Telehealth
Diabetes
Feedback Loops
Metabolism/Energy
Miscellaneous
100

Name one pro of telehealth.

Answers vary.

100

True/False: Type 2 diabetes develops in childhood.

False, that is type 1.

100

Why is blood clotting an example of a positive feedback loop?

Blood blotting is an example of a positive feedback loop because the original action (platelets going to the laceration) is amplified. 

100

Which biomolecule is not a source of energy for our cells?

Nucleic Acids

100

A type of feedback loop that stops the initial action.

Negative Feedback Loop


200
Name one con of telehealth.

Answers vary.

200

Amanda is visiting her primary care physician for a check-in about her diabetes. Her body does not produce enough insulin. Therefore, her body is insulin deficient. Which type of diabetes does Amanda have? 

Type 1 diabetes.


200
True/False: Positive Feedback Loops help the body maintain homeostasis.

False

200

Which biomolecule is the primary source of energy for our cells?

Carbohydrates


200

What are the two hormones secreted by the pancreas that control blood glucose levels? 

Insulin and glucagon.

300

What is the literal meaning of telemedicine? 

Telemedicine literally means "healing at a distance". 

300
Cole is visiting a primary care physician for a checkup on his blood glucose regulation. He is insulin resistant. His body does not respond to insulin. Which type of diabetes does he  have.

Type 2 diabetes.

300

Name the two hormones secreted from the pancreas to control blood sugar regulation.

Insulin and glucagon.

300

Where process produces ATP?

Cellular Respiration

300

Define homeostasis.

Homeostasis is maintaining a stable, internal environment. 
400

Why did Cass use Telehealth in Activity 2.1.5? 

She was traveling with her family in Romania and needed to check in with her doctor about her diabetes.

400

Describe what happens in the body of an individual that has type 1 diabetes. Key Words: Pancreas, insulin, glucose, cell membrane, cell receptors, channel.

The patient's pancreas does not produce enough glucose. Therefore, there is not insulin to bind to cell receptors on a cell membrane. Because of this, the channels do not open and glucose stays in the blood.

400

Describe the function of insulin in the blood sugar regulation feedback loop.

Insulin is secreted from the pancreas to lower blood glucose levels when they are too high. Insulin in secreted from the pancreas and binds to receptors on a cell membrane, which allows glucose inside of cells.
400

What molecule is needed for cellular respiration to occur?

Glucose


400
Name the type of feedback loop that amplifies the original action.

A positive feedback loop.

500

What kind of shirt did Ms. Felli where for spirit day yesterday (90's day)? 

An MTV t-shirt.

500

Why would a physician test for high glucose in urine to determine if a person might be diabetic? 

A diabetic might have high glucose in their urine because their bodies are trying to excrete the excess amount of glucose. This is because an excess amount of glucose can lead to things like heart attack and stroke.
500

What is the function of glucagon in blood glucose regulation? 

Glucagon is released from the pancreas with blood glucose levels are too low. This tells the liver to break down glycogen into glucose molecules to send back into the blood to raise blood glucose levels.

500

Where does the process of cellular respiration occur?

In the mitochondria.

500

Give an example of a positive feedback loop in the body.

Blood Clotting

Childbirth

M
e
n
u