| 1. | Epsp excitatory post - synaptic potential
兴奋性突触后电位 |
| 2. | Epsp synthase is a attractive prime target for many antimicrobial agents and herbicides
该酶是许多抗生素、除草剂作用的首选靶标酶。 |
| 3. | At present , nobody have reported the phylesis research through dna sequence of epsp
目前用epsps基因编码区的dna序列来研究物种的进化关系尚未见报道。 |
| 4. | The epsp synthase is a necessary enzyme of the shikimate pathway and it is very conservative
Epsp合成酶是莽草酸途径的一个关键酶，其成熟蛋白在进化中极为保守。 |
| 5. | 5 - enolpyruvlshimimate - 3 - phosphate synthase ( epsp synthase ) is a necessary enzyme of the shikimate pathway in prokaryote , yeasts , fungi , apicomplexan parasites , plants and algae
原核生物、酵母、真菌、顶配位寄生虫、植物和藻类中的epsp合成酶是芥草酸途径中的一个氨基酸必需酶。 |
| 6. | Plants can obtain high doses glyphosate tolerance if the enzyme of this gene is over produced and accumulated or herbicide - insensitive enzymes produced due to some amino acid mutation in active sites
植物中epsp合成酶的过量表达或某些活性位点氨基酸的突变对高剂量的草甘膦有较强的耐受性。 |
| 7. | The amino acid sequences of epsp synthase between high plants have very high identity , but the identity of transport peptide of epsp is as low as 23 % between plants
高等植物成熟的epsp合成酶的氨基酸序列之间具有很高的同源性，但epsp合成酶的叶绿体运输肽的氨基酸序列同源性极差，各植物间仅23左右的同源性。 |
| 8. | The start codon is at 84 - 86bp , the stop codon at 1658 - 1661bp . the homologous comparison of the deduced amino acid sequence with other plant epsp synthase proteins shows the identity to those of b . napus , a . thaliana , tomato , n . labacum respectively are 92 % , 91 % , 80 % , 65 %
同源比较该段序列所编码的氨基酸序列可以发现epsp合成酶有较高的保守性，它与欧洲油菜、拟南芥、西红柿、烟草的同源性分别为920 、 91o 、 80o 、 65o 。 |
| 9. | Two partially overlapping cdna fragments which were cloned from o . violaceus using the rt - pcr , 3 ' race ( rapid amplification of cdna ends ) and 5 ' race technique was assembled a 1758bp full cdna sequence of epsp synthase ( accession number in genbank : af440389 )
采用rt pcr技术与3 ’ race和5 ’ race的结合，以诸葛菜的总rna为反转录的模板，克隆、拼结出了诸葛菜的epsp合成酶的全长。 dna序列（该段cdan的genbank的登录号为： af440389 ） 。 |
| 10. | The nj map and simplest principle map based on 3 ' end coding sequences are identical to the two maps based on the complete coding sequences . this shows that 3 " end coding sequences of epsp can replace the complete coding sequences to analyze the molecular evolution
用epsps基因全长编码区的dna序列构建的nj图，最简约树与用其3 ’端编码区dna序列构建的树形图相同，表明完全可以用epsps基因3 ’端编码区dna序列代替基因全长编码序列作进化分析。 |
