组织氨基酸

基本解释 (translations)

histidine

与组织氨基酸相关的网络例句 [注：此内容来源于网络，仅供参考]

The OsCMO contains 10 exons and 9 introns and encodes a protein with 410 amino acids,which shows 62﹪, 51﹪, 51﹪, 51﹪ and 50﹪ identities in amino acids to CMOs from Arabidopsis thaliana,Atriplex hortensis, Amaranthus tricolor, Suaeda liaotungensis and Beta vulgaris respectively. Semi-quantitative RT-PCR assay revealed OsCMO was significantly up-regulated in the rice seedlings under salt, cold and drought stresses. It suggests that OsCMO might play an important role in rice responses to abiotic stresses.

该基因含有10个外显子和9个内含子，其开放阅读框编码一条长为410个氨基酸残基的多肽，与拟南芥、山菠菜、苋、碱蓬和甜菜等植物的胆碱单加氧酶的氨基酸序列的一致性50﹪～62﹪。mRNA分析表明OsCMO基因在水稻幼苗组织中的表达受高盐、低温和干旱等胁迫的上调诱导表达，表明该基因可能在抵御非生物胁迫中发挥重要作用。

Northern crossbreed results showed that it is expressed only in human brain. This gene has a 50% amino acid sequence identity with Caenorhabdilis elegans, Anopheles gambiae sir arid Drosophila, and 94% amino acid sequence identity with Rattus norvegicus and Mus musculus.

Northern杂交结果表明：该基因只在人类大脑组织中表达，且与无脊椎动物线虫、疟蚊和果蝇的同源基因有50%的氨基酸同源性，与脊椎动物大鼠和小鼠的同源基因有50%以上的氨基酸同源性。

The isoform hMAM cDNA consisting of 270 bp, was different from the wild type one of 279 bp due to nine continuous base pair missing. Therefore the translational product of the isoform was seen to be lack of three continuous amino acid (-79~-81, VFM) compared with that of the wild type. The homology of the wild type and the isoform are testified to be 96% in both DNA and amino acid sequences.

乳腺癌组织和乳腺癌细胞株中发现两种hMAM cDNA亚型：hMAM和hMAM，长度分别为279和270bp，二者相差9个连续碱基，其翻译产物相差3个连续氨基酸残基(-79～-81，VFM)，二者基因和氨基酸序列匹配度均为96%。cDNA片段分别插入原核表达质粒pGEX-KG，构建的质粒命名为pGEX-KG/hMAM和pGEX-KG/hMAM。

The comparisons of biochemistry between OP and OR rats The differences between OP and OR rats included not only body weight, but lipids metabolism and insulin sensitivity as well, characterized with insulin resistance, increasing in serum free fatty acids and ketone body, and hepatic TC and TG in OP rats. However, no significant differences were observed in serum TG, TC, LDL, HDL and fasting glucose between OP and OR rats.⑶Comparisons of metabolites in serum, urine and liver tissue between OP and OR rats①There were significant differences in amino acids concentration between OP and OR rats,especially in liver tissue, such as high concentrations in ketogenic and glucogenic amino acids in OP rats, suggesting differences in amino acids metabolism;② The different metabolites between OP and OR rats included increasing of various saturated fatty acids and decreasing of polyunsaturated fatty acids in OP rats;③The urinary metabolites analysis indicated that different structure or metabolism of gut microflora might exist between the two phenotypes, which probably influenced the regulation of body weight gain;④The end-products of catecholamines in urine and intermediates of krebs cycle in serum in OP rats were all up-regulated, suggesting that the activity of sympatheic nervous system and energy metabolism was higher in OP rats than OR rats.

胰岛素耐受实验和胰岛素敏感指数表明OP动物的胰岛素敏感性较OR动物下降，而OP大鼠血清中游离脂肪酸、酮体、肝脏总胆固醇和甘油三酯水平显著升高；但是，OP与OR大鼠血清中总胆固醇、甘油三酯、低密度脂蛋白、高密度脂蛋白和空腹血糖等的水平并无显著性差异；⑶肥胖易感与肥胖抵抗大鼠血清、尿液和肝脏组织提取物中代谢物的比较研究表明：①OP与OR大鼠的血清、尿液和肝组织提取物中多种氨基酸的含量存在显著差异，并以肝组织中的差异氨基酸数量为最多，包括各种生酮和生糖氨基酸水平在OP组的升高，说明氨基酸代谢的差异是两种体重表型大鼠之间存在的重要差异特征之一；②OP与OR动物肝脏和血清差异代谢物中包含多种饱和长链脂肪酸的升高如十四烷酸、十六烷酸、硬脂酸等和多不饱和脂肪酸的下降如亚油酸和花生四烯酸，说明两种体重表型动物的肝脏脂肪酸代谢存在明显差异；③长期高脂饮食喂养后，动物的尿液代谢物分析表明OP与OR动物体内的肠道菌群结构存在差异，这些菌群上的差别可能在动物体重增长的调节上产生影响；④与OR动物相比，OP动物尿液代谢物中儿茶酚胺类递质的代谢终产物如高香草酸、扁桃酸和4-羟基苯乙酸明显升高。

The experiment analyses the esterase volume of Catecholamines and Acetylcholine in blood,nervous tissue and spleen tissue by way of Chromatography With Electrochemical Detection,detects the volume of aminophenol nervoustransmmiter in nervous tissue by way of automatic amino acid analyzer,and reflects the immunity function of spleen by using the spleen index,the cabability of T lymphopoiesis of spleen,the sub-T lymphocyte of blood.

应用高压液相色谱—电化学检测法和生化比色法分别分析血液、神经组织和脾脏组织中的儿茶酚胺和乙酰胆碱酯酶含量，应用氨基酸自动分析仪检测神经组织中的氨基酸类神经递质含量，以脾脏系数、脾脏T淋巴细胞增殖能力、血液T淋巴细胞亚型等指标反映脾脏的免疫机能。

There are several D-amino acid itself is toxic to plants even in the relative low concentration of D-amino acids because many plants lack the normal channels of D-amino acid oxidation deamidation, Therefore, we can use D-amino acid lyase having the toxicity to plant as a safe selectable marker.

对植物来说，很多组织缺乏正常的途径对D-氨基酸进行氧化脱氨基作用，由于这种消化系统的不同导致的结果是，有几种D-氨基酸本身对植物是有毒性的，即使在D-氨基酸相对浓度较低的情况下。

The results suggest that there are significant fatty acid and amino acid metabolism changes in NASH. Excessive fatty acids accumulation in hepatic cells、ω-6/ω-3 ratio imbalance, dodecanoic acid decreased, and some amino acids contents changes are related to hepatic inflammation and injury.

结果提示NASH大鼠肝组织存在明显的脂肪酸谱和氨基酸谱变化，肝细胞内各类脂肪酸聚积、ω-6：ω-3PUFAs比率失衡、正十二烷酸降低以及某些氨基酸含量变化等可能对脂肪肝炎症发生、肝损伤有重要作用。

The volume of stimulant amino acid in the hypothalamic tuberal part of rat is dcreased,the volume of rejective amimo acid increased,the volume of Catecholamines drceased,the volume of the stimulant amino acid in spinal cord intermediolateralis,the rate of stimulant amino acid and rejective amimo acid,and the volume of Catechomamones dcreased,the volume of NE in spleen tissue dcreased,all of which means the irritability of sympathetic nervous circulus in spleen is restrained.

运动组大鼠下丘脑结节部兴奋性氨基酸含量下降，抑制性氨基酸含量上升，儿茶酚胺含量下降，脊髓中间外侧柱兴奋性氨基酸含量下降、兴奋性氨基酸/抑制性氨基酸下降、儿茶酚胺含量降低，脾组织内NE含量降低，提示有氧运动组大鼠的脾脏交感神经调节通路的兴奋性受到抑制。

Which can be used as the body of vitamin B1 coenzyme of many enzymes in the normal human body has an important role in glucose metabolism, it can inhibit the activity of cholinesterase, and choline esterase is an important neurotransmitter, and thus nerve conduction impact; vitamin B2 in the organization by participating in a variety of yellow enzymes constitute a coenzyme, its role in bio-oxidation process in the delivery of hydrogen role in regulating the body's metabolism process; vitamin B6 can also be a variety of enzymes as coenzyme participate in all kinds of amino acid metabolism, promote the absorption of amino acids and protein synthesis, cell growth is necessary for the material, which also promote fat metabolism, involved in neurotransmitter synthesis, hemoglobin synthesis and the impact on the normal reproductive functions such as human body an important metabolic process, Volkswagen Medicine Net: What liver protection effect of vitamin B family?

可作为维生素乙许多酶的辅酶，在正常人体组织中有一个用糖代谢的重要作用，能抑制胆碱酯酶活性，和胆碱脂酶是一个重要的神经递质，神经传导，从而影响；由黄色参与各种酶在组织中维生素B2构成辅酶，其作用在生物氧化氢的作用，调节人体的代谢过程中产程；维生素B6也可以是作为辅酶参与氨基酸代谢的各种酶的品种，促进氨基酸的吸收和蛋白质合成，细胞生长是必要的材料，这也促进脂肪代谢的神经递质合成，血红蛋白合成和参与，如影响人体生殖功能的正常新陈代谢过程中一个重要的，（大众医药网：什么样的维生素B家庭肝脏的保护作用？

Part 1 Effect of different AAPs at the duodenum on the metabolism and utilization of the amino acids in PDV tissues and in liver and on the concentrations of plasma hormones in IMWC goats In Exp. 1, six wethers of IMWC goats (21-23kg) with the same father, fitted with permanent cannulas at the proximal duodenum, and with femoral artery, mesenteric, portal and hepatic venous catheters were used to study on the metabolism and utilization of the amino acids in PDV tissues and liver of IMWC goats fed diets with different dietary AAPs at the duodenum. In Exp. 2, nine wethers of IMWC goats (21-23kg, 1. 5 years old) with the same father were used to study on the effect of different AAPs at the duodenum on the concentrations of plasma hormones and other biochemical indexes.

试验共分两部分：第一部分：不同氨基酸模式对绒山羊PDV组织、肝脏氨基酸代谢和血液激素水平影响的研究试验1 选用6只体重21～23kg，产绒量约400g，处于生绒旺盛期的1.5周岁内蒙古白绒山羊半同胞羯羊，研究不同小肠可吸收氨基酸模式对绒山羊PDV组织氨基酸代谢的影响；试验2选用9只绒山羊，研究不同小肠可吸收氨基酸模式对绒山羊血液激素等生化指标的影响。

与组织氨基酸相关的网络解释 [注：此内容来源于网络，仅供参考]

alanine：氨基丙酸

肌肉释出的氨基酸超过50%以上为麸醯胺酸及氨基丙酸(alanine). 麸醯胺酸可以由所有的组织合成,但是主要在肌肉内合成,而由支链胺基酸(branch chain amino acid)提供大部分的氮. 上述情况下肌肉细胞内麸醯胺的减少可能是外伤后蛋白合成减少的原因.

Glutamine Gln：谷氨酰胺

谷氨酰胺(Glutamine Gln)是L-谷氨酸的γ-羧基酰胺化物,在生命活动中起着重要的作用. 它在细胞的氨基酸代谢中除作为构成蛋白质的氨基酸参与蛋白质合成外,其酰胺氮又能作为氮源参与核酸和糖蛋白等的合成. 谷氨酰胺在不同的组织中有不同的代谢功用,

Histidine：组织氨基酸

也要有乳剂障碍物 (barrier creams) 及工业用皮肤清洁剂.单独使用次甲基蓝 (methylene blue) 或和氧合用可治疗亚硝酸盐引起以需要组织氨基酸 (HISTIDINE) 才能生长的鼠伤寒杆菌 (SALMONELLATYPHIMURIUM) 作苦味酸及 2-氨基-[4,

isoleucine：异亮氨酸

乳清蛋白是支链氨基酸[BCAAs= 异亮氨酸(Isoleucine)、亮氨酸(Leucine)和缬氨酸(Valine)]丰富的天然来源. 乳清蛋白支持肌肉的发展,因为它是支链氨基酸(异亮氨酸,亮氨酸和缬氨酸)最丰富的天然来源、肌肉组织重要的燃料组成分. 剧烈运动之后,

Lime Extract：莱姆树萃取 含丰富的植物氨基酸,能活化细胞组织及再生能力

Lily Extract 百合萃取 镇静、抗炎 | Lime Extract 莱姆树萃取 含丰富的植物氨基酸,能活化细胞组织及再生能力 | Lime Fruit Extract 莱姆萃取 平衡油脂分泌

Lime Extract：莱姆树萃取含丰富的植物氨基酸,能活化细胞组织及再生

Lily Extract 百合萃取 镇静、抗炎 | Lime Extract 莱姆树萃取含丰富的植物氨基酸,能活化细胞组织及再生 | Lime Fruit Extract 莱姆萃取 平衡油脂分泌

Lime Extract：莱姆树萃取 含丰富的植物氨基酸,活化细胞组织及再生能力

Lily Extract 百合萃取 镇静、抗炎 | Lime Extract莱姆树萃取 含丰富的植物氨基酸,活化细胞组织及再生能力 | Lime Fruit Extract 莱姆萃取 平衡油脂分泌

Mallow Extract：锦葵萃取 含丰富的植物氨基酸,能活化肌肤细胞组织及再生能力

Malic Acid 苹果酸 由频果中萃取出来,为果酸的一种,可加速皮肤代谢老废... | Mallow Extract 锦葵萃取 含丰富的植物氨基酸,能活化肌肤细胞组织及再生能力 | Marigold Oil 金盏花油 抗发炎、清洁、收敛、活血散瘀,增加皮肤...

Mallow Extract：锦葵萃取 含丰富的氨基酸,能活化肌肤细胞组织及再生能力

Malic Acid 苹果酸由频果中萃取出来,为果酸的一种,可加速皮肤代谢老废角... | Mallow Extract 锦葵萃取 含丰富的氨基酸,能活化肌肤细胞组织及再生能力 | Marigold Oil 金盏花油 抗发炎、清洁、收敛、活血散瘀,增加皮肤愈合...

Tursiops truncatus：瓶鼻海豚

分析了2只瓶鼻海豚(Tursiops truncatus)肌肉组织的营养组成. 分析部位包括胸腔内肌肉、背肌、腹肌和尾肌四个部分. 分析结果表明,2只海豚腹肌和尾肌粗脂肪含量较其他部位高,蛋白质及灰分在肌肉组织中的分布规律不明显. 海豚不同部位氨基酸组成具有极高的一致性,