Figure 7
![Figure 7. Model of hemostasis in mouse cremaster venules. A model depicting the rate of plasma protein extravasation (L[t]) and dispersion (D[t]) over time, and the resulting impact on the gradient of plasma proteins in the extravascular space.](https://ash.silverchair-cdn.com/ash/content_public/journal/blood/127/12/10.1182_blood-2015-09-672188/5/1598f7.jpeg?Expires=1735833332&Signature=YdHl5svv-mgVnUUziJk-hsafqzTkMvhZ9ucLNCzx9sJ9aChFz~O1u9ufYMuTT3unhVfgnkem0Ciypt8EeWk3yKvgDp3Iu-pp2zy3MfAArwQLftNs3I2UMDS9RPUNiSX4fiLOWB6RsgepheEbzS9whYHl8HPPC4pE1UqU2UpCUXQe7gdgQxgRCqKDp46qlaQ5DCZGZAOfGnIOpGMRrS6v29VyucoCVHjOmraFW3xw~CZqE0n1R0JwSBKl2OKLXifHm3AuU0ZfvIxU2e~2o6UjUeoFWxVzqVM0IfqtAZ8l7Ps6sw1oWZ~U0AiSTBRcBlet7FdPg6jGhWJgvGxZYtykCw__&Key-Pair-Id=APKAIE5G5CRDK6RD3PGA)
Model of hemostasis in mouse cremaster venules. A model depicting the rate of plasma protein extravasation (L[t]) and dispersion (D[t]) over time, and the resulting impact on the gradient of plasma proteins in the extravascular space.
Model of hemostasis in mouse cremaster venules. A model depicting the rate of plasma protein extravasation (L[t]) and dispersion (D[t]) over time, and the resulting impact on the gradient of plasma proteins in the extravascular space.
