-----------------------------------------------
Dear Jayme,
Hope this helps.
Arne
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Dear
Jayme,
As you may notice, the staining of yeast cells is difficult doe to
the
cell wall.
You cannot use current dyes easily because it very much depend of
the
stainability.
For exemple, mitochondrial mmebrane potential dyes works in general
but
needed long incubation time and a strict whasing procedure (this
is true for
DiOC6(3) and other dyes).
The best but time consuming solution is to obtain sphéroplastes of
quality, because they have the same behaviour than mammalian cells.
Be also carefull because many publications are wrong and describe
very
often artefacts...
Especially, when describing cell death processes... this
being
especially the case of some of the F. Madeo and KU Frohlich
publications.
I am ready to help you if needed with more precises questions.
Patrice
Dr. Petit Patrice X.
INSTITUT COCHIN
INSERM U.567, CNRS UMR 8104, IFR
116
Department of Genetic, Development and Molecular Pathology
Team 5
"Cancer, Apoptosis and Mitochondria"
CHU Cochin Port-Royal
24, rue du
Faubourg Saint-Jacques
F-75014 Paris, France.
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Dear
Jayme,
When I was sorting brewer's yeast we just used Propidium Iodide (PI), for
live/dead. Or H33342 for nuclear size.
Regards
Rob W.
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Dear Dr. Newell,
I have attached a poster that give you some other options for
yeast
vitality by flow cytometry.
FUN1 has localized red staining in live yeast, so is difficult to use
on
a flow cytometer. However, you might try a red/green
ratiometric
parameter with the FUN1 data to see if you can tease out
populations.
Best regards,
Bill
William Godfrey, Ph.D.
Flow Cytometry Research Area
Manager
Invitrogen Corporation
29851 Willow Creek Road
Eugene, OR
97405
tel: 541-335-0141
toll free: 800-438-8300, x50141
mobile:
541-729-5316