Figure 4
Figure 4. PI3Kβ is required to prevent high shear-dependent emboli shedding in vivo. Deep laser injuries of mesenteric arterioles were performed in p110βflox/flox control (WT) (n = 28) or PF4-Cre/p110βflox/flox (p110βnull) (n = 17) mice. (A) Thrombus formation was monitored through time by fluorescence microscopy (supplemental Videos 3 and 4). Typical profiles are shown to illustrate the stability (WT) or instability (p110βnull) of the thrombus formed. (B) The thrombus surfaces (µm2) were analyzed and were represented as 2 groups: thrombus size <28 000 µm2 (small) or >28 000 µm2 (large). A histogram represents the percentage (%) of thrombus formed with (dark) or without (white) emboli shedding. Thrombus instability (emboli shedding) is defined as a decrease of the thrombus surface area ≥5000 µm2.

PI3Kβ is required to prevent high shear-dependent emboli shedding in vivo. Deep laser injuries of mesenteric arterioles were performed in p110βflox/flox control (WT) (n = 28) or PF4-Cre/p110βflox/flox (p110βnull) (n = 17) mice. (A) Thrombus formation was monitored through time by fluorescence microscopy (supplemental Videos 3 and 4). Typical profiles are shown to illustrate the stability (WT) or instability (p110βnull) of the thrombus formed. (B) The thrombus surfaces (µm2) were analyzed and were represented as 2 groups: thrombus size <28 000 µm2 (small) or >28 000 µm2 (large). A histogram represents the percentage (%) of thrombus formed with (dark) or without (white) emboli shedding. Thrombus instability (emboli shedding) is defined as a decrease of the thrombus surface area ≥5000 µm2.

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