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نوع الوثيقة : مقال في مجلة دورية 
عنوان الوثيقة :
Maximal activities of glutaminase and some enzymes of glycolysis and ketone body utilization and rates of utilization of glutamine, glucose and ketone bodies by intestinal mucosa after burn injury
Maximal activities of glutaminase and some enzymes of glycolysis and ketone body utilization and rates of utilization of glutamine, glucose and ketone bodies by intestinal mucosa after burn injury
 
الموضوع : الكيمياء الحيوية 
لغة الوثيقة : الانجليزية 
المستخلص : 1. The effects of burn injury (33 per cent of body surface area) on the activities of key enzymes in the metabolism of glucose, glutamine and ketone bodies in the epithelial cells of the small intestine and the rates of utilization of glucose, glutamine and ketone bodies by isolated enterocytes have been investigated. 2. Burn injury decreased the maximal activities of hexokinase and 6-phosphofructokinase and increased those of glucose 6-phosphatase plus fructose bisphosphatase (in duodenum, jejunum and ileum) over the first 5 days post-injury. 3. After injury there are decreases in the rates of glucose utilization and lactate formation by incubated enterocytes. 4. The maximal activities of citrate synthase and oxoglutarate dehydrogenase were increased during the first 5 days post-injury, whereas the ketone-body-utilizing enzymes were unchanged. 5. An increase in the maximal activity of phosphate-dependent glutaminase was observed during the whole of the post-injury period studied (20 days). 6. After burn injury there is an increased rate of glutamine utilization and increased rates of formation of glutamate and alanine by incubated enterocytes 
ردمد : 0305-4179 
اسم الدورية : Burns, including thermal injury 
المجلد : 13 
العدد : 6 
سنة النشر : 1407 هـ
1987 م 
نوع المقالة : مقالة علمية 
تاريخ الاضافة على الموقع : Saturday, December 3, 2011 

الباحثون

اسم الباحث (عربي)اسم الباحث (انجليزي)نوع الباحثالمرتبة العلميةالبريد الالكتروني
محمد العرضاويArdawi, Mohammed باحث رئيسيدكتوراه 

الملفات

اسم الملفالنوعالوصف
 31497.pdf pdf 

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