The brain
Neurons & Pathways
Synapses
Hormones
Diabetes
100

Name one part of the brain

Cerebrum / Cerebellum / Medulla

100

What are nerve cells called?

Neurons

100

What is the gap between a neuron called?

Synapse

100

Define a hormone

Chemical messengers 

100

What are the types of diabetes 

Type 1 and Type 2

200

Which part of the brain controls balance and coordination?

Cerebellum

200

Name the three types of neuron

Sensory, inter, motor 

200

How do signals cross a synapse? 

Neurotransmitters 

200

Where are hormones released into?

Bloodstream

200

People with type 1 diabetes are unable to produce?

Insulin

300

I am responsible for unconscious activities

Medulla

300

What is the role of a sensory neuron?

Carries impulses from receptors to CNS 

300

What happens after the chemical crosses the synapse? 

A new electrical impulse is triggered
300

What is a target tissue?

Tissue with receptors for a hormone

300

Which organ controls blood glucose?

Pancreas

400

Describe the function of the cerebrum

Conscious thought, intelligence, memory

400

Put these in order: motor neuron, sensory neuron, inter neuron

SIM 

Sensory -> Inter -> Motor

400

Why are synapses important?

Allow communication between neuron's

400

Why do only certain cells respond to a hormone?

They have specific receptors

400

Why do blood glucose levels stay high in diabetes?

No insulin / insulin resistance

500

A patient has poor balance after injury - which part is likely damaged?

cerebellum as It controls coordination and balance 

500

Explain how a message travels from a stimulus to a response 

Receptor -> sensory neuron -> CNS -> motor neuron -> effector

500

Explain what would happen if synapses did not work properly?

Messages wouldn't pass between neurons -> no response / slow reactions

500

A hormone travels in the blood but has no effect on a cell. Why?

the cell does not have the correct receptor

500

Compare 2 differences between Type 1 and Type 2 diabetes 

Type 1 = no insulin, treated with medication, lifelong 

Type 2 = insulin resistance, treated mainly with lifestyle, can be resolved