Myriapod animals were probably one of the invertebrate animal groups that first colonized the terrestrial ecosystem during Early Paleozoic.

摘要足动物可能是最早人侵境无脊椎动物之一。

The start reading framae and stop codons, base composition in protein-coding genes and the codon usage of amino acids in Scolopendra multilane were compared with the three other myriapods.

本研究在蛋白质编码基因起始阅读框和终止密码子、蛋白质编码区碱基组成、氨基酸及密码子利用等方面把少棘蜈蚣与另三种足类进行了比较。

Myriapod animals were probably one of the invertebrate animal groups that first colonized the terrestrial ecosystem during Early Paleozoic.

摘要足动物可能是最早人侵境无脊椎动物之一。

The start reading framae and stop codons, base composition in protein-coding genes and the codon usage of amino acids in Scolopendra multilane were compared with the three other myriapods.

本研究在蛋白质编码基因起始阅读框和终止密码子、蛋白质编码区碱基组成、氨基酸及密码子利用等方面把少棘蜈蚣与另三种足类进行了比较。

Myriapod animals were probably one of the invertebrate animal groups that first colonized the terrestrial ecosystem during Early Paleozoic.

摘要足可能是最早人侵陆地环境无脊之一。

The start reading framae and stop codons, base composition in protein-coding genes and the codon usage of amino acids in Scolopendra multilane were compared with the three other myriapods.

本研究在蛋白质编码基因起始阅读框和终止密码子、蛋白质编码区碱基组成、氨基酸及密码子利用等方面把少棘蜈蚣与另三种足类进行了比较。

Myriapod animals were probably one of the invertebrate animal groups that first colonized the terrestrial ecosystem during Early Paleozoic.

摘要足动可能是最早人侵陆地环境无脊椎动之一。

The start reading framae and stop codons, base composition in protein-coding genes and the codon usage of amino acids in Scolopendra multilane were compared with the three other myriapods.

本研究质编码基因起始阅读框和终止密码子、质编码区碱基组成、氨基酸及密码子利用等方面把少棘蜈蚣与另三种足类进行了比较。

Myriapod animals were probably one of the invertebrate animal groups that first colonized the terrestrial ecosystem during Early Paleozoic.

摘要足可能是最早人侵陆地环境的无之一。

The start reading framae and stop codons, base composition in protein-coding genes and the codon usage of amino acids in Scolopendra multilane were compared with the three other myriapods.

本研究在蛋白质编码基因起始阅读框和终止密码子、蛋白质编码区的碱基组成、氨基酸及密码子的利用等方面把少棘蜈蚣与另三种足类进行了比较。

Myriapod animals were probably one of the invertebrate animal groups that first colonized the terrestrial ecosystem during Early Paleozoic.

摘要足动物可能是最早人侵陆无脊椎动物之一。

The start reading framae and stop codons, base composition in protein-coding genes and the codon usage of amino acids in Scolopendra multilane were compared with the three other myriapods.

本研究在蛋白质编码基因起始阅读框和终止密码子、蛋白质编码区碱基组成、氨基酸及密码子利用等方面把少棘蜈蚣与另三种足类进行了比较。

Myriapod animals were probably one of the invertebrate animal groups that first colonized the terrestrial ecosystem during Early Paleozoic.

可能是最早人侵陆地环境的无脊椎之一。

The start reading framae and stop codons, base composition in protein-coding genes and the codon usage of amino acids in Scolopendra multilane were compared with the three other myriapods.

本研究在蛋白质编码基因起始阅读框和终止密码子、蛋白质编码区的碱基组成、氨基酸及密码子的利用等方面把少棘蜈蚣与另三种类进行了比较。

Myriapod animals were probably one of the invertebrate animal groups that first colonized the terrestrial ecosystem during Early Paleozoic.

摘要足动物可能是最早人侵陆地环境的无脊椎动物之一。

The start reading framae and stop codons, base composition in protein-coding genes and the codon usage of amino acids in Scolopendra multilane were compared with the three other myriapods.

本研究在蛋白质编码基因起始阅读框和终止密码子、蛋白质编码区的碱基组成、氨基酸及密码子的利用把少棘蜈蚣与另三种足类进行了比较。

Myriapod animals were probably one of the invertebrate animal groups that first colonized the terrestrial ecosystem during Early Paleozoic.

要足能是最早人侵陆地环境的无脊椎之一。

The start reading framae and stop codons, base composition in protein-coding genes and the codon usage of amino acids in Scolopendra multilane were compared with the three other myriapods.

本研究在蛋白质编码基因起始阅读框和终止密码子、蛋白质编码区的碱基组成、氨基酸及密码子的利用等方面把少棘蜈蚣与另三种足类进行了比较。