[PDF][PDF] The renal medullary microcirculation
A Edwards, EP Silldforff, TL Pallone - Front Biosci, 2000 - Citeseer
A Edwards, EP Silldforff, TL Pallone
Front Biosci, 2000•CiteseerIntroduction 3. Vasa Recta Anatomy and Counter-Current Exchange 3.1. Anatomy of the
Renal Medulla 3.2. Vasoconstriction of Descending Vasa Recta 3.3. Counter-Current
Exchange: General Principles 4. Blood Flow in Vasa Recta 4.1. Techniques and
Measurements 4.1. 1. Cortical Extraction of PAH 4.1. 2. Diffusible Tracers 4.1. 3. Rubidium
Extraction 4.1. 4. Indicator Transit Time 4.1. 5. Albumin Accumulation 4.1. 6. Microspheres
4.1. 7. Laser-Doppler 4.1. 8. Videomicroscopy 4.1. 9. Micro-vessel diameter measurements …
Renal Medulla 3.2. Vasoconstriction of Descending Vasa Recta 3.3. Counter-Current
Exchange: General Principles 4. Blood Flow in Vasa Recta 4.1. Techniques and
Measurements 4.1. 1. Cortical Extraction of PAH 4.1. 2. Diffusible Tracers 4.1. 3. Rubidium
Extraction 4.1. 4. Indicator Transit Time 4.1. 5. Albumin Accumulation 4.1. 6. Microspheres
4.1. 7. Laser-Doppler 4.1. 8. Videomicroscopy 4.1. 9. Micro-vessel diameter measurements …
Abstract
Introduction 3. Vasa Recta Anatomy and Counter-Current Exchange 3.1. Anatomy of the Renal Medulla 3.2. Vasoconstriction of Descending Vasa Recta 3.3. Counter-Current Exchange: General Principles 4. Blood Flow in Vasa Recta 4.1. Techniques and Measurements 4.1. 1. Cortical Extraction of PAH 4.1. 2. Diffusible Tracers 4.1. 3. Rubidium Extraction 4.1. 4. Indicator Transit Time 4.1. 5. Albumin Accumulation 4.1. 6. Microspheres 4.1. 7. Laser-Doppler 4.1. 8. Videomicroscopy 4.1. 9. Micro-vessel diameter measurements 4.2 Intrarenal Hematocrit 5. Permeability of Vasa Recta 5.1. To Water
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