Save
...
Module 5
hormonal communication
diabetes
Save
Share
Learn
Content
Leaderboard
Share
Learn
Created by
Jen Butcher
Visit profile
Cards (7)
Type
1
diabetes mellites is a disease that causes the
inability
produce
insulin
It is believed that type 1 diabetes is an autoimmune disease what does this mean?
An autoimmune disease is where your
immune cells destroys cells within your body.
What cells will be destroyed if type 1 diabetes is an autoimmune disease?
This will
destroy beta
islet of Langerhans cells
Type
2
diabetes mellites is when insulin is
still produced
but can’t be used to control blood glucose levels.
What are two things that might lead to the inability to use insulin to control blood sugar levels?
This is due to either
Beta cells
not producing enough
insulin
Body cell
not responding to
insulin
Type
2
diabetes mellites can often be treated with
diet
and
exercise.
If this is not possible then drugs are used to
Increase insulin
release
Slow down
glucose uptake
in the intestines
Type 1 – To treat type 1 the
insulin
that can’t be produced needs to be
replaced
Regulating
insulin levels by measuring and
injecting
themselves with the correct amount
Transplants
can be used to replace the damaged pancreas.
Some attempts have been made to inject people with donor
B
cells but there is little success and
immunosuppressants
need to be used.
Stem
cells injected and programmed to make
beta
cells
See similar decks
OCR A-Level Biology
3977 cards
AQA A-Level Biology
3538 cards
5.4 Hormonal communication
OCR A-Level Biology > Module 5: Communication, homeostasis and energy
84 cards
Module 2: Foundations in biology
OCR A-Level Biology
1003 cards
5.4.1 Endocrine system overview
OCR A-Level Biology > Module 5: Communication, homeostasis and energy > 5.4 Hormonal communication
53 cards
Module 1: Development of practical skills in biology
OCR A-Level Biology
381 cards
Module 5: Communication, homeostasis and energy
OCR A-Level Biology
971 cards
7.1 Hormonal Coordination
Edexcel GCSE Biology > Topic 7: Animal Coordination, Control and Homeostasis
73 cards
5.3 Neuronal communication
OCR A-Level Biology > Module 5: Communication, homeostasis and energy
142 cards
OCR GCSE Biology
2284 cards
6.5 Forensic Biology
Edexcel A-Level Biology > Topic 6: Immunity, Infection and Forensics
226 cards
5.4.2 Regulation of blood glucose
OCR A-Level Biology > Module 5: Communication, homeostasis and energy > 5.4 Hormonal communication
31 cards
5.3.3 Diabetes
AQA GCSE Biology > Unit 5: Homeostasis and Response > 5.3 Hormonal Coordination in Humans
51 cards
5.3.3 Diabetes
GCSE Biology > Unit 5: Homeostasis and Response > 5.3 Hormonal Coordination in Humans
78 cards
5.3.3 Synaptic transmission
OCR A-Level Biology > Module 5: Communication, homeostasis and energy > 5.3 Neuronal communication
58 cards
Unit 1: Cell Biology
GCSE Biology
527 cards
Edexcel A-Level Biology
8631 cards
5.3.1 Structure of neurons
OCR A-Level Biology > Module 5: Communication, homeostasis and energy > 5.3 Neuronal communication
36 cards
5.7 Respiration
OCR A-Level Biology > Module 5: Communication, homeostasis and energy
256 cards
5.6 Photosynthesis
OCR A-Level Biology > Module 5: Communication, homeostasis and energy
109 cards
2.5.3 Hormonal Coordination
WJEC GCSE Biology > Unit 2: Variation, Homeostasis, and Microorganisms > 2.5 Response and Regulation
44 cards