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Sunday, March 13, 2011

homeostasis body temperature

a normal body temperature, and living in a livable atmospheric pressure.

a normal body temperature, and living in a livable atmospheric pressure.

Homeostasis: Negative Feedback, Body Temperature, Blood Glucose

Homeostasis: Negative Feedback, Body Temperature, Blood Glucose

Body temperature. Heart rate. Blood pressure. Breathing rate

Body temperature. Heart rate. Blood pressure. Breathing rate

conditions such as blood glucose, body temperature, and energy

conditions such as blood glucose, body temperature, and energy

It also maintains body homeostasis by regulating body temperature, eating,

It also maintains body homeostasis by regulating body temperature, eating,

Body temperature. Heart rate. Blood pressure. Breathing rate

Body temperature. Heart rate. Blood pressure. Breathing rate

an animation of a feedback mechanism that controls body temperature.

an animation of a feedback mechanism that controls body temperature.

Block diagram of the system for control of body temperature.

Block diagram of the system for control of body temperature.

Diagram of hypothalmic control of core body temperature in humans.

Diagram of hypothalmic control of core body temperature in humans.

Humans maintain a relatively constant body temperature of about 37° C.

Humans maintain a relatively constant body temperature of about 37° C.

Negative feedback model for regulation of body fat content.

Negative feedback model for regulation of body fat content.

http://trc.ucdavis.eduiosci10vis10v/week10/homeostasis.gif

http://trc.ucdavis.eduiosci10vis10v/week10/homeostasis.gif

Skins and Skeletons Hyperthermia or Hypothermia: Body Heat Out of Control!

Skins and Skeletons Hyperthermia or Hypothermia: Body Heat Out of Control!

Your body's temperature regulation system can be compared to a home

Your body's temperature regulation system can be compared to a home

Minimizing Changes in Body Temperature

Minimizing Changes in Body Temperature

Explain that homeostasis involves monitoring levels of variables and

Explain that homeostasis involves monitoring levels of variables and

Many aspects of our body's internal environment e.g. body temperature,

Many aspects of our body's internal environment e.g. body temperature,

homeostasis the virtual body

homeostasis the virtual body

 change our body temperature, or breathing rate, or heart rate

change our body temperature, or breathing rate, or heart rate

A system for regulating body temperature will respond to a body cooling by

A system for regulating body temperature will respond to a body cooling by