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1 n tracer kinetic model parameters, including transcapillary contrast agent transfer constant (P < .00
2 ic drainage and by 0.7 mL/min because of the transcapillary convective component.
3 i-increase glomerular hydraulic pressure and transcapillary convective flux of ultrafiltrate and macr
4 hted the crucial need for effective and safe transcapillary delivery methods to the brain.
5 hat integrates exchangeable Na(+) stores and transcapillary dynamics with advances in interstitial ma
6 water concentration (LWC), and the pulmonary transcapillary escape rate (PTCER) of (68)Ga-labeled tra
7 upstream capillary pressure profiles and the transcapillary exchange of solutes and water under condi
8 ance to flow, loss of fluid through abnormal transcapillary exchange, differential vascular resistanc
9  been shown previously, increasing blood and transcapillary filtration pressure induced nephropathy i
10 nducted over a half century ago on tonicity, transcapillary fluid exchange, and the distribution of w
11 n tumor growth by accounting for blood flow, transcapillary fluid flux, interstitial fluid flow, and
12 istance and collapse may contribute to lower transcapillary fluid/oxygen flux, thus decreasing the ra
13 osmotic pressure = 21 cm H2O), we quantified transcapillary flux at a fixed absorptive capillary pres
14 ombination with a decrease in the glomerular transcapillary hydraulic pressure gradient (DeltaP).
15 ed a device engineered to exploit the innate transcapillary hydrostatic and colloid osmotic pressure
16 d from the volume response of glomeruli to a transcapillary oncotic gradient.
17 asma albumin concentration and the decreased transcapillary oncotic pressure gradient.
18                         We conclude that BBB transcapillary transport function is disturbed in respon
19 ided that the mechanism of insulin and NN304 transcapillary transport is similar, that transcapillary
20 t remains unclear whether lipids also impair transcapillary transport of insulin and glucose, which c
21 el, without impairment of local perfusion or transcapillary transport of insulin and glucose.
22                                  A defect in transcapillary transport of insulin in skeletal muscle a
23 04 transcapillary transport is similar, that transcapillary transport of insulin in skeletal muscle o
24                    Blood-brain barrier (BBB) transcapillary transport was studied after insertion of
25 ncluding the roles of granuloma vasculature, transcapillary transport, plasma dilution, and interstit
26 14C-dextran (70 kDa) was used to measure BBB transcapillary transport; K1 was increased 90-fold after