B2 Homeostasis and Osmoregulation
- Created by: DanielBurt
- Created on: 04-04-17 13:51
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- Homeostasis - Osmoregulation
- Receptor in the Brain detects an excess in water
- Processing centre in the brain coordinates a response
- The Pituitary Gland releases less ADH so the Kidneys reabsorb less water
- Homeostasis - Osmoregulation
- Receptor in the Brain detects an excess in water
- Processing centre in the brain coordinates a response
- The Pituitary Gland releases less ADH so the Kidneys reabsorb less water
- Large amounts of Dilute Urine
- The Pituitary Gland releases less ADH so the Kidneys reabsorb less water
- Processing centre in the brain coordinates a response
- Receptor in the Brain detects a lack of water
- Processing centre in the brain coordinates a response
- The Pituitary Gland releases more ADH so the Kidneys reabsorb more water.
- Small amounts of Concentrated Urine
- The Pituitary Gland releases more ADH so the Kidneys reabsorb more water.
- Processing centre in the brain coordinates a response
- Maintaining A Constant Internal Envrinoment
- Receptor in the Brain detects an excess in water
- Large amounts of Dilute Urine
- Homeostasis - Osmoregulation
- The Pituitary Gland releases less ADH so the Kidneys reabsorb less water
- Processing centre in the brain coordinates a response
- Receptor in the Brain detects a lack of water
- Processing centre in the brain coordinates a response
- The Pituitary Gland releases more ADH so the Kidneys reabsorb more water.
- Small amounts of Concentrated Urine
- The Pituitary Gland releases more ADH so the Kidneys reabsorb more water.
- Processing centre in the brain coordinates a response
- Maintaining A Constant Internal Envrinoment
- Receptor in the Brain detects an excess in water
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