
a neuroepithelium. Perhaps its greatest virtue is its simplicity: the fly
retina represents a simple micro-nervous system composed of only twenty cell
types. The powerful molecular and genetic tools available in Drosophila ,
combined with a detailed morphological description of fly retinal development,
has allowed these studies to be conducted with single cell resolution.
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Tata institute
for fundamental research in Bombay
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The Doug
Kankel lab Visual system development
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The
John Pollock lab Visual system development
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The Nüsslein-Volhard
lab Drosophila and zebrafish development
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Carthew Lab with lab manuals etc.
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Nagoshi lab with images of enhancer trap lines (Oogenesis)
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User supplied Links
Others
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