1) acidic peptide
酸性肽
1.
Electrophoresis analysis and content detection of acidic peptide in temporal lobe of human brain;
人脑颞叶组织中酸性肽的电泳分析和含量测定
2.
Protective effects of acidic peptide on apoptosis induced by sodium nitroprusside in cultured hippocampal neurons of SD rats;
酸性肽对硝普钠诱导体外培养SD大鼠海马神经细胞凋亡的保护作用
3.
Objective To study the antimutation of acidic peptide and its mechanism.
目的 体外实验观察酸性肽抗突变作用及其机理。
2) acidic polypeptides
酸性多肽
3) chiral peptide nucleic acid
手性肽核酸
1.
Five new 10-mer chiral peptide nucleic acid(PNA)sequences containing hydroxyl and imida-zole groups were designed and synthesized by solid phase synthesis method after the classical PNA mono-mers were replaced by chiral PNA monomers containing serine or histidine residue.
以含丝氨酸和组氨酸残基的手性肽核酸单体替换经典肽核酸单体,采用固相合成方法设计合成了五个新序列含羟基和咪唑基团的10聚体手性肽核酸,经ESI-MS或MALDI-TOF-MS证实目标物结构正确。
4) yield of acid-soluble peptide
酸溶性肽得率
1.
By measuring the degree of hydrolysis and the yield of acid-soluble peptide,we selected the mixture of Papain and Trypsin as the optimum hydrolytic condition.
以水解度和酸溶性肽得率为指标,确定了木瓜蛋白酶与胰蛋白酶为最优酶系组合。
2.
By measuring the degree of hydrolysis and the yield of acid-soluble peptide, bienzyme hydrolysis was studied on the basis of the experimental results of mono-enzyme hydrolysis.
采用现代生物酶解技术制备羊胎盘生物活性肽 ,以水解度 (DH)和酸溶性肽得率(YASP)为指标 ,在单酶水解的基础上探索更加有效的新工艺———双酶水解工艺。
5) single nucleotide polymorphism
单核苷酸多肽性
6) bovine acidic neuropeptide 1
酸性神经肽1
1.
Influence of bovine acidic neuropeptide 1 on GABA and cyclic nucleotides in brain tissue of morphine addicted mice;
酸性神经肽1对吗啡成瘾小鼠脑内GABA及环核苷酸含量的影响
2.
Influence of bovine acidic neuropeptide 1 on some neurotransmitters of amino acids and cGMP in mouse brain;
酸性神经肽1对小鼠大脑氨基酸类神经递质及cGMP影响的实验研究
3.
Influence of bovine acidic neuropeptide 1 on cyclic nucleotides in mouse s brain;
酸性神经肽1对小鼠大脑环核苷酸含量的影响
补充资料：二肽氨肽酶抑制剂
分子式：
CAS号：
性质：抑制二肽氨肽酶(EC3.4.14.1)活性的物质。二肽氨肽酶催化二肽(基)肽的水解，即作用于多肽的肽键水解后释放出二肽，故亦名二肽(基)转移酶。该酶参与血栓形成和止血的生化反应过程。该酶抑制剂如乙酰亮氨酸精氨醛等在临床上可用作抗血栓药或抗凝药。
CAS号：
性质：抑制二肽氨肽酶(EC3.4.14.1)活性的物质。二肽氨肽酶催化二肽(基)肽的水解，即作用于多肽的肽键水解后释放出二肽，故亦名二肽(基)转移酶。该酶参与血栓形成和止血的生化反应过程。该酶抑制剂如乙酰亮氨酸精氨醛等在临床上可用作抗血栓药或抗凝药。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条