ketone body

1. Therefore the ketone body has the direct inhibitory action regarding the skeletal muscle protein decomposition.
   所以酮体对于骨骼肌蛋白质分解有直接抑制作用。
2. Administration of octanoate to stimulate ketogenesis showed only slight increase of ketone body in perivenous zone.
   给予能明显刺激酮体生成的辛酸盐，肝静脉周围肝细胞的酮体生成仅略为增加。
3. Results Aterial blood ketone body ratio and energy charge of liver decreased with the increase of serum bile acids concentration.
   结果随外周血清中胆汁酸浓度的升高，腹腔动脉血酮体比值、肝组织能荷均呈进行性下降。
4. Zonation of ketone body and glucose metabolism was studied in hepatocyte preparations enriched with cells from the periportal or the perivenous zone of the liver lobule.
   用大鼠肝脏门静脉或肝静脉周围的肝细胞来研究葡萄糖和酮体生成的区域分布。
5. Assessment of the Effect of Blood ketone Body Ratio and Liver Function on warm Ischemic Damage on Canine Liver
   酮体比、肝功对犬肝热缺血损伤程度的判断
6. Evaluation of modified rothera's method for semi-quantitatively determining ketone body levels in cow's milk and urine
   对酮粉法测定奶牛尿液、乳汁中酮体的评价
7. Levels of blood ketone body among different orders of fetus have no significant difference;
   各胎次血酮水平无显著差异；
8. Objective: To study the effect of calcium pantothenate on serum ketone body ( KB) and free fatty acid ( FFA) content in starved rats, so as to provide scientific basis for preparing nutritional substance to prolong starvation tolerant time.
   目的：探讨泛酸钙对全饥饿大鼠可利用能源物质酮体（KB）和游离脂肪酸（FFA）的影响及可能的保护作用，为研制延长饥饿耐受时间的营养剂提供科学依据。
9. The concentrations of blood ketone body ( KB), liver KB, muscle KB, brain KB were measured as well as the level of liver glycogen, muscle glycogen, glucose, brain carbohydrate, and serum free fatty acid ( FFA).
   分别测定血液、肝脏、骨骼肌和脑中的酮体，肝、骨骼肌糖原以及血糖、脑糖、血清游离脂肪酸（FFA）等指标。
10. Abstract Postoperative arterial blood ketone body ratio ( KBR) was compared with the clinical course in 169 cases undergoing major surgery, all patients were divided into three groups.
    作者对169例经历了外科大手术后的患者进行了动脉血酮体比率（KBR）的观测，并与术后临床过程进行了比较分析。
11. It suggests that the metabolism of ketone body is correlative with the status of glycogen stores and the fatty acid metabolism.
    提示：小鼠机体糖状况直接影响运动中的酮体代谢，运动性酮体代谢与体内糖储备以及脂肪分解状况有关。
12. Characteristics of the milk ketone body is accurate, lowly sensitive and convenient etc.
    乳酮阳性反应具有准确、敏感性低、方便等特点。
13. The Effect of Glucagon on Metabolism of Glucose and Ketone Body in Rats with Biliary Obstruction
    胰高血糖素对胆道梗阻大鼠肝脏葡萄糖和酮体合成的作用
14. Materials and methods: Sixty nine patients with hepatoma were continuously studied for their arterial blood ketone body ratio ( AKBR) and compared with their postoperative clinical course or routine liver function test after hepatic artery embolization.
    材料与方法：对69例行肝动脉栓塞的肝肿瘤患者连续监测动脉血酮体比率（AKBR），并与常规肝功能指标及术后临床过程进行比较。
15. Effect of bile duct obstruction on glucose and ketone body metabolism in rat liver
    胆道梗阻对大鼠肝脏葡萄糖和酮体代谢的影响
16. The effect of calcium pantothenate on serum ketone body and free fatty acid content in starved rats
    泛酸钙对全饥饿大鼠血清酮体、游离脂肪酸的影响
17. Clinical significance of serum ketone body determinations in monitoring the control of diabetes mellitus
    血清酮体水平对糖尿病病情监测和分型的临床意义
18. Relationship between arterial ketone body ratio and energy status of hepatocytes in biliary sepsis in rabbits
    胆原性脓毒症时动脉血酮体比值与肝细胞能量状态的关系
19. Development of Determination Technologies of Ketone Body in Human Body
    人体内酮体检测技术的研究进展
20. The significance of serum acetonic ketone body ratio in judgement of severity and prognosis of infectious multiple organ dysfunction syndrome
    血清酮体比值判断感染性多脏器功能失常综合征病情严重程度及预后的意义
21. Detection of urine and milk ketone in lactating Holstein cows by the ketone body powder method
    酮粉法检测泌乳牛尿酮乳酮的应用研究
22. Objective: To research the significance of serum acetonic ketone body ratio ( AKBR) for judging the severity and prognosis of infectious multiple organ dysfunction syndrome ( MODS).
    目的：探讨血清酮体比值（AKBR）对判断感染性多脏器功能失常综合征病情轻重程度和预后的意义。
23. Arterial blood ketone body ratio ( AKBR) was determined in30cases of moderate and advanced hepatoma before and after hepatic artery infusion chemotherapy and embolization.
    报告30例中晚期肝癌在导管栓塞化疗前后进行的动脉血酮体比（AKBR）测定研究。
24. Ketone body produced by the liver, and through the bloodstream to extrahepatic tissues, such as heart and brain, to be used as a kind of energy metabolism of organisms.
    酮体由肝脏产生的，并通过血流转运至肝外组织，如心脏和大脑，被用作为生物体新陈代谢的一种能量。
25. Background Ketone body are major vectors of energy transfer from liver to extrahepatic tissues [ 1] which are mainly produced in liver.
    背景酮体是能量从肝脏向肝外组织转移的主要载体[1]，主要在肝脏生成。

noun

1. a ketone that is an intermediate product of the breakdown of fats in the body

   Synonym:    acetone body