Fig. 7.
Fig. 7. Rolling leukocyte flux fraction in venules of TNF-α–treated cremaster muscle venules of Balb/c mice. The number of rolling leukocytes per minute (flux) was counted, and rolling leukocyte flux fraction was determined by dividing rolling leukocyte flux by total leukocyte flux (all leukocytes passing through microvessel). 10E9.6 had no significant effect on leukocyte rolling, either in the presence or absence of P-selectin MoAb RB40.34. In contrast, 9A9 almost completely blocked leukocyte rolling when combined with RB40.34. Mean of 9 to 21 venules in four mice. ***P < .001.

Rolling leukocyte flux fraction in venules of TNF-α–treated cremaster muscle venules of Balb/c mice. The number of rolling leukocytes per minute (flux) was counted, and rolling leukocyte flux fraction was determined by dividing rolling leukocyte flux by total leukocyte flux (all leukocytes passing through microvessel). 10E9.6 had no significant effect on leukocyte rolling, either in the presence or absence of P-selectin MoAb RB40.34. In contrast, 9A9 almost completely blocked leukocyte rolling when combined with RB40.34. Mean of 9 to 21 venules in four mice. ***P < .001.

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