Chapter
CAPILLARY BLOOD OXYGEN CONTENT
TISSUE PO2 DURING FUNCTIONAL HYPEREMIA
CHAPTER 2. THE ROLE OF INTRAVASCULAR PRESSURE IN REGULATION OF THE MICROCIRCULATION
Response to Dynamic Stretch
Myogenic Response to Sustained Force
Mechanism of the Myogenic Response
Interaction of Myogenic and Metabolic Factors
Interaction of Myogenic and Neural Factors
Integration of Arteriolar Behavior in A. Network Model
PART 1: CIRCULATORY ACTIONS OF PROSTACYCLIN AND THROMBOXANE
CHAPTER 3. ARACHIDONIC ACID METABOLITES IN THE CARDIOVASCULAR SYSTEM
Anti-thrombotic and haemostatic effects of prostacyclin
Prostacyclin - Thromboxane A2 balance and anti-thrombotic therapy
Cardiovascular effects of Prostacyclin
Effects of prostacyclin in man
Prostacyclin and Extracorporeal Circulations
Perspectives in the development of new antithrombotic therapy
CHAPTER 4. PROSTACYCLIN AND ATHEROSCLEROSIS
CHAPTER 5. PROSTACYCLIN RELEASED BY ANGIOTENSINS FROM LUNGS AND ISOLATED VASCULAR TISSUE
PROSTACYCLIN RELEASED FROM LUNGS BY ANGIOTENSINS
PROSTACYCLIN RELEASED FROM OTHER VASCULAR BEDS BY ANGIOTENSINS
MECHANISM OF ANGIOTENSIN-INDUCED RELEASE OF PROSTACYCLIN
ANGIOTENS IN CONVERSION AND PR0STACYCLIN RELEASE
CHAPTER 6. EFFECT OF PROSTACYCLIN ON THE SYMPATHETICALLY-MEDIATED NOCICEPTIVE CARDIOVASCULAR REFLEX
ACTIONS OF PROSTACYCLIN ON NICOTINE-INDUCED VAGALLY-MEDIATED CHEMOREFLEX
DISCUSSION AND CONCLUSIONS
CHAPTER 7. ROLE OF PROSTAGLANDINS IN THE REGULATION OF BLOOD PRESSURE AND BLOOD FLOW
MICROCIRCULATORY STUDIES WITH PROSTAGLANDINS
CHAPTER 8. CARDIOVASCULAR ACTIONS OF TWO THROMBOXANE A2 ANALOGS
CHAPTER 9. COMPARISON OF VASODEPRESSOR AND VASODILATOR EFFECTS OF PROSTAGLANDINS E1,E2, I2 AND 6-KETO-E
CHAPTER 10. CAPILLARIES AS THE SOURCE OF PROSTACYCLIN AND PROSTAGLANDIN SYNTHETASES IN BRAIN
CHAPTER 11. CONCLUDING REMARKS ON CIRCULATORY ACTIONS OF PROSTACYCLIN AND THROMBOXANE
PART 2: ROUTES OF TRANSCAPILLARY TRANSPORT: CORRELATION OF STRUCTURE AND FUNCTION
CHAPTER 12 INTRODUCTION TO ROUTES OF TRANSCAPILLARY TRANSPORT: CORRELATION OF STRUCTURE AND FUNCTION
CHAPTER 13. VESICLES AND/OR CONTINUOUS CHANNELS
CHAPTER 14. FUNCTIONS OF ENDOTHELIAL JUNCTIONS
CHAPTER 15. THE FROG MESENTERIC CAPILLARY AS A MODEL OF MAMMALIAN CONTINUOUS CAPILLARIES
CHAPTER 16. INCREASED PERMEABILITY OF THE ARTERIOCAPILLARY SEGMENT IN HYPERTENSION
Acute arterial hypertension
Chronic arterial hypertension
CHAPTER 17. MICROCIRCULATION AND PERMEABILITY OF MICROVESSELS UNDER THE CONDITION OF PHYSICAL LOAD
CHAPTER 18. TRANSCAPILLARY FLUID FLUX INDUCED BY TRANSIENT HYPERTONIC DISTURBANCES
CHAPTER 19. THE EFFECT OF ALBUMIN ON THE SIZE-LIMITING STRUCTURES DETERMINING TRANSCAPILLARY EXCHANGE
CHAPTER 20. CONCLUDING REMARKS ON TRANSCAPILLARY TRANSPORT: CORRELATION OF STRUCTURE AND FUNCTION
PART 3: THE LYMPHATIC SYSTEM: FUNCTIONING AND INTERRELATIONSHIPS
CHAPTER 21. INTRALYMPHATIC VS. TISSUE PRESSURE IN THE EDEMATOUS BAT WING
CHAPTER 22. CONCENTRATION OF MACROMOLECULES IN THE TISSUE AND LYMPHATICS
CHAPTER 23. RELATIONS BETWEEN TISSUE FLUID AND LYMPH IN THE LUNGS: THE MACROSCOPIC ORGANIZATION OF THE INTERSTITIUM
CHAPTER 24. THE INITIAL LYMPHATIC CYCLE AND THE FORCES RESPONSIBLE FOR IT
THE MORPHOLOGY OF THE INITIAL LYMPHATIC CYCLE
POSSIBLE FORCES CAUSING THE ENTRY OF FLUID, ETC., INTO LYMPHATICS
EVIDENCE CONCERNING THE COLLOIDAL OSMOTIC PRESSURE HYPOTHESIS
CHAPTER 25. ARE PRESSURES IN IMPLANTED CAPSULES A VALID MEASURE OF INTERSTITIAL FLUID PRESSURES?
RE-EQUILIBRATION OF CAPSULE PRESSURE MEASUREMENTS AFTER PERTUBATIONS
MEASUREMENT OF CHANGES IN CAPSULE PRESSURE AND SIMULTANEOUS CHANGES IN NEEDLE PRESSURE IN VERY EDEMATOUS TISSUE
SHAPE OF THE INTERSTITIAL FLUID VOLUME-PRESSURE CURVE AS MEASURED USING THE CAPSULE METHOD
MEASUREMENT OF CAPSULE PRESSURES WHEN THE PLASMA COLLOID OSMOTIC PRESSURE IS GREATLY INCREASED
CHAPTER 26. DETERMINANTS OF LYMPH FLOW AND COMPOSITION
CHAPTER 27. MACROMOLECULAR REMOVAL VIA BLOOD AND LYMPH
CHAPTER 28. INTERSTITIAL-TO-BLOOD MOVEMENT OF PLASMA PROTEINS
CHAPTER 29. CONCLUDING REMARKS ON THE LYMPHATIC SYSTEM: FUNCTIONING AND INTERRELATIONSHIPS
PART 4: BLOOD-BRAIN BARRIER
CHAPTER 30. THE BLOOD-BRAIN BARRIER REVISITED
THE BLOOD-BRAIN BARRIER AS AN EPITHELIUM
CHAPTER 31. STRUCTURAL ELEMENTS COMPRISING THE BLOOD-BRAIN BARRIER
1. Fine structural features of the capillary endothelium
2. Fine structural changes of the capillary endothelium in pathological circumstances
3. Enzymes confined to the capillary endothelium
4. Practical considerations
CHAPTER 32. INSULIN AND THE BLOOD-BRAIN BARRIER
CHAPTER 33. PROPERTIES OF TRANSPORT PROCESSES OF THE BLOOD-BRAIN BARRIER DURING DEVELOPMENT
CHAPTER 34. REGULATION AND ADAPTATION OF SUBSTRATE TRANSPORT TO BRAIN
Acute change of metabolic rate
Acute change of plasma concentration
Chronic change of plasma concentration
CHAPTER 35. IN VITRO INVESTIGATIONS OF THE BLOODBRAIN BARRIER: ISOLATION AND CULTURE OF BRAIN CAPILLARY ENDOTHELIAL CELLS
CHAPTER 36. EFFECT OF HISTAMINE ON THE PERMEABILITY, FINE STRUCTURE AND ADENYLATE CYCLASE ACTIVITY OF BRAIN CAPILLARIES
CHAPTER 37. HOMEOSTASIS OF THE COMPOSITION OF CEREBRAL INTERSTITIAL FLUID
CHAPTER 38. CONVECTION OF BRAIN INTERSTITIAL FLUID
Intracerebral channels of flow
Removal of radiolabelled extracellular tracers from brain
Estimation of the rate of ISF production
The mechanism of ISF production
CHAPTER 39. PATHOLOGICAL OPENING OF THE BBB
CHAPTER 40. SPECULATIONS ON FUNCTIONS OF THE BLOOD-BRAIN BARRIER
SPECIFIC POSSIBLE FUNCTIONS
Cardiovascular Physiology: Microcirculation and Capillary Exchange
：Proceedings of the 28th International Congress of Physiological Sciences, Budapest, 1980
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