Effect of diet on nitrogenous wastes of the iguana, Cyclura nubila

K.A. Christian, D. Torregrosa

Research output: Contribution to journalArticleResearchpeer-review

Abstract

1. Cuban iguanas excrete nitrogenous wastes as precipitated urate and in liquid urine. 

2. Diet significantly influenced the relative amounts of nitrogenous wastes in liquid urine as well as the amount of precipitated urate. 

3. A diet of cabbage and carrots resulted in the smallest amount of precipitated urate but the greatest amount of soluble urate. A tuna fish diet resulted in the largest amount of precipitated urate. 

4. Urea and ammonia were produced in small but measurable amounts. The concentration of urea was greatest in the liquid urine produced by a diet of tuna. 

5. The diet of cabbage and carrots resulted in the largest amount of nitrogenous wastes in liquid urine, but the diet of tuna produced the largest amount of nitrogenous wastes considering both liquid urine and precipitated urate. 

Original languageEnglish
Pages (from-to)761-764
Number of pages4
JournalComparative Biochemistry and Physiology - A Physiology
Volume85
Issue number4
DOIs
Publication statusPublished - 1986
Externally publishedYes

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Iguanas
Diet
Uric Acid
Urine
Daucus carota
Brassica
Urea
Tuna
Ammonia

Cite this

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title = "Effect of diet on nitrogenous wastes of the iguana, Cyclura nubila",
abstract = "1. Cuban iguanas excrete nitrogenous wastes as precipitated urate and in liquid urine.  2. Diet significantly influenced the relative amounts of nitrogenous wastes in liquid urine as well as the amount of precipitated urate.  3. A diet of cabbage and carrots resulted in the smallest amount of precipitated urate but the greatest amount of soluble urate. A tuna fish diet resulted in the largest amount of precipitated urate.  4. Urea and ammonia were produced in small but measurable amounts. The concentration of urea was greatest in the liquid urine produced by a diet of tuna.  5. The diet of cabbage and carrots resulted in the largest amount of nitrogenous wastes in liquid urine, but the diet of tuna produced the largest amount of nitrogenous wastes considering both liquid urine and precipitated urate. ",
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Effect of diet on nitrogenous wastes of the iguana, Cyclura nubila. / Christian, K.A.; Torregrosa, D.

In: Comparative Biochemistry and Physiology - A Physiology, Vol. 85, No. 4, 1986, p. 761-764.

Research output: Contribution to journalArticleResearchpeer-review

TY - JOUR

T1 - Effect of diet on nitrogenous wastes of the iguana, Cyclura nubila

AU - Christian, K.A.

AU - Torregrosa, D.

PY - 1986

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N2 - 1. Cuban iguanas excrete nitrogenous wastes as precipitated urate and in liquid urine.  2. Diet significantly influenced the relative amounts of nitrogenous wastes in liquid urine as well as the amount of precipitated urate.  3. A diet of cabbage and carrots resulted in the smallest amount of precipitated urate but the greatest amount of soluble urate. A tuna fish diet resulted in the largest amount of precipitated urate.  4. Urea and ammonia were produced in small but measurable amounts. The concentration of urea was greatest in the liquid urine produced by a diet of tuna.  5. The diet of cabbage and carrots resulted in the largest amount of nitrogenous wastes in liquid urine, but the diet of tuna produced the largest amount of nitrogenous wastes considering both liquid urine and precipitated urate. 

AB - 1. Cuban iguanas excrete nitrogenous wastes as precipitated urate and in liquid urine.  2. Diet significantly influenced the relative amounts of nitrogenous wastes in liquid urine as well as the amount of precipitated urate.  3. A diet of cabbage and carrots resulted in the smallest amount of precipitated urate but the greatest amount of soluble urate. A tuna fish diet resulted in the largest amount of precipitated urate.  4. Urea and ammonia were produced in small but measurable amounts. The concentration of urea was greatest in the liquid urine produced by a diet of tuna.  5. The diet of cabbage and carrots resulted in the largest amount of nitrogenous wastes in liquid urine, but the diet of tuna produced the largest amount of nitrogenous wastes considering both liquid urine and precipitated urate. 

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