1. Which of the following is NOT considered a proteolytic enzyme? a.Trypsinogen b.Proelastase c.Gastric lipase d.Pepsinogen...
1. Which of the following is NOT considered a proteolytic enzyme?
a.Trypsinogen
b.Proelastase
c.Gastric lipase
d.Pepsinogen
e. Procarboxypeptidase
Homework Answers
ANSWER :
Gastric lipase is secreted by the fundic chief cells of stomach mucosa, and mainly function to catalyze the initial digestion (about to 20%) of dietary fats in acidic condition (pH 3-6) of stomach. Hence option (c) is the correct answer choice.
Add Answer to:
1. Which of the following is NOT considered a proteolytic
enzyme?
a.Trypsinogen
b.Proelastase
c.Gastric lipase
d.Pepsinogen...
the reaction of glyceryl tristearate with water in the presence of of a lipase enzyme?
the reaction of glyceryl tristearate with water in the presence of of a lipase enzyme?
Match each enzyme function with the corresponding pancreatic enzyme. Pancreatic amylase Pancreatic lipase Ribonuclease Answer Bank...
Match each enzyme function with the corresponding pancreatic enzyme. Pancreatic amylase Pancreatic lipase Ribonuclease Answer Bank breaks down RNA into nucleotides breaks down starch into oligosaccharides and disaccharides breaks down triglycerides into fatty acids and monoglycerides
Drag each label to the correct definition. pancreatic lipase Acidophilic enzyme that cleaves all peptide bonds...
Drag each label to the correct definition. pancreatic lipase Acidophilic enzyme that cleaves all peptide bonds between tyrosine and phenylalanine dipeptidase HCI An enzyme to break apart the final two amino acids resulting from a former protein Mouth secreted-enzyme that increases in activity upon entering the HCl of the stomach maltase Component that activates pepsinogen aminopeptidase An enzyme to take off one amino acid from the -COOH side of the peptide chain. Brush-border enzyme that targets the release of glucose...
There are four proteolytic enzyme mechanisms that we studied in class. In a table similar to...
There are four proteolytic enzyme mechanisms that we studied in class. In a table similar to the one below, list every structural element that is involved in each of these four mechanism classes (up to 4 elements each; not each has as many as four). By each element, put the evidence that should be observed that shows its involvement and the catalysis type that each mediates (what tool from the mechanism toolbox is used?). A protease has been purified from...
Model 1 - Two Digestive Enzymes lipase Triglycerides glycerol + fatty acids pepsin Large polypeptides smaller...
Model 1 - Two Digestive Enzymes lipase Triglycerides glycerol + fatty acids pepsin Large polypeptides smaller polypeptides + amino acids Effect of pH on Enzyme Activity Rate of reaction Pepsin (stomach) - -Lipase 0 2 4 6 8 10 12 pH 3. For each enzyme in Model 1, circle the pH that best represents the environment in which the enzyme is most active. Pepsin 1.5 10.4 Lipase 1.5 8 10.4
What do the catalytic mechanism of the enzyme lipase and the catalytic mechanism of chymotrypsin have...
What do the catalytic mechanism of the enzyme lipase and the catalytic mechanism of chymotrypsin have in common, what is different? What is the reason for the observed differences? Compare them step by step.
Which of the following are exocrine functions of the pancreas? 1) synthesis of hormone sensitive lipase...
Which of the following are exocrine functions of the pancreas? 1) synthesis of hormone sensitive lipase 2) Secretion of insulin from beta islet cells 3) Synthesis of alkaline lipase 4) Synthesis of phospholipase A2 5) Synthesis of phospholipase D 6) Synthesis of trypsinogen 7) Synthesis and Release of salivary amylase 8) Synthesis and release of lingual acid lipase
a. What reaction do lipase catalyze? c. Which drug targets a lipase? How is it specific...
a. What reaction do lipase catalyze? c. Which drug targets a lipase? How is it specific for that one lipase? 2. For the following answer - brain, liver, muscle, intestines, RBC, or adipose (there can be more than one answer or none). a. Synthesize(s) triacylglycerols? b. Synthesize(s) VLDL? c. Synthesize(s) chylomicrons? d. Synthesize(s) fatty acids for energy storage? e. Store(s) triacylglycerols? f. Can undergo beta-oxidation for energy?
Match the enzyme to the substrate: Trigylceride. A. Oligo-1,6-glucosidase Amylopectin. B. DNAse DNA C. Lipase Casein...
Match the enzyme to the substrate: Trigylceride. A. Oligo-1,6-glucosidase Amylopectin. B. DNAse DNA C. Lipase Casein D. α-amylase Gelatin E. Gelatinase Amylose F. Casease If a bacterium is positive for the starch plate, milk plate, and the tribuyrin plate - where is it likely to be found within the body?
Cleavage of APP at which of the following proteolytic cleavage sites produces A-beta40 and A-beta42 (choose...
Cleavage of APP at which of the following proteolytic cleavage sites produces A-beta40 and A-beta42 (choose all options that apply) Delta Alpha Beta Gamma
Match each enzyme function with the corresponding pancreatic enzyme. Pancreatic amylase Pancreatic lipase Ribonuclease Answer Bank breaks down RNA into nucleotides breaks down starch into oligosaccharides and disaccharides breaks down triglycerides into fatty acids and monoglycerides
Drag each label to the correct definition. pancreatic lipase Acidophilic enzyme that cleaves all peptide bonds between tyrosine and phenylalanine dipeptidase HCI An enzyme to break apart the final two amino acids resulting from a former protein Mouth secreted-enzyme that increases in activity upon entering the HCl of the stomach maltase Component that activates pepsinogen aminopeptidase An enzyme to take off one amino acid from the -COOH side of the peptide chain. Brush-border enzyme that targets the release of glucose...
There are four proteolytic enzyme mechanisms that we studied in class. In a table similar to the one below, list every structural element that is involved in each of these four mechanism classes (up to 4 elements each; not each has as many as four). By each element, put the evidence that should be observed that shows its involvement and the catalysis type that each mediates (what tool from the mechanism toolbox is used?). A protease has been purified from...
Model 1 - Two Digestive Enzymes lipase Triglycerides glycerol + fatty acids pepsin Large polypeptides smaller polypeptides + amino acids Effect of pH on Enzyme Activity Rate of reaction Pepsin (stomach) - -Lipase 0 2 4 6 8 10 12 pH 3. For each enzyme in Model 1, circle the pH that best represents the environment in which the enzyme is most active. Pepsin 1.5 10.4 Lipase 1.5 8 10.4
Most questions answered within 3 hours.
-
How does a leadership philosophy shape service delivery in a
human services organization?
asked 2 minutes ago -
You roll a fair 6-sided dice, let Y be the outcome of the dice
roll. Then...
asked 4 minutes ago -
Which of the following statements about hormonal regulation of
glycogen synthesis and degradation are correct?
Multiple...
asked 7 minutes ago -
1. Describe all
necessary steps and conditions for execution of a java".
2. What
is maven...
asked 19 minutes ago -
Use C programe to :
Develop an algorithm, flow chart and write a C program to...
asked 9 minutes ago -
What is the temperature of a 3.5L container with 1.502 mol
carbon dioxide at 10.76 atm?...
asked 14 minutes ago -
A dragster makes a pass down a track in exactly 7.03 seconds.
You do not know,...
asked 19 minutes ago -
What evidence can you provide to illustrate why
crowdsourcing is able to reduce system development costs?...
asked 23 minutes ago -
If the value of the range is equal to zero, then this indicates
that:
A. there...
asked 24 minutes ago -
Hi, I was wondering if I could get some help on a java program
that I...
asked 30 minutes ago -
Given is the peptide Ala-Lys-Lys-Asp-Phe
1) what is the pI for this peptide? show your
calculations!...
asked 34 minutes ago -
Discuss the benefits of Inventory, Reservation,
& Menu Management Systems. Assuming you are the Manager for...
asked 39 minutes ago