There is two images, question 2 is the case study and I need the answer for question 3. 3. For the patient described in problem 2, predict the levels of the following metabolites in hisblood before treatment in the ER, relative to levels maintained during adequate insulintreatment:a.Glucoseb. Ketone bodiesC.Free fatty acids 2. A man with insulin-dependent diabetes is brought to the emergency room in a near comatosestate. While vacationing in an isolated place, he lost his insulin medication and has not takenany insulin for two days.For each tissue listed below, is each pathway faster, slower, or unchanged in thisa.patient, compared with the normal level when he is getting appropriate insulin?b. For each pathway, describe at least one control mechanism résponsible for the changeyou predict.Tissues and pathways: 1- adipose: fatty acid synthesis, 2- muscle: glycolysis, gluconeogenesis,glycogen synthesis, 3- liver: glycolysis, gluconeogenesis, glycogen synthesis, fatty acid synthesis,pentose phosphate pathway

Insulin is one of the hormones (pancreatic) that is involved in the regulation of blood sugar levels…

or the patient described in problem 2, predict the levels of the following metabolites in his ood before treatment in the ER, relative to levels maintained during adequate insulin eatment: a. Glucose b. Ketone bodies C. Free fatty acids

or the patient described in problem 2, predict the levels of the following metabolites in his ood before treatment in the ER, relative to levels maintained during adequate insulin eatment: a. Glucose b. Ketone bodies C. Free fatty acids

Ebk:Nutrition & Diet Therapy

10th Edition

ISBN:9780357391747

Author:DEBRUYNE

Publisher:DEBRUYNE

Chapter21: Carbohydrate- Controlled Diets For Diabetes Mellitus

Section: Chapter Questions

Problem 8SC

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Question

There is two images, question 2 is the case study and I need the answer for question 3.

3. For the patient described in problem 2, predict the levels of the following metabolites in his
blood before treatment in the ER, relative to levels maintained during adequate insulin
treatment:
a.
Glucose
b. Ketone bodies
C.
Free fatty acids

2. A man with insulin-dependent diabetes is brought to the emergency room in a near comatose
state. While vacationing in an isolated place, he lost his insulin medication and has not taken
any insulin for two days.
For each tissue listed below, is each pathway faster, slower, or unchanged in this
a.
patient, compared with the normal level when he is getting appropriate insulin?
b. For each pathway, describe at least one control mechanism résponsible for the change
you predict.
Tissues and pathways: 1- adipose: fatty acid synthesis, 2- muscle: glycolysis, gluconeogenesis,
glycogen synthesis, 3- liver: glycolysis, gluconeogenesis, glycogen synthesis, fatty acid synthesis,
pentose phosphate pathway

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