To investigate the role of the human mitotic kinesin-like protein 1(MKLP1) in mitosis and cytokinesis, E.

为探讨人蛋白MKLP1在有丝裂和胞裂中的作用,以E。

Pollen mother cells undergo meioses through simultaneous cytokinesis and give rise to tetrads of microspores, which are tetrahedrally arranged.

花粉母细胞行减数裂，细胞裂属同时型，产生小孢子四体，为四面体形。

To investigate the role of the human mitotic kinesin-like protein 1(MKLP1) in mitosis and cytokinesis, E.

为探讨人源驱动蛋白MKLP1在有丝裂和胞质裂中的作用,以E。

Pollen mother cells undergo meioses through simultaneous cytokinesis and give rise to tetrads of microspores, which are tetrahedrally arranged.

花粉母细胞行裂，细胞质裂属同时型，产生小孢子四体，为四面体形。

To investigate the role of the human mitotic kinesin-like protein 1(MKLP1) in mitosis and cytokinesis, E.

为探讨人源驱动蛋白MKLP1在有丝和胞质的作用,以E。

Pollen mother cells undergo meioses through simultaneous cytokinesis and give rise to tetrads of microspores, which are tetrahedrally arranged.

花粉母胞行减数，胞质属同时型，产生小孢子四体，为四面体形。

To investigate the role of the human mitotic kinesin-like protein 1(MKLP1) in mitosis and cytokinesis, E.

为探讨人源驱动蛋白MKLP1在有丝裂和胞质裂中的作用,E。

Pollen mother cells undergo meioses through simultaneous cytokinesis and give rise to tetrads of microspores, which are tetrahedrally arranged.

母细胞行减数裂，细胞质裂属同时型，产生小孢子四体，为四面体形。

To investigate the role of the human mitotic kinesin-like protein 1(MKLP1) in mitosis and cytokinesis, E.

为探讨人源驱动蛋白MKLP1在有丝裂裂中的作用,以E。

Pollen mother cells undergo meioses through simultaneous cytokinesis and give rise to tetrads of microspores, which are tetrahedrally arranged.

花粉母行减数裂，裂属同时型，产生小孢子四体，为四面体形。

To investigate the role of the human mitotic kinesin-like protein 1(MKLP1) in mitosis and cytokinesis, E.

为探讨人源驱动蛋白MKLP1在有丝中的作用,以E。

Pollen mother cells undergo meioses through simultaneous cytokinesis and give rise to tetrads of microspores, which are tetrahedrally arranged.

花粉母行减数，属同时型，产生小孢子四体，为四面体形。

To investigate the role of the human mitotic kinesin-like protein 1(MKLP1) in mitosis and cytokinesis, E.

为探讨人源驱动蛋白MKLP1在有丝裂和胞质裂中的作用,以E。

Pollen mother cells undergo meioses through simultaneous cytokinesis and give rise to tetrads of microspores, which are tetrahedrally arranged.

花粉母细胞行减数裂，细胞质裂属同时型，产生四体，为四面体形。

To investigate the role of the human mitotic kinesin-like protein 1(MKLP1) in mitosis and cytokinesis, E.

为探讨人源驱动蛋白MKLP1在有丝裂和质裂中的作用,以E。

Pollen mother cells undergo meioses through simultaneous cytokinesis and give rise to tetrads of microspores, which are tetrahedrally arranged.

花粉母细行减数裂，细质裂型，产生小孢子四体，为四面体形。

To investigate the role of the human mitotic kinesin-like protein 1(MKLP1) in mitosis and cytokinesis, E.

为探讨人源驱动蛋白MKLP1在有丝和胞质中的作用,以E。

Pollen mother cells undergo meioses through simultaneous cytokinesis and give rise to tetrads of microspores, which are tetrahedrally arranged.

花粉母细胞行减，细胞质属同时型，产生小孢子四体，为四面体。