Re: FACS on lungs

From: smmcgurran@mmm.com
Date: Mon Dec 15 2003 - 17:54:05 EST


Phil, I have done many experiments looking at whole mouse lung tissue
(tumor bearing mice) by FACS.  I process the whole mouse lung in about 3-4
ml of Complete Tumor Media (CTM) and make a single cell suspension.  I use
a ground glass tissue grinding system to "mash up" the entire mouse lung by
hand and QS up to 20 ml with CTM in a 30 ml polypropylene centrifuge tube.
Next, I centrifuge the tissue homogenate at 1500-1800  RPM for 10 min @ 15
degrees Celsius.  I pour off the supernatant and resuspend the cell pellet
in 2-3 ml of CTM.  I take the resuspended tissue homogenate and plate out
the cells in duplicate or triplicate @ 100 ul / well (depending on the
degree of tumor growth for my studies).  Once the cells are plated out I go
through my antibody staining protocol for FACS.  Usually at dilution of 1:
400.

						 Hope this helps,
							    Sean


Sean M. McGurran
3M Pharmaceuticals-Pharmacology
Bldg 270-2S-06
Tel:  (651) 737-0843
Fax:  (651) 737-5886
smmcgurran@mmm.com



		      Christie Doxsee

					       To:	 smmcgurran@mmm.com

		      12/15/2003 02:43	       cc:

		      PM		       Subject:  FACS on lungs






Thanks, Sean!

Christie Doxsee
Immunologist
Drug Discovery, Pharmacology
Pharmaceutical Division
3M Center, Bldg. 270-2S-06
St. Paul, MN 55144

651-733-4906
fax: 651-737-5886
cdoxsee@mmm.com
----- Forwarded by Christie Doxsee/US-Corporate/3M/US on 12/15/2003 02:43
PM -----

		      "Barren, Phil"

		      <BarrenP@MedImmune       To:	 Cytometry Mailing
List <cytometry@flowcyt.cyto.purdue.edu>
		      .com>		       cc:

					       Subject:  FACS on lungs

		      12/15/2003 09:53

		      AM







FLOWers

	     Is anyone currently ( or in the past) done any Flow Cytometry
on lung tissue (
Mouse, mechanical dissociation)??

	     Infiltrating immune cells and changes in response to challenge
and treatment

We are approaching this work for one of our models, and I was wondering if
any one has
any experience and pointers.

Thank you for your time

Philip Barren


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