Add to ORKGThis brief outline reviews some of the important studies done with various types of thermodes employed for heating or cooling loci in the brain and discusses some sources of the findings relevant to our understanding of temperature regulation in mammals
Developing a targeted cooling approach to quickly induce brain hypothermia while avoiding systemic c...
Background: Therapeutic hypothermia (i.e., temperature management) is an effective option for improv...
Abstract: To determine the responsibility of lower pons as a extrahypothalamic thermo-regulatory cen...
This brief outline reviews some of the important studies done with various types of thermodes employ...
The human body is a complex machine that operates within a narrow thermal range. Alongside internal ...
A mechanism that selectively cools the brain during hyperthermia is a weIl accepted fact in animals ...
Selective brain cooling (SEC) of varying strengths has been demonstrated in a number of mammals and ...
Several mathematical descriptions of heat transport in perfused tissues have been proposed but have ...
The brain is the organ at greatest risk of injury during periods of reduced blood flow; to prevent t...
An attempt was made to ascribe the regulation of body temperature in homeotherms to the hypothalamus...
Purpose: To determine whether retrograde perfusion of cooled blood into one internal jugular vein (I...
The effect of the tissue temperature on regional cerebral blood flow (rCBF) was studied using anesth...
There have been suggestions that heat caused by cerebral metabolic activity may constrain mammalian ...
The aim of this review is to present recent advances in the understanding of the physiological mecha...
BACKGROUND: Therapeutic hypothermia (i.e., temperature management) is an effective option for impro...
Developing a targeted cooling approach to quickly induce brain hypothermia while avoiding systemic c...
Background: Therapeutic hypothermia (i.e., temperature management) is an effective option for improv...
Abstract: To determine the responsibility of lower pons as a extrahypothalamic thermo-regulatory cen...
This brief outline reviews some of the important studies done with various types of thermodes employ...
The human body is a complex machine that operates within a narrow thermal range. Alongside internal ...
A mechanism that selectively cools the brain during hyperthermia is a weIl accepted fact in animals ...
Selective brain cooling (SEC) of varying strengths has been demonstrated in a number of mammals and ...
Several mathematical descriptions of heat transport in perfused tissues have been proposed but have ...
The brain is the organ at greatest risk of injury during periods of reduced blood flow; to prevent t...
An attempt was made to ascribe the regulation of body temperature in homeotherms to the hypothalamus...
Purpose: To determine whether retrograde perfusion of cooled blood into one internal jugular vein (I...
The effect of the tissue temperature on regional cerebral blood flow (rCBF) was studied using anesth...
There have been suggestions that heat caused by cerebral metabolic activity may constrain mammalian ...
The aim of this review is to present recent advances in the understanding of the physiological mecha...
BACKGROUND: Therapeutic hypothermia (i.e., temperature management) is an effective option for impro...
Developing a targeted cooling approach to quickly induce brain hypothermia while avoiding systemic c...
Background: Therapeutic hypothermia (i.e., temperature management) is an effective option for improv...
Abstract: To determine the responsibility of lower pons as a extrahypothalamic thermo-regulatory cen...