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Matching :1. MDR protein Part of NAD molecule ______ 2. SGLT Part of FAD molecule _____ 3. Grb-2 Raises intestinal pH _______ 4. Cholecystokinin Oxidizes C-C bonds ___________ 5. Chylomicron Has higher phosphoryl transfer potential than ATP __ 6. Secretin An ABC transporter ______ 7. Niacin Sodium-glucose symporter ______ 8. Flavin Lipoprotein complex ______ 9. FAD Found in EGF pathway _____ Phosphoenolpyruvate Signals release of digestive enzymes
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- MATCHING TYPE a. Peroxidase b. Thrombin c. Amylase d. Diastase e. Amylopsin f. Invertase or Sucrase g. Zymase h. Emulsin 11. Bring about the oxidation reactions that cause the discoloration of bruised fruit. 12. Converts the fibrinogen of the circulating blood into the insoluble fibrin of the blood clot. 13. Found in the salivary glands. Also known as salivary diastase or ptyalin. 14. A yellowish white, amorphous powder obtained from an infusion of malt. 15.Found in the digestive tract of animals. Sometimes called “animal diastase”. 16.Aids in the hydrolysis of sucrose into glucose and fructose. 17. Fermenting enzyme causing the conversion of monosaccharides (glucose, fructose) into alcohol and CO. Note: No need to explain. Just direct answer.SHOW/IDENTIFY the arrow pushing mechanism in at least 4 steps. -20,POCH, 6 -P0,POCH, 1 H H phosphoglucose isomerase (PGI) CH2OH H 1 5 н но 2 ОН H H ОН 13 ОН 2 ОН НО НО H H Glucose-6-phosphate (G6P) Fructose-6-phosphate (F6P)Pls help me out Give the correct word/phrase that best expresses a relationship similar to that in the original pair. Glycosilated Hgb:DM •___________: IDA __________: NAD & FAD •Keto acids: Ketoglutarate & Ketoisovalerate Epinephrine & Dopamine: ___________ •Pepsinogen & Trypsinogen: Zymogens Lipids: Beta-Oxidation •Proteins: ___________ ____________: Lectin •Triticum aestivum: Glutelin ___________:Productive cough •Keratolytic: Keratoderma ___________: Amino Acids •Polysaccharide: Monosaccharide Tubulin: ___________ •Histidine: Hematopoiesis Histamine: IgE •Sweat: __________ HCl: Pepsin •___________: Fibrin
- Brown atrophy of the liver H&E staining Mark the corresponding elements in the picture: 1 - liver beams 2- cytoplasm of hepatocytes 3-nuclei of hepatocytes 4- accumulation of lipofuscin in the cytoplasm of hepatocytes 5-sinusoids 6 - erythrocytes 7- Kupffer cells Description:Why is bile acid binding resins not used for hypertrigliceridemia (high TG)? Please shortly answer at your own words.One day after sinulog, a 37 year old alcoholic male was brought to medical emergency department of SWU medical center in semi-conscious state. He was out of muscle coordination, with vision changes and somehow confabulating (making up stories). Which of the following vitamins can be used as a part of the treatment? * (Please choose one correct answer only) A. Cyanocobalamin B. Thiamin C. Folic acid D. Pantothenic acid
- Please state if the statements are true or false. 1. Erythrulose is a ketopentose2. The conversion of 1 mole of malate to 1 mole oxaloacetate produces 1 mole of NADHPatient M Patient R Concentration of HDL-Cholesterol 60 117 Concentration of Total Cholesterol 182 361 Concentration of Triacylglycerols 90 201 Concentration of LDL-C 104 204 Concentration of Apolipoprotein A in Trail 1 363 67 Concentration of Apolipoprotein A in Trail 2 325 49 Concentration of Apolipoprotein B 82 159 Comment these dataChronic alcoholism harms the liver. Alcoholics often have a lower-than-normal level of albumin, and excess fluid tends to accumulate in their abdomen and legs. Explain how liver impairment contributes to these symptoms.
- Help me pleasePls answer all the number. -Complete the GLYCOLYTIC PATHWAY-choose the correct answer(s) bellow: * Glucose Fructose Galactose Brush + border on luminal surface Na ATP 3Na* Fructose Glucose Galactose Na'-K' ATPase (dwnd y-.eN) ADP + P, 2K Circulation None of the above Fructose enters the intestinal mucosal cell via GLUT-5. Glucose and galactose are transported into the intestinal mucosal cell by SGLT-2 All of the above The GLUT-2 transporter is the protein allows for the transport of glucose, galactose, and fructose into the portal circulation.