Figure 5
Figure 5. Levels of active PKCβII correlate with membrane-associated Btk and with pY759-phosphorylated PLCγ2. (A) Plot of membrane-associated Btk against membrane-associated (active) PKCβII in CLL cells (n = 12). The percentage membrane association of Btk in CLL cells was determined from membrane and cytosolic subcellular fractions, as described for PKCβII. (B) Plot of pY759-PLCγ2 against membrane-associated (active) PKCβII in CLL cells (n = 12). The degree of pY759-PLCγ2 was determined in Western blot analysis of whole cell lysates, taking the ratio of the densities of the bands recognized by antibodies specific for nonphosphorylated PLCγ2 and for pY759-PLCγ2. Results are reported in arbitrary units.

Levels of active PKCβII correlate with membrane-associated Btk and with pY759-phosphorylated PLCγ2. (A) Plot of membrane-associated Btk against membrane-associated (active) PKCβII in CLL cells (n = 12). The percentage membrane association of Btk in CLL cells was determined from membrane and cytosolic subcellular fractions, as described for PKCβII. (B) Plot of pY759-PLCγ2 against membrane-associated (active) PKCβII in CLL cells (n = 12). The degree of pY759-PLCγ2 was determined in Western blot analysis of whole cell lysates, taking the ratio of the densities of the bands recognized by antibodies specific for nonphosphorylated PLCγ2 and for pY759-PLCγ2. Results are reported in arbitrary units.

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