But many primates, including humans, hae a third photopigment, encoded by a second gene on the X chromosome.

但多数灵长类包括人类有着三种感光素，通过在X染体中的第二种基因编码。

The results showed that the variation of the color display were not significantly corelated with the composition of the photopigments of their zooxanthella.

研究方法主要藉分析法，如滤纸分析法，薄分 析法及高压液相析法等方法以达分离、分析和定量素的目的。

But many primates, including humans, hae a third photopigment, encoded by a second gene on the X chromosome.

但多数灵长类包括人类有着三种感光色素，X染色体中的第二种基因编码。

The results showed that the variation of the color display were not significantly corelated with the composition of the photopigments of their zooxanthella.

研究方法主要藉色层分析法，如滤纸色层分析法，薄层色层分 析法及高压液相层析法等方法以达分离、分析和定量色素的目的。

But many primates, including humans, hae a third photopigment, encoded by a second gene on the X chromosome.

但多数灵长类包括人类有着三感光色素，通过在X染色体中的基因编码。

The results showed that the variation of the color display were not significantly corelated with the composition of the photopigments of their zooxanthella.

研究方法主要藉色层分析法，如滤纸色层分析法，薄层色层分 析法及高压液相层析法等方法以达分离、分析和定量色素的目的。

But many primates, including humans, hae a third photopigment, encoded by a second gene on the X chromosome.

但多数灵长类包括人类有着三种感光色素，通过在X染色体中的第二种基因。

The results showed that the variation of the color display were not significantly corelated with the composition of the photopigments of their zooxanthella.

究方法主要藉色层分析法，如滤纸色层分析法，薄层色层分 析法及高压液相层析法等方法以达分离、分析和定量色素的目的。

But many primates, including humans, hae a third photopigment, encoded by a second gene on the X chromosome.

但多数灵长类包括人类有着三种感光色素，通过在X染色体中的第二种基因编码。

The results showed that the variation of the color display were not significantly corelated with the composition of the photopigments of their zooxanthella.

研究方法主要藉色分法，如滤纸色分法，薄色分 法及高压液相法等方法以达分离、分和定量色素的目的。

But many primates, including humans, hae a third photopigment, encoded by a second gene on the X chromosome.

灵长类包括人类有着三种感光色素，通过在X染色体中的第二种基因编码。

The results showed that the variation of the color display were not significantly corelated with the composition of the photopigments of their zooxanthella.

研究方法主要藉色层分析法，如滤纸色层分析法，薄层色层分 析法及高压液相层析法等方法以达分离、分析和定量色素的目的。

But many primates, including humans, hae a third photopigment, encoded by a second gene on the X chromosome.

但多数包括人有着三种感光色素，通过在X染色体中的第二种基因编码。

The results showed that the variation of the color display were not significantly corelated with the composition of the photopigments of their zooxanthella.

研究方法主要藉色层分析法，如滤纸色层分析法，薄层色层分 析法及高压液相层析法等方法以达分离、分析和定量色素的目的。

But many primates, including humans, hae a third photopigment, encoded by a second gene on the X chromosome.

但多数灵长类包括人类有着三种感光色素，通过在X染色体中的第二种基因编码。

The results showed that the variation of the color display were not significantly corelated with the composition of the photopigments of their zooxanthella.

研究方法主要藉色分法，如滤纸色分法，薄色分 法及高压液法等方法以达分离、分和定量色素的目的。

But many primates, including humans, hae a third photopigment, encoded by a second gene on the X chromosome.

但多数灵长类包括人类有着光色素，通过在X染色体中第二基因编码。

The results showed that the variation of the color display were not significantly corelated with the composition of the photopigments of their zooxanthella.

研究方法主要藉色层分析法，如滤纸色层分析法，薄层色层分 析法及高压液相层析法等方法以达分离、分析和定量色素目。