Flow cytometry of CD11b, CD3 and LY6G stained circulating blood cells showed alterations in distribution of cells.

Yangchen Dhondup (812738); Ivar Sjaastad (162165); Helge Scott (4898); Øystein Sandanger (329789); Lili Zhang (120447); Solveig Bjærum Haugstad (812739); Jan Magnus Aronsen (347485); Trine Ranheim (151364); Sigve Dhondup Holmen (812740); Katrine Alfsnes (616207); Muhammad Shakil Ahmed (812741); Håvard Attramadal (224421); Lars Gullestad (224437); Pål Aukrust (151370); Geir Christensen (162197); Arne Yndestad (224387); Leif Erik Vinge (329788)

Flow cytometry of CD11b, CD3 and LY6G stained circulating blood cells showed alterations in distribution of cells.

Authors: Yangchen Dhondup (812738)
Ivar Sjaastad (162165)
Helge Scott (4898)
Øystein Sandanger (329789)
Lili Zhang (120447)
Solveig Bjærum Haugstad (812739)
Jan Magnus Aronsen (347485)
Trine Ranheim (151364)
Sigve Dhondup Holmen (812740)
Katrine Alfsnes (616207)
Muhammad Shakil Ahmed (812741)
Håvard Attramadal (224421)
Lars Gullestad (224437)
Pål Aukrust (151370)
Geir Christensen (162197)
Arne Yndestad (224387)
Leif Erik Vinge (329788)
Publication date: 2015
Publisher
Doi

Abstract

(A) CD11b-APC positive cells (B) CD3-FITC positive cells and (C) LY6G-PE positive cells. Statistics were done using Mann Whitney U- test (n = 6–12 per group). Lines and error bars are mean±SEM. *P<0.05 vs. SERCA2a KO mice. ###P<0.001 vs. control with same intervention.</p

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