Homeostasis Mechanisms

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Regulation of internal stability

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Ana Urjita

Philippines

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Froggy Jumps Homeostasis MechanismsOnline version Regulation of internal stability by Ana Urjita 1 What is homeostasis? a Unregulated external environment control b Stable internal conditions maintained by regulatory processes c Random body changes 2 Which component detects changes in the internal environment? a Hormonal poisons b Sensors or receptors c Effector muscles 3 What is the role of effectors in homeostasis? a Act to restore balance after a deviation b Ignore sensory input c Create new set points 4 Which is a common example of negative feedback in the body? a Childbirth contractions b Lactation during feeding c Body temperature regulation (shivering or sweating) 5 How does negative feedback differ from positive feedback? a Both counteract changes b Both stop changes c Negative feedback counteracts change, positive amplifies it 6 What is a set point in homeostasis? a The target value for a physiological parameter b The point of injury c A random value 7 Which parameter is a classic example of homeostatic regulation? a Hair color b Blood glucose level c Bone length 8 Which systems commonly regulate homeostasis? a Integumentary and skeletal systems b Digestive and excretory systems c Nervous and endocrine systems 9 What happens when a deviation is detected? a Tolerance leads to permanent change b The body ignores the signal c A feedback loop initiates a corrective response 10 Why is homeostasis important for enzyme activity? a Any condition is fine for enzymes b Enzymes work best at specific internal conditions c Enzymes regulate only external conditions

Froggy Jumps

Homeostasis MechanismsOnline version

Regulation of internal stability

by Ana Urjita

What is homeostasis?

Unregulated external environment control

Stable internal conditions maintained by regulatory processes

Random body changes

Which component detects changes in the internal environment?

Hormonal poisons

Sensors or receptors

Effector muscles

What is the role of effectors in homeostasis?

Act to restore balance after a deviation

Ignore sensory input

Create new set points

Which is a common example of negative feedback in the body?

Childbirth contractions

Lactation during feeding

Body temperature regulation (shivering or sweating)

How does negative feedback differ from positive feedback?

Both counteract changes

Both stop changes

Negative feedback counteracts change, positive amplifies it

What is a set point in homeostasis?

The target value for a physiological parameter

The point of injury

A random value

Which parameter is a classic example of homeostatic regulation?

Hair color

Blood glucose level

Bone length

Which systems commonly regulate homeostasis?

Integumentary and skeletal systems

Digestive and excretory systems

Nervous and endocrine systems

What happens when a deviation is detected?

Tolerance leads to permanent change

The body ignores the signal

A feedback loop initiates a corrective response

Why is homeostasis important for enzyme activity?

Any condition is fine for enzymes

Enzymes work best at specific internal conditions

Enzymes regulate only external conditions

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Homeostasis Mechanisms

Froggy Jumps

About this activity

Created by

Download the paper version to play

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Homeostasis MechanismsOnline version

by Ana Urjita

What is homeostasis?

Which component detects changes in the internal environment?

What is the role of effectors in homeostasis?

Which is a common example of negative feedback in the body?

How does negative feedback differ from positive feedback?

What is a set point in homeostasis?

Which parameter is a classic example of homeostatic regulation?

Which systems commonly regulate homeostasis?

What happens when a deviation is detected?

Why is homeostasis important for enzyme activity?

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