Tracheophyte (Tracheophyta) Any plant with a differentiated vascular system; i.e. all plants except the liverworts, mosses, and hornworts.

任何具有分化成为维管统的植物。即除了地钱、藓类和角苔以外的所有植物。

The distribution and accumulation dynamic of 14CO32- in red common carp and hornwort was studied by using isotope-tracer technology.

本文采用同位素示研究了14CO32-在红鲤和金鱼藻中的分布与积累动态。

Pyrenoid A protein structure found in the chloroplasts of green algae and hornworts (Anthocerophyta). Pyrenoids are associated with the storage of starch.

淀粉核，蛋白核：在绿藻和角苔（角苔门）的叶绿体中所发现的蛋白质结构。淀粉核与淀粉的储存有关。

Tracheophyte (Tracheophyta) Any plant with a differentiated vascular system; i.e. all plants except the liverworts, mosses, and hornworts.

任何具有分化成为维管统的植物。即除了地钱、藓苔以外的所有植物。

The distribution and accumulation dynamic of 14CO32- in red common carp and hornwort was studied by using isotope-tracer technology.

本文采用同位素示踪技术研究了14CO32-在红鲤金鱼藻中的分布与积累动态。

Pyrenoid A protein structure found in the chloroplasts of green algae and hornworts (Anthocerophyta). Pyrenoids are associated with the storage of starch.

淀粉核，蛋白核：在绿藻苔（苔门）的叶绿体中所发现的蛋白质结构。淀粉核与淀粉的储存有关。

Tracheophyte (Tracheophyta) Any plant with a differentiated vascular system; i.e. all plants except the liverworts, mosses, and hornworts.

任何具有分化成为维管统的。即除地钱、藓类和角苔以外的所有。

The distribution and accumulation dynamic of 14CO32- in red common carp and hornwort was studied by using isotope-tracer technology.

本文采用同位素示踪技术研14CO32-红鲤和金鱼藻中的分布与积累动态。

Pyrenoid A protein structure found in the chloroplasts of green algae and hornworts (Anthocerophyta). Pyrenoids are associated with the storage of starch.

淀粉核，蛋白核：绿藻和角苔（角苔门）的叶绿体中所发现的蛋白质结构。淀粉核与淀粉的储存有关。

Tracheophyte (Tracheophyta) Any plant with a differentiated vascular system; i.e. all plants except the liverworts, mosses, and hornworts.

任何具有分化成为维管统的植物。即除了地钱、藓苔以外的所有植物。

The distribution and accumulation dynamic of 14CO32- in red common carp and hornwort was studied by using isotope-tracer technology.

本文采用同位素示踪技术研究了14CO32-在红鲤金鱼藻中的分布与积累动态。

Pyrenoid A protein structure found in the chloroplasts of green algae and hornworts (Anthocerophyta). Pyrenoids are associated with the storage of starch.

淀粉核，蛋白核：在绿藻苔（苔门）的叶绿体中所发现的蛋白质结构。淀粉核与淀粉的储存有关。

Tracheophyte (Tracheophyta) Any plant with a differentiated vascular system; i.e. all plants except the liverworts, mosses, and hornworts.

任何具有分化成为维管统的。即除地钱、藓类和角苔以外的所有。

The distribution and accumulation dynamic of 14CO32- in red common carp and hornwort was studied by using isotope-tracer technology.

本文采用同位素示踪技术研14CO32-红鲤和金鱼藻中的分布与积累动态。

Pyrenoid A protein structure found in the chloroplasts of green algae and hornworts (Anthocerophyta). Pyrenoids are associated with the storage of starch.

淀粉核，蛋白核：绿藻和角苔（角苔门）的叶绿体中所发现的蛋白质结构。淀粉核与淀粉的储存有关。

Tracheophyte (Tracheophyta) Any plant with a differentiated vascular system; i.e. all plants except the liverworts, mosses, and hornworts.

任何具有分化成为维管统物。即除了地钱、藓类和角苔以外所有物。

The distribution and accumulation dynamic of 14CO32- in red common carp and hornwort was studied by using isotope-tracer technology.

本文采用同位素示踪技术研究了14CO32-在红鲤和金鱼藻中分布与积累动态。

Pyrenoid A protein structure found in the chloroplasts of green algae and hornworts (Anthocerophyta). Pyrenoids are associated with the storage of starch.

淀粉核，蛋白核：在绿藻和角苔（角苔门）叶绿体中所发现蛋白质结构。淀粉核与淀粉储存有关。

Tracheophyte (Tracheophyta) Any plant with a differentiated vascular system; i.e. all plants except the liverworts, mosses, and hornworts.

任何具有分化成为维管统的植物。即除了地钱、藓类和角苔以外的所有植物。

The distribution and accumulation dynamic of 14CO32- in red common carp and hornwort was studied by using isotope-tracer technology.

本文采用同位素示踪技术研究了14CO32-在红鲤和金鱼藻中的分布与积。

Pyrenoid A protein structure found in the chloroplasts of green algae and hornworts (Anthocerophyta). Pyrenoids are associated with the storage of starch.

淀粉核，蛋白核：在绿藻和角苔（角苔门）的叶绿体中所发现的蛋白质结构。淀粉核与淀粉的储存有关。

Tracheophyte (Tracheophyta) Any plant with a differentiated vascular system; i.e. all plants except the liverworts, mosses, and hornworts.

任何具有分化成为维管统的植。即除了地钱、类角以外的所有植。

The distribution and accumulation dynamic of 14CO32- in red common carp and hornwort was studied by using isotope-tracer technology.

本文采用同位素示踪技术研究了14CO32-在金鱼藻中的分布与积累动态。

Pyrenoid A protein structure found in the chloroplasts of green algae and hornworts (Anthocerophyta). Pyrenoids are associated with the storage of starch.

淀粉核，蛋白核：在绿藻角（角门）的叶绿体中所发现的蛋白质结构。淀粉核与淀粉的储存有关。

Tracheophyte (Tracheophyta) Any plant with a differentiated vascular system; i.e. all plants except the liverworts, mosses, and hornworts.

任何具有化成为维管统的植物。即除了地钱、藓和角苔以外的所有植物。

The distribution and accumulation dynamic of 14CO32- in red common carp and hornwort was studied by using isotope-tracer technology.

本文采用同位素示踪技术研究了14CO32-在红鲤和金鱼中的积累动态。

Pyrenoid A protein structure found in the chloroplasts of green algae and hornworts (Anthocerophyta). Pyrenoids are associated with the storage of starch.

淀粉核，蛋白核：在绿和角苔（角苔门）的叶绿体中所发现的蛋白质结构。淀粉核淀粉的储存有关。

Tracheophyte (Tracheophyta) Any plant with a differentiated vascular system; i.e. all plants except the liverworts, mosses, and hornworts.

任何具有成为维管统的植物。地钱、藓类和角苔以外的所有植物。

The distribution and accumulation dynamic of 14CO32- in red common carp and hornwort was studied by using isotope-tracer technology.

本文采用同位素示踪技术研究14CO32-在红鲤和金鱼藻中的布与积累动态。

Pyrenoid A protein structure found in the chloroplasts of green algae and hornworts (Anthocerophyta). Pyrenoids are associated with the storage of starch.

淀粉核，蛋白核：在绿藻和角苔（角苔门）的叶绿体中所发现的蛋白质结构。淀粉核与淀粉的储存有关。