Fig. 3.
Fig. 3. The effect of the SHIP constructs on SF-induced PIP3 levels in SHIP−/− BMMCs. / (A) PIP3 levels were determined, as described in “Materials and methods,” following a 2-minute stimulation of SHIP−/−, SHIP+/+ and SHIP−/−BMMCs expressing the WT-SHIP construct with 400 ng/mL SF. (B) PIP3 levels were determined after 2 minutes of stimulation with 400 ng/mL SF in SHIP−/− BMMCs expressing the indicated SHIP constructs. Because the PI-4,5-P2 levels were unaffected by either the presence or absence of SHIP or by SF stimulation, they were used as a loading control for the Partisol 10 SAX high-performance liquid chromatography column runs. To reflect this standardization the results are expressed as PIP3/PI-4,5-P2 ratios. Each point is the mean ± SE of a minimum of 4 determinations.

The effect of the SHIP constructs on SF-induced PIP3 levels in SHIP−/− BMMCs.

(A) PIP3 levels were determined, as described in “Materials and methods,” following a 2-minute stimulation of SHIP−/−, SHIP+/+ and SHIP−/−BMMCs expressing the WT-SHIP construct with 400 ng/mL SF. (B) PIP3 levels were determined after 2 minutes of stimulation with 400 ng/mL SF in SHIP−/− BMMCs expressing the indicated SHIP constructs. Because the PI-4,5-P2 levels were unaffected by either the presence or absence of SHIP or by SF stimulation, they were used as a loading control for the Partisol 10 SAX high-performance liquid chromatography column runs. To reflect this standardization the results are expressed as PIP3/PI-4,5-P2 ratios. Each point is the mean ± SE of a minimum of 4 determinations.

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