Too Hot???
when your internal temperature rises to a dangerously high level
Heat Stroke
when your internal temperature drops to a dangerously low level
Hypothermia
An important protein and hormone in the regulation of blood glucose
Insulin
the molecule which provides the body with energy through cellular respiration
glucose
If homeostasis is not achieved this occurs...
Death
2 responses to high body temp
Sweating, Vasodilation
2 responses to low body temp
Shivering, Vasoconstriction, Goosebumps
Produces insulin in order to regulate blood glucose levels in the body
Pancreas
An important protein and hormone in the regulation of blood glucose
Glucagon
The set point for internal body temperature (in celsius)
37 degrees celsius
the system which stimulates sweat glands
Nervous system
the other type of muscle movement that helps keep the body warm in addition to shivering
goosebumps
The two options in the body in which glucose can be utilized when insulin is released
Liver & Body Cells
Produces glucagon in order to regulate blood glucose levels in the body
Pancreas
The optimal range for Blood Glucose levels
90 - 130
The expansion of blood vessels to release heat to the external environment
Vasodilation
the narrowing of the blood vessels to retain heat
Vasoconstriction
The disease which is associated with high levels a blood glucose levels
Diabetes
The structure/molecule that glucose is broken down from in the liver
Glycogen
The control of body temperature and the concentration of sugar in the blood are all regulated by
Negative Feedback Loop
sweating, or putting a layer of water on your skin, is advantageous for the loss of body heat by this mechanism
Evaporation
The part of the brain that controls thermoregulation
Hypothalamus
Long-term storage site of glucose
Fat Cells
The type of diet which will force glucagon production
Low sugar, keto, carb-free
This is the other feedback loop we have studied so far that is related to our runner
Gas Exchange