Meiosis comprises a pair of specialized nuclear divisions that produce haploid germ cells.
减数分裂由两次产生单倍体生殖细胞的核分裂组成。

One pair of homologous chromosomes resulting from the division of a tetrad during meiosis.
二分体一对由四分体在成熟分裂过程中形成的同源染色体

The meiosis in Porphyra is an important theoretical basis for breeding and genetic studies.
紫菜得减数分裂是紫菜育种和遗传研究得重要理论基础。

the contraction of chromatin towards one side of the nucleus during the prophase of meiosis.
在减数分裂初期染色质向核子一侧紧缩。

The position of the centromere and the behavior of chromosomes during meiosis also important.
着丝粒的位置和染色体在减数分裂中的行为也很重要。

Chiasma A connection between homologous chromosomes seen during the prophase stage of meiosis.
交叉在细胞减数分裂的前期，同源染色体之间形成的接触点。

Successive cytokinesis in the megasporocyte follows meiosis and the megaspore tetrads are linear.
大孢子母细胞减数分裂形成直线型四分体。

Correlation Analysis between the Space of Flag Leaf, Young Spike Length and Meiosis Dynamics of Wheat
小麦旗叶距，幼穗长度与减数分裂动态相关性分析

The Effects of Follicular Fluid and Hypoxanthine on Resumption of Meiosis in Ovine Oocytes Cultured in vitro
绵羊卵泡液和次黄嘌呤对卵母细胞体外减数分裂的影响

The Effects of Equilibration Temperature, Protective Agent and Time on the Meiosis Competence of Mouse Oocyte
平衡温度，保护剂及时间对卵母细胞减数分裂能力的影响

The meiosis process of pollen mother cell in hemp were basically normal， and cytoplasm divided simultaneity.
供试材料减数分裂染色体行为表现正常，胞质分裂为同时型

Genetic Damage at Meiosis Stages of Tradescantia paludosa Induced by Monitoring Pollution Rivers in Fuzhou City
福州内河污水对紫露草减数分裂的遗传损伤

Relationship between Hyaluronic Acid and Viability of Porcine Oocyte Cumulus Complexes Cultured in vitro, Meiosis
透明质酸与猪卵母细胞体外培养成活率及减数分裂的关系

Study on the Correlation between the Space of Flag Leaf and Main Morphological Traits of Meiosis in Pollen Cells of Barley
大麦花粉减数分裂与植株主要形态特征关系的研究

The microspore mother cells undergo meiosis, the tetrahedral tetrads of microspores are formed by simultaneous cytokinesis.
花粉母细胞减数分裂后细胞质同时型分裂。

Apospory, aposporous The development of a gametophyte directly from a sporophyte without the occurrence of meiosis or spore formation.
不经过减数分裂形成孢子，而直接形成配子体。