Heat shock protein Hsp70
Introduction to heat shock protein 70 (Hsp70) Bacteria can sense environmental changes and stresses and respond
Model organisms
Thermophile and cryophile archaea and bacteria
Extremophilic organisms are capable of growth in extreme environments. Thermophiles are adapted to high temperatures (up
Temperature control of S. pombe cytokinesis
Temperature control of S. pombe cytokinesis Abstract The availability of temperature-sensitive mutants, fluorescent tagged proteins and
S. Pombe : Temperature control of microtubules assembly
Temperature control of microtubules assembly in S. pombe Abstract S. pombe is a very powerful organism
Drosophila: the fruit fly model
The fruit fly Drosophila melanogaster (D. melanogaster) has been widely used as a model organism in
C. elegans, the need of controlling temperature
Figure 1, Image of C. elegans with electron microscopy(19) Since C. elegans starts to be used
C. elegans immobilization via microfluidics: a short review
Caenorhabditis elegans, commonly shortened as C. elegans, is a non-parasitic nematode which, for its peculiar proprieties, is
Asymmetric cell division in C. elegans
Asymmetric cell division occurs when one cell gives rise to two daughter cells with distinct cellular
Temperature sensitive mutants in worms
The development of new techniques enabled scientists to screen more easily for C. elegans temperature sensitive mutants and by shifting temperature from
Yeast: Cell cycle and thermosensitive mutations
Temperature control for S. pombe cell cycle studies Working with S. pombe is working with one of
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