Search results for "Venule"

showing 3 items of 23 documents

Agere 'ex asse in solidum' e agere 'pro parte in solidum'. Per un'interpretazione di Venul. 7 stip. D. 10, 2, 7

2020

The paper proposes a revised analysis of D. 10.2.7 (Venul. 7 stip.), from which it seems reasonable to suggest that Venuleius discussed a particular kind of co-inheritance: the coniunctim attribution of a hereditas or an inheritance quota regarding two heirs. The substantially classical text, which can be glimpsed therein, offers evidence of the coexistence of different patterns of co-inheritance in classical private Roman law.

coniunctioCommunio coeredità Venuleio agere in solidumSettore IUS/18 - Diritto Romano E Diritti Dell'Antichita'
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Paradoxical attenuation of leukocyte rolling in response to ischemia- reperfusion and extracorporeal blood circulation in inflamed tissue.

2005

In contrast to acute preparations such as the exteriorized mesentery or the cremaster muscle, chronically instrumented chamber models allow one to study the microcirculation under “physiological” conditions, i.e., in the absence of trauma-induced leukocyte rolling along the venular endothelium. To underscore the importance of studying the naive microcirculation, we implanted titanium dorsal skinfold chambers in hamsters and used intravital fluorescence microscopy to study venular leukocyte rolling in response to ischemia-reperfusion injury or extracorporeal blood circulation. The experiments were performed in chambers that fulfilled all well-established criteria for a physiological microcir…

medicine.medical_specialtyExtracorporeal CirculationPhysiologyIschemiaLeukocyte RollingLeukotriene B4ExtracorporealMicrocirculationVenulesPhysiology (medical)Internal medicineCricetinaeMedicineAnimalsLeukocyte RollingMuscle SkeletalMesocricetusMyositisbusiness.industryExtracorporeal circulationAnatomymedicine.diseaseMicroscopy FluorescenceReperfusion InjuryCremaster muscleCirculatory systemCardiologyCardiology and Cardiovascular MedicinebusinessReperfusion injuryAmerican journal of physiology. Heart and circulatory physiology
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Microvascular Sex- and Age- Dependent Phosphodiesterase Expression

2021

Objective: The cyclic nucleotide second messengers, cAMP and cGMP, are pivotal regulators of vascular functions; their cellular levels are tightly controlled by the cyclic nucleotide hydrolases, phosphodiesterases (PDE). Biologic sex and age are recognized as independent factors impacting the mechanisms mediating both vascular health and dysfunction. This study focused on microvessels isolated from male and female rats before (juvenile) and after (adult) sexual maturity under resting conditions. We tested the hypothesis that sexual dimorphism in microvascular PDE expression would be absent in juvenile rats, but would manifest in adult rats.Methods: Abdominal skeletal muscle arterioles and v…

medicine.medical_specialtyPhosphodiesterase 3arterioles030204 cardiovascular system & hematologyBiology03 medical and health sciencesCyclic nucleotidechemistry.chemical_compound0302 clinical medicineInternal medicineGene expressionmedicinesexSexual maturityJuvenileMicrovesseladultRC952-954.6PhosphodiesteraseSexual dimorphismEndocrinologyagechemistryvenulesGeriatricsphosphodiesterase030217 neurology & neurosurgeryFrontiers in Aging
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