Clinical significance of serum guanase activities determined by ammonia method using 8-azaguanine as substrate

Serum guanase activities were determined in normal subjects and in various disease, and the guanase activities of the various tissues and the cell fractions of the liver of human were also determined the new method, which measure the ammonia liberated from 8-azaguanine by the action of guanase with...

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Published inKanzo Vol. 16; no. 1; pp. 10 - 17
Main Authors FUJII, Setsuro, ITO, Susumu, TAKAOKA, Takeshi, KISHI, Seiichiro, OKUDA, Hiromichi
Format Journal Article
LanguageJapanese
Published The Japan Society of Hepatology 1975
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ISSN0451-4203
1881-3593
1881-3593
DOI10.2957/kanzo.16.10

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Abstract Serum guanase activities were determined in normal subjects and in various disease, and the guanase activities of the various tissues and the cell fractions of the liver of human were also determined the new method, which measure the ammonia liberated from 8-azaguanine by the action of guanase with direct colorimetric method. Liver, kidney and brain had high contents of guanase. Heart, skeletal muscles and pancreas almost did not show guanase activity, while they showed comparatively higher activities of GOT and GPT. Such differences of the distribution of guanase and GOT were not only observed in the various tissues but also were observed in the cell fraction of the liver. The activities of the serum guanase elevated markedly in liver diseases, but they did not elevate in myocardial infarction, polymyositis and dermatomyositis, in which the activities of the serum GOT and GPT elevated slightly. These data indicated that the serum guanase activities reflected the hepatic injury more specifically than the GOT and GPT activities. It was concidered from these results that the determinations of the serum guanase activities by the ammonia method might be useful for the clinical practice.
AbstractList Serum guanase activities were determined in normal subjects and in various disease, and the guanase activities of the various tissues and the cell fractions of the liver of human were also determined the new method, which measure the ammonia liberated from 8-azaguanine by the action of guanase with direct colorimetric method. Liver, kidney and brain had high contents of guanase. Heart, skeletal muscles and pancreas almost did not show guanase activity, while they showed comparatively higher activities of GOT and GPT. Such differences of the distribution of guanase and GOT were not only observed in the various tissues but also were observed in the cell fraction of the liver. The activities of the serum guanase elevated markedly in liver diseases, but they did not elevate in myocardial infarction, polymyositis and dermatomyositis, in which the activities of the serum GOT and GPT elevated slightly. These data indicated that the serum guanase activities reflected the hepatic injury more specifically than the GOT and GPT activities. It was concidered from these results that the determinations of the serum guanase activities by the ammonia method might be useful for the clinical practice.
Author TAKAOKA, Takeshi
OKUDA, Hiromichi
FUJII, Setsuro
ITO, Susumu
KISHI, Seiichiro
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References 6) Konttinen, A. : The diagnosis of hepatobiliary diseases by serum enzyme analysis. Acta. Med. Scand., 189: 529, 1971.
9) Hirschberg, E. : Enzymatic deamination of 8-azaguanine in normal and neoplastic tissues. Cancer Res., 12: 524, 1952.
14) 藤井節郎ほか:膵臓検査法の問題点と今後のビジョン.現代医療,4: 585, 1972.
16) 柴田久雄:各種疾患における血清guanase活性.肝臓,7: 340, 1966.
5) Mandel, E. : Evaluation of serum guanase in clinical diagnosis. Amer. J. Gastroenterology, 54: 253, 1970.
17) 金井廣一:肝機能検査としての血清guanase活性に関する研究,京府医誌,79: 337, 1970.
10) Caraway, W.: Cololimetric determination of serum guanase activity. Clin. Chem., 12: 187, 1966.
11) Khalidi. A. : A method for the determination of plasma guanase on finger-tip blood. Clin. Chim. Acta., 29: 381, 1970.
15) Duve, C. : Tissue fraction studies. Intra cellular distribution patterns of enzymes in rat liver tissue. Biochem. J., 60: 604, 1955.
4) McLeod, S.: Evaluation of serum guanase as a liver function test. Canad. J. Med. Technol., 29: 60, 1967.
1) Schmidt, G.: Über den fermentativen Abbau der Guanylsäure in den Kaninchenleber. Z. Physiol. Chem., 208: 185, 1932.
2) Passanenti, G.: Enzymetests identify specific deseases. Med. Wold Newsl., 4: 84, 1963.
8) Kalckar, H.: Differential spectrophotometry of purine compounds by means of specific enzymes. J.B.C., 167: 461, 1947.
12) 奥田拓道,藤井節郎:血中ammonia直接比色定量法.最新医学,21:622, 1966.
3) Knights, C.: Serum guanase determination: 16:16肝臓 16巻1号(1975) A liver function test. J. Lab. Clin. Med., 65: 355, 1965.
7) Roush, A. & Norris, E.: Deamination of 8-azaguanine by guanase. Arch. Biochem., 29: 124, 1950.
13) 奥田拓道ほか:種々の血清deaminaseの新定量法とその臨床的意義.臨床化学シンポジウム,11: 151, 1971.
References_xml – reference: 9) Hirschberg, E. : Enzymatic deamination of 8-azaguanine in normal and neoplastic tissues. Cancer Res., 12: 524, 1952.
– reference: 3) Knights, C.: Serum guanase determination: 16:16肝臓 16巻1号(1975) A liver function test. J. Lab. Clin. Med., 65: 355, 1965.
– reference: 5) Mandel, E. : Evaluation of serum guanase in clinical diagnosis. Amer. J. Gastroenterology, 54: 253, 1970.
– reference: 11) Khalidi. A. : A method for the determination of plasma guanase on finger-tip blood. Clin. Chim. Acta., 29: 381, 1970.
– reference: 17) 金井廣一:肝機能検査としての血清guanase活性に関する研究,京府医誌,79: 337, 1970.
– reference: 6) Konttinen, A. : The diagnosis of hepatobiliary diseases by serum enzyme analysis. Acta. Med. Scand., 189: 529, 1971.
– reference: 12) 奥田拓道,藤井節郎:血中ammonia直接比色定量法.最新医学,21:622, 1966.
– reference: 4) McLeod, S.: Evaluation of serum guanase as a liver function test. Canad. J. Med. Technol., 29: 60, 1967.
– reference: 10) Caraway, W.: Cololimetric determination of serum guanase activity. Clin. Chem., 12: 187, 1966.
– reference: 16) 柴田久雄:各種疾患における血清guanase活性.肝臓,7: 340, 1966.
– reference: 8) Kalckar, H.: Differential spectrophotometry of purine compounds by means of specific enzymes. J.B.C., 167: 461, 1947.
– reference: 2) Passanenti, G.: Enzymetests identify specific deseases. Med. Wold Newsl., 4: 84, 1963.
– reference: 13) 奥田拓道ほか:種々の血清deaminaseの新定量法とその臨床的意義.臨床化学シンポジウム,11: 151, 1971.
– reference: 14) 藤井節郎ほか:膵臓検査法の問題点と今後のビジョン.現代医療,4: 585, 1972.
– reference: 1) Schmidt, G.: Über den fermentativen Abbau der Guanylsäure in den Kaninchenleber. Z. Physiol. Chem., 208: 185, 1932.
– reference: 7) Roush, A. & Norris, E.: Deamination of 8-azaguanine by guanase. Arch. Biochem., 29: 124, 1950.
– reference: 15) Duve, C. : Tissue fraction studies. Intra cellular distribution patterns of enzymes in rat liver tissue. Biochem. J., 60: 604, 1955.
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SubjectTerms 8-azaguanine
guanase
Title Clinical significance of serum guanase activities determined by ammonia method using 8-azaguanine as substrate
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