Titlebook: Recent Progress in the Study and Therapy of Brain Edema; K. G. Go,A. Baethmann Book 1984 Plenum Press, New York 1984 Hydrocephalus.biochem

gruelling

懶惰民族

Effect of Drugs on Local Cerebral Glucose Utilization in Traumatized Brain: Mechanisms of Action of since our present studies on the mechanisms by which injury to the brain causes functional neurological disturbances have evolved from a longstanding interest of one of us in processes underlying the development of brain edema and its consequences. We believe that the implications of our findings a

無彈性

Regional Quantitative Biochemistry and Autoradiography of Protein Synthesis and Serum Extravasation t to relate altered synthesis rates of single specific proteins to the functional activity in various cerebral structures, especially in altered physiological states. The basic mechanisms underlying changes in protein synthesis can be analyzed on a regional level by investigation of the total cellul

狗舍

滲入

Microvascular Changes in Cold Injury Edemahat the cortical injury is the site of focal increase in vascular permeability of protein. Removal of the cold injury completely eliminates the development of edema emphasizing the importance of an intact vascular bed. It has generally been assumed that traumatized blood vessels were the origin of t

abreast

nominal

The Role of Molecular Charge in the Extravasation and Clearance of Protein Tracers in Blood-Brain Bae brain of protein tracers have been reported. These differences could be attributed in part to the use of differ-ent detection methods. but in other cases appeared to be tracer dependent.. Intravenously injected horseradish peroxidase (HRP) and endogenous serum albumin as well as IgG have been used

放逐某人

transdermal

Instinctive

Basic Molecular Events Underlying Transendothelial Transport in Brain Capillaries solutes between blood and brain. So far. several enzymes including cholinesterases., DOPA decarboxylase. γ -glutamyl transpeptidase.. Na-K-activated adenosine triphospha-tase., and other ATPases. have been reported not only to be present in brain capillaries, but also to be involved in the regulati