Question 1
Question
Glycolysis turns [blank_start]__________[blank_end] into [blank_start]__________[blank_end].
Answer
-
Glucose-6-P
-
Pyruvate
-
Glucose
-
Glycogen
-
Lactate
-
Glycerol
-
Amino Acids
Question 2
Question
Glycogenesis turns [blank_start]__________[blank_end] into [blank_start]__________[blank_end].
Answer
-
Glucose-6-P
-
Pyruvate
-
Lactate
-
Glucose
-
Glycerol
-
Amino Acids
-
Glycogen
Question 3
Question
Gluconeogenesis turns [blank_start]__________[blank_end] into [blank_start]__________[blank_end].
Answer
-
Pyruvate
-
Glucose-6-P
-
Glucose
-
Glycogen
-
Glucagon
Question 4
Question
Glycogenolysis turns [blank_start]__________[blank_end] into [blank_start]__________[blank_end].
Answer
-
Glycogen
-
Glucose-6-P
-
Pyruvate
-
Glucose
-
Lactate
-
Glycerol
-
Glucagon
-
Amino Acids
Question 5
Question
The three rate-limiting steps of Gluconeogenesis are:
Question 6
Question
The three rate-limiting steps of Glycolysis are:
Question 7
Question
Which one is which: Glycolysis vs Gluconeogenesis
Answer
-
Gluconeogenesis
-
Glycolysis
Question 8
Question
Put the three rate-limiting steps (of each side) in the right places.
Question 9
Question
Does insulin STIMULATE or SUPPRESS glucose disposal and glycogen&lipid synthesis?
Question 10
Question
Does insulin STIMULATE or SUPPRESS glucose production and VLDL secretion?
Question 11
Answer
-
Liver-specific Insulin Receptor KnockOut mouse
-
Loss of Insulin Receptor KnockOut mouse
-
Liver-specific Insulin Receptor Knockout Organism
-
Loss of Insulin Receptor Knockout Organism
Question 12
Question
What results in a LIRKO in regards to blood&serum glucose levels?
Answer
-
Blood increase; serum increase
-
Blood increase; serum decrease
-
Blood decrease; serum increase
-
Blood decrease; serum decrease
Question 13
Question
Loss of PTEN expression in the liver results in increased Liver Triglyceride levels. What’s PTEN?
Answer
-
Phosphatase and TENsin homolog
-
Phosphatase and TENsin ligand
-
Phosphatase and TENsin binding factor
-
Phosphatase and TENsin lipase
Question 14
Question
Glucose is taken up in a GLUT2-dependent manner. It’s then stored as [blank_start]__________[blank_end] until blood glucose levels drop.
Answer
-
Glycogen
-
Glucose 6-Phosphate
-
Pyruvate
-
Glucagon
-
Glycerol
Question 15
Question
The liver contributes to the homeostasis of circulating levels of which?
Question 16
Question
The liver is the main clearance tissue for removal of Fatty Acids from circulation, then repackages them in what?
Answer
-
VLDL-TAG
-
LDL-TAG
-
HDL-TAG
-
Chylomicron-TAG
Question 17
Question
Stages of Lipoprotein and FA uptake:
[blank_start]_____[blank_end] – [blank_start]__________[blank_end] resides on endothelial cells to hydrolyse VLDL-TAG to FAs for uptake
Question 18
Question
Stages of Lipoprotein and FA uptake:
[blank_start]_____[blank_end] – [blank_start]__________[blank_end]: TAG-rich VLDL interacts with VLDL-R, enters lysosomal pathway for hydrolysis and TAG synthesis.
Question 19
Question
Stages of Lipoprotein and FA uptake:
[blank_start]_____[blank_end] – [blank_start]__________[blank_end]: VLDL-remnants interact with a range of receptors for endocytosis.
Question 20
Question
Fatty Acid metabolism. The major pathways are:
De novo lipogenesis: [blank_start]__________[blank_end]
TriAcylGlycerol metabolism: [blank_start]__________[blank_end]
β-Oxidation: [blank_start]__________[blank_end]
Question 21
Question
Fatty Acid Metabolism: loss of Lipolysis-Stimulated Receptor (LSR) expression does what?
Answer
-
Increase in Serum TriGlyceride levels
-
Decrease in Liver TriGlyceride levels
-
Decrease in Serum TriGlyceride levels
-
Increase in Liver TriGlyceride levels
Question 22
Question
Loss of CD36 in the liver leads to [blank_start]__________[blank_end] Plasma FA levels. Plasma FAs [blank_start]__________[blank_end] LPL activity. Therefore loss of CD36 [blank_start]__________[blank_end] Chylomicron/VLDL-TAG hydrolysis (breakdown). …Leading to [blank_start]__________[blank_end] of TAG in the circulation.
Answer
-
Increased
-
Unaffected
-
Reduced
-
Inhibit
-
Stimulate
-
Reduces
-
Increases
-
Accumulation
-
Shortage
Question 23
Question
True or false: The Hepatokine ILGF stands for Insulin-Like Growth Factor.
Question 24
Question
What's this bit called?
Answer
-
Glycolysis
-
Glycogenesis
-
Gluconeogenesis
-
Glycogenolysis
Question 25
Question
What's this bit called?
Answer
-
Glycolysis
-
Glycogenesis
-
Gluconeogenesis
-
Glycogenolysis
Question 26
Question
What's this bit called?
Answer
-
Glycolysis
-
Glycogenesis
-
Gluconeogenesis
-
Glycogenolysis
Question 27
Question
What's this bit called?
Answer
-
Glycolysis
-
Glycogenesis
-
Gluconeogenesis
-
Glycogenolysis
Question 28
Question
What could be here?
Question 29
Question
What could be here?
Question 30
Question
What could be here?
Question 31
Question
What could be here?