The photosynthetic pigment in bacteria is bacteriochlorophyll.

细菌合色素是细菌叶绿素。

All the results demonstrated pyrenoid and starch sheath were closely related with photosynthetic function.

这些结果均表明条浒苔蛋白核(淀粉鞘)单细胞绿藻蛋白核相同,具有合功能。

Objective To study the effect of photosynthetic bacteria(PSB) on regulation of lipide in serum.

目研究合细菌对血清中脂质调节。

Larix kaempferi Carr. seedlings were more photophilic and had strong photosynthetic capacity, which were not prone to photoinhibition,while Larix gmelinii Rupr. seedlings were more shade-tolerant.

日本落叶松幼苗喜，合能力，易发生抑制，而兴安落叶松幼苗耐阴。

Some derive their carbon from inorganic sources, and their hydrogen from hydrogen sulfider or other inorganic compounds, while other bacteria may be photosynthetic or saprobic.

某些细菌从无机原料中获取碳源，从硫化氢或其他无机化合物中获取氢，而另一些细菌则是能合成或腐生。

Two japonica rices, Wuyujing 3 and 97 7 were used to study changes in contents of soluble protein, free amino acids and endopeptidase activity during photosynthetic declination.

以两个粳稻品种武育粳3号和97-7材料研究了合功能衰退进程中叶片中可溶性蛋白质、游离氨基酸和内肽酶活力变化。

The photosynthetic pigment in bacteria is bacteriochlorophyll.

细菌合作的色素是细菌叶绿素。

All the results demonstrated pyrenoid and starch sheath were closely related with photosynthetic function.

这些结果均表苔蛋白核(淀粉鞘)单细胞绿藻的蛋白核相同,具有合作功能。

Objective To study the effect of photosynthetic bacteria(PSB) on regulation of lipide in serum.

目的研究合细菌对血清中脂质的调节作。

Larix kaempferi Carr. seedlings were more photophilic and had strong photosynthetic capacity, which were not prone to photoinhibition,while Larix gmelinii Rupr. seedlings were more shade-tolerant.

日本落叶松幼苗较喜，合作能力较强，不易发生抑制，而兴安落叶松幼苗较耐阴。

Some derive their carbon from inorganic sources, and their hydrogen from hydrogen sulfider or other inorganic compounds, while other bacteria may be photosynthetic or saprobic.

某些细菌从无机原料中获取碳源，从硫化氢或其他无机化合物中获取氢，而另一些细菌则是能合成的或腐生的。

Two japonica rices, Wuyujing 3 and 97 7 were used to study changes in contents of soluble protein, free amino acids and endopeptidase activity during photosynthetic declination.

以两个粳稻品种武育粳3号和97-7作材料研究了合功能衰退进程中叶片中可溶性蛋白质、游离氨基酸和内肽酶活力的变化。

The photosynthetic pigment in bacteria is bacteriochlorophyll.

细菌的色素是细菌叶绿素。

All the results demonstrated pyrenoid and starch sheath were closely related with photosynthetic function.

这些结果均表明条浒苔蛋白核(淀粉鞘)单细胞绿藻的蛋白核相同,具有功能。

Objective To study the effect of photosynthetic bacteria(PSB) on regulation of lipide in serum.

目的研究细菌对血清中脂质的调节。

Larix kaempferi Carr. seedlings were more photophilic and had strong photosynthetic capacity, which were not prone to photoinhibition,while Larix gmelinii Rupr. seedlings were more shade-tolerant.

日本落叶松幼苗较喜，能力较强，不易发生抑制，而兴安落叶松幼苗较耐阴。

Some derive their carbon from inorganic sources, and their hydrogen from hydrogen sulfider or other inorganic compounds, while other bacteria may be photosynthetic or saprobic.

某些细菌从无原料中获取碳源，从硫化氢或其他无化物中获取氢，而另一些细菌则是能成的或腐生的。

Two japonica rices, Wuyujing 3 and 97 7 were used to study changes in contents of soluble protein, free amino acids and endopeptidase activity during photosynthetic declination.

以两个粳稻品种武育粳3号和97-7材料研究了功能衰退进程中叶片中可溶性蛋白质、游离氨基酸和内肽酶活力的变化。

The photosynthetic pigment in bacteria is bacteriochlorophyll.

细菌合作的色素是细菌叶绿素。

All the results demonstrated pyrenoid and starch sheath were closely related with photosynthetic function.

这些结果均表苔蛋白核(淀粉鞘)单细胞绿藻的蛋白核相同,具有合作功能。

Objective To study the effect of photosynthetic bacteria(PSB) on regulation of lipide in serum.

目的研究合细菌对血清中脂质的调节作。

Larix kaempferi Carr. seedlings were more photophilic and had strong photosynthetic capacity, which were not prone to photoinhibition,while Larix gmelinii Rupr. seedlings were more shade-tolerant.

日本落叶松幼苗较喜，合作能力较强，不易发生抑制，而兴安落叶松幼苗较耐阴。

Some derive their carbon from inorganic sources, and their hydrogen from hydrogen sulfider or other inorganic compounds, while other bacteria may be photosynthetic or saprobic.

某些细菌从无机原料中获取碳源，从硫化氢或其他无机化合物中获取氢，而另一些细菌则是能合成的或腐生的。

Two japonica rices, Wuyujing 3 and 97 7 were used to study changes in contents of soluble protein, free amino acids and endopeptidase activity during photosynthetic declination.

以两个粳稻品种武育粳3号和97-7作材料研究了合功能衰退进程中叶片中可溶性蛋白质、游离氨基酸和内肽酶活力的变化。

The photosynthetic pigment in bacteria is bacteriochlorophyll.

细菌合作用的色素是细菌叶绿素。

All the results demonstrated pyrenoid and starch sheath were closely related with photosynthetic function.

这些结果均表明条浒苔蛋白核(淀粉鞘)单细胞绿藻的蛋白核相同,具有合作用功能。

Objective To study the effect of photosynthetic bacteria(PSB) on regulation of lipide in serum.

目的研究合细菌对血清中脂质的调节作用。

Larix kaempferi Carr. seedlings were more photophilic and had strong photosynthetic capacity, which were not prone to photoinhibition,while Larix gmelinii Rupr. seedlings were more shade-tolerant.

日本落叶松喜，合作用能力强，不易发生抑制，而兴安落叶松耐阴。

Some derive their carbon from inorganic sources, and their hydrogen from hydrogen sulfider or other inorganic compounds, while other bacteria may be photosynthetic or saprobic.

某些细菌从无机原料中获取碳源，从硫化氢或其他无机化合物中获取氢，而另一些细菌则是能合成的或腐生的。

Two japonica rices, Wuyujing 3 and 97 7 were used to study changes in contents of soluble protein, free amino acids and endopeptidase activity during photosynthetic declination.

以两个粳稻品种武育粳3号和97-7作材料研究了合功能衰退进程中叶片中可溶性蛋白质、游离氨基酸和内肽酶活力的变化。

The photosynthetic pigment in bacteria is bacteriochlorophyll.

细菌合作用的细菌叶绿。

All the results demonstrated pyrenoid and starch sheath were closely related with photosynthetic function.

这些结果均表明条浒苔蛋白核(淀粉鞘)单细胞绿藻的蛋白核相同,具有合作用功能。

Objective To study the effect of photosynthetic bacteria(PSB) on regulation of lipide in serum.

目的研究合细菌对血清中脂质的调节作用。

Larix kaempferi Carr. seedlings were more photophilic and had strong photosynthetic capacity, which were not prone to photoinhibition,while Larix gmelinii Rupr. seedlings were more shade-tolerant.

日本落叶松幼苗较喜，合作用能力较强，不易发生抑制，而兴安落叶松幼苗较耐阴。

Some derive their carbon from inorganic sources, and their hydrogen from hydrogen sulfider or other inorganic compounds, while other bacteria may be photosynthetic or saprobic.

某些细菌从无机原料中获取碳源，从硫化氢或其他无机化合物中获取氢，而另一些细菌则能合成的或腐生的。

Two japonica rices, Wuyujing 3 and 97 7 were used to study changes in contents of soluble protein, free amino acids and endopeptidase activity during photosynthetic declination.

以两个粳稻品种武育粳3号和97-7作材料研究了合功能衰退进程中叶片中可溶性蛋白质、游离氨基酸和内肽酶活力的变化。

The photosynthetic pigment in bacteria is bacteriochlorophyll.

细菌合作用色素是细菌叶素。

All the results demonstrated pyrenoid and starch sheath were closely related with photosynthetic function.

这些结果均表明条浒苔蛋白核(淀粉鞘)单细胞蛋白核相同,具有合作用功能。

Objective To study the effect of photosynthetic bacteria(PSB) on regulation of lipide in serum.

目研究合细菌对血清中脂质调节作用。

Larix kaempferi Carr. seedlings were more photophilic and had strong photosynthetic capacity, which were not prone to photoinhibition,while Larix gmelinii Rupr. seedlings were more shade-tolerant.

日本落叶松幼苗较喜，合作用能力较强，不易发生抑制，而兴安落叶松幼苗较耐阴。

Some derive their carbon from inorganic sources, and their hydrogen from hydrogen sulfider or other inorganic compounds, while other bacteria may be photosynthetic or saprobic.

某些细菌从无机原料中获取碳源，从硫化氢或其他无机化合物中获取氢，而另一些细菌则是能合成或腐生。

Two japonica rices, Wuyujing 3 and 97 7 were used to study changes in contents of soluble protein, free amino acids and endopeptidase activity during photosynthetic declination.

以两个粳稻品种武育粳3号和97-7作材料研究了合功能衰退进程中叶片中可溶性蛋白质、游离氨基酸和内肽活力变化。

The photosynthetic pigment in bacteria is bacteriochlorophyll.

细菌合作用色素是细菌叶绿素。

All the results demonstrated pyrenoid and starch sheath were closely related with photosynthetic function.

这些结果均表明条浒苔蛋白核(淀粉鞘)单细胞绿藻蛋白核,有合作用功能。

Objective To study the effect of photosynthetic bacteria(PSB) on regulation of lipide in serum.

目研究合细菌对血清中脂质调节作用。

Larix kaempferi Carr. seedlings were more photophilic and had strong photosynthetic capacity, which were not prone to photoinhibition,while Larix gmelinii Rupr. seedlings were more shade-tolerant.

日本落叶松幼苗较喜，合作用能力较强，不易发生抑制，而兴安落叶松幼苗较耐阴。

Some derive their carbon from inorganic sources, and their hydrogen from hydrogen sulfider or other inorganic compounds, while other bacteria may be photosynthetic or saprobic.

某些细菌从无机原料中获取碳源，从硫化氢或其他无机化合物中获取氢，而另一些细菌则是能合成或腐生。

Two japonica rices, Wuyujing 3 and 97 7 were used to study changes in contents of soluble protein, free amino acids and endopeptidase activity during photosynthetic declination.

以两个粳稻品种武育粳3号和97-7作材料研究了合功能衰退进程中叶片中可溶性蛋白质、游离氨基酸和内肽酶活力变化。

The photosynthetic pigment in bacteria is bacteriochlorophyll.

细菌的色素是细菌叶绿素。

All the results demonstrated pyrenoid and starch sheath were closely related with photosynthetic function.

这些结果均表明条浒苔蛋白核(淀粉鞘)单细胞绿藻的蛋白核相同,具有功能。

Objective To study the effect of photosynthetic bacteria(PSB) on regulation of lipide in serum.

目的研究细菌对血清中脂质的调节。

Larix kaempferi Carr. seedlings were more photophilic and had strong photosynthetic capacity, which were not prone to photoinhibition,while Larix gmelinii Rupr. seedlings were more shade-tolerant.

日本落叶松幼苗较喜，能力较强，不易发生抑制，而兴安落叶松幼苗较耐阴。

Some derive their carbon from inorganic sources, and their hydrogen from hydrogen sulfider or other inorganic compounds, while other bacteria may be photosynthetic or saprobic.

某些细菌从无机原料中获取碳源，从硫化氢或其他无机化物中获取氢，而另一些细菌则是能成的或腐生的。

Two japonica rices, Wuyujing 3 and 97 7 were used to study changes in contents of soluble protein, free amino acids and endopeptidase activity during photosynthetic declination.

以两个粳稻品种武育粳3号和97-7材料研究了功能衰退进程中叶片中可溶性蛋白质、游离氨基酸和内肽酶活力的变化。