In the examination of diabetes mellitus patient the elevated ketone bodies level till 300 mg/dl was revealed. Why was this accompanied by considerable increasing ammonia salts excretion till 10 g/day (0,5 g/day in norm)? For the answer: a) list pathways of ammonia dctoxification in different tissues (brain, muscles, and liver), prescnt appropriate reactions; b) specify amino acid which transports ammonia from muscles to kidney, present the reaction of its synthesis, point out enzyme; c) give the scheme of process accelerating in acidosis in the kidney, specify its importance, point out enzyme the synthesis of which is induced under these circumstances; d) write down the formulae of salts in the composition of which ammonia is excreted in ketonemia.

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,...
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5. In the examination of diabetes mellitus patient the elevated ketone bodies level till
300 mg/dl was revealed. Why was this accompanied by considerable increasing
ammonia salts excretion till 10 g/day (0,5 g/day in norm)? For the answer:
a) list pathways of ammonia detoxification in different tissues (brain, muscles,
and liver), present appropriate reactions;
b) specify amino acid which transports ammonia from muscles to kidney,
present the reaction of its synthesis, point out enzyme;
c) give the scheme of process accelerating in acidosis in the kidncy, specify its
importance, point out enzyme the synthesis of which is induced under these
circumstances;
d) writc down the formulae of salts in the composition of which ammonia is
excreted in ketonemia.
Transcribed Image Text:5. In the examination of diabetes mellitus patient the elevated ketone bodies level till 300 mg/dl was revealed. Why was this accompanied by considerable increasing ammonia salts excretion till 10 g/day (0,5 g/day in norm)? For the answer: a) list pathways of ammonia detoxification in different tissues (brain, muscles, and liver), present appropriate reactions; b) specify amino acid which transports ammonia from muscles to kidney, present the reaction of its synthesis, point out enzyme; c) give the scheme of process accelerating in acidosis in the kidncy, specify its importance, point out enzyme the synthesis of which is induced under these circumstances; d) writc down the formulae of salts in the composition of which ammonia is excreted in ketonemia.
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