nis International Student Edition is for use outside of the U.S.34-4Clinical ApplicationPancreatin is an extract of pancreatic secretions. It includespancreatic amylase, lipase, and proteolytic (protein-digesting)enzymes, Wearers of contact lenses sometimes use pancre-atin solutions, marketed as "enzyme cleaners," to clean theirlenses.Contact lenses float on the tear fluid over the cornea. Overtime, components of tear fluid build up on contact lenses.Tear fluid tends to form three layers, as shown in figure 34.4.The top layer is mostly lipids from skin oil (sebum) and othersources. The middle layer is an aqueous solution of salts,proteins, and other substances. The bottom layer is mainlycomposed of mucin, which in turn is composed of combinedpolysaccharide-protein molecules called glycoproteins.LipidsDissolved proteinsPolysaccharidesproteinsWith this background and what you already know aboutenzymes and digestion, answer the following applicationquestions.Conjunctiva(covering of eye)Figure 34.4 The three layers of tear fluid on the eye.1. On which components of the tear fluid can pancreatin act? On what do you base your answer?2. How would the digestion of tear fluid components help a wearer of contact lens?3. At what temperature would you recommend using enzymatic contact lens cleaning solutions? Explain.4. Manufacturers of enzymatic contact lens cleaners recommend that the lenses be soaked in a nonenzyme solution for 31least 4 hours after cleaning before wearing them again. What could happen if enzyme remained on a lens when put bacon an eye?

Pancreatin is the other name of pancreatic enzymes, they are the commercial mixtures of the…

Clinical Applicatic Pancreatin is an extract of pancreatic secretions. It inclodes pancreatic amylase, lipase, and proteolytic (protein-digesting) enzymes, Wearers of contact lenses sometimes use pancre- atin solutions, marketed as "enzyme cleaners," to clean their lenses. Contact lenses float on the tear fluid over the cormea. Over time, components of tear fluid build up on contact lenses. Tear fluid tends to form three layers, as shown in figure 34.4. The top layer is mostly lipids from skin oil (sebum) and other sources. The middle layer is an aqueous solution of salts, proteins, and other substances. The bottom layer is mainly composed of mucin, which in turn is composed of combined polysaccharide-protein molecules called glycoproteins. With this background and what you already know about enzymes and digestion, answer the following application questions. Figure 34.4 1. On which components of the tear fluid can pancreatin act? On what do ye

Clinical Applicatic Pancreatin is an extract of pancreatic secretions. It inclodes pancreatic amylase, lipase, and proteolytic (protein-digesting) enzymes, Wearers of contact lenses sometimes use pancre- atin solutions, marketed as "enzyme cleaners," to clean their lenses. Contact lenses float on the tear fluid over the cormea. Over time, components of tear fluid build up on contact lenses. Tear fluid tends to form three layers, as shown in figure 34.4. The top layer is mostly lipids from skin oil (sebum) and other sources. The middle layer is an aqueous solution of salts, proteins, and other substances. The bottom layer is mainly composed of mucin, which in turn is composed of combined polysaccharide-protein molecules called glycoproteins. With this background and what you already know about enzymes and digestion, answer the following application questions. Figure 34.4 1. On which components of the tear fluid can pancreatin act? On what do ye

Human Anatomy & Physiology (11th Edition)

11th Edition

ISBN:9780134580999

Author:Elaine N. Marieb, Katja N. Hoehn

Publisher:Elaine N. Marieb, Katja N. Hoehn

Chapter1: The Human Body: An Orientation

Section: Chapter Questions

Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...

See similar textbooks

Similar questions

A patient came to a dental clinic with complaints of dry mouth and multiple dental caries lesions. In the course of collecting anamnesis, it was found that an allergic patient takes antihistamines that block the H2 histamine receptors of smooth muscle cells of the salivary glands. It is known that histamine is a mediator that stimulates the secretion of saliva. Explain the mechanism of action of these drugs if it is known that the next day after discontinuation of the drug, the patient's dryness disappeared. For this: а) write the classification of inhibitors according to the mechanism of action b) indicate what type of inhibitors the drugs are taken by the patient; confirm your conclusion in writing c) guess what structure this drug may have d) give a picture illustrating the action of this type of inhibitors.
To print a medical scaffold made out of TPU to surgically implant around the pancreas for diabetic patients can you explain why Bio Printing the scaffold is better than SLA and which materials would be best to use for Bio priting out of collagen, fibrin or silk. What are the advantages and limitations of SLA and Bioprinting.
Which of the following caused your patient’s hyperglycemia?a. treatment for anaphylactic shock (systemic anaphylaxis)b. the presence of Glut-2 on beta cells in the pancreasc. the secretion of amylind. the presence of Glut-4 on adipose tissuee. hyponatremia
Clinical chemistry laboratory testing for the assessment of infectious meningitis may include all of the following tests on a CSF sample EXCEPT: 1) glucose 2) Total protein 3) Albumin 4) Lactate
Our pharmacy is located near several pediatricians’ offices, and each of these pediatricians has a preferred mouth rinse for sore throat. One doctor writes a combination of lidocaine, antacid, and Benadryl for a sore throat. Depending on the cause of the sore throat, she may add nystatin, an antifungal medication, or acyclovir, an antiviral medication. A typical prescription will read: antacid 1 part, lidocaine 2 parts, Benadryl 1 part, and nystatin 4 parts; dispense 8 ounces. We have found one of the simplest ways to calculate the amount of each drug to mix is by using fractions. First we add up the total number of “parts,” and this becomes our denominator or bottom number. For this compound, the denominator is 1 + 2 + 1 + 4 = 8. The numerator or top number is how many parts of that ingredient are used. For example, two parts of the mixture are lidocaine, so lidocaine is 2/8 of the mixture. To calculate how many ounces of lidocaine are needed, the fraction is multiplied by the total…