Plant Kinesin: from Microtubule Arrays to Physiological Regulation

doi:10.11983/CBB22007

Abstract

Abstract: Kinesins are molecular motors that move along microtubules tracks, catalyze the hydrolysis of ATP to ADP, convert the chemical energy stored in ATP molecules into a mechanical force efficiently, and play important roles in various life activities such as cell morphogenesis, cell division, cell movement, intracellular transport, and signal transduction. Plant kinesin research lag behind that of animals and fungi, not only because plants have evolved a unique kinesin family, but also have more members than that of animals. Here we summarize the most recent advancements made towards understanding kinesin functions in the dynamic organization of microtubule arrays, including cortical microtubules and mitotic pre-prophase band, spindle apparatus and phragmoplast, and the regulation of plant physiological activities. We also performed a systematic analysis, classification and functional prediction of kinesins in soybean, the important cash crop, and found that the numbers of soybean kinesins are largely expanded. Taking advantage of the soybean transcriptome data in the public database, the functions of some soybean kinesins were predicted, to provide some clues for the study of kinesin functions in soybean and other crops.

Key words: kinesin, microtubule arrays, physiological regulation, soybean

Yunhui Wang, Yifan Wang, Jiayu Lin, Jinhong Li, Shien Yao, Xiangchi Feng, Zhenlin Cao, Jun Wang, Meina Li. Plant Kinesin: from Microtubule Arrays to Physiological Regulation[J]. Chinese Bulletin of Botany, 2022, 57(3): 358-374.

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URL: https://www.chinbullbotany.com/EN/10.11983/CBB22007

https://www.chinbullbotany.com/EN/Y2022/V57/I3/358

Figures/Tables 5

References 96

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蛋白家族	物种	基因名	基因登录号	细胞学功能	生理学功能	参考文献
KIN1	拟南芥	AtKin-1/AtPSS1	AT3G63480	减数分裂调控纺锤体形态	育性控制	Wang et al., 2014
	水稻	OsPSS1	Os08g0117000	减数分裂调控纺锤体形态	育性控制	Zhou et al., 2011
KIN4	拟南芥	AtKinesin-4A/FRA1	AT5G47820		合成细胞壁	Zhu et al., 2015
	水稻	BC2/GDD1	Os09g0114500		合成细胞壁; 调控细胞延伸	Li et al., 2011
	苔藓	Kin4-Ia	Pp3c25_8700	抑制成膜体中间区的微管生长		de Keijzer et al., 2017
	苔藓	Kin4-Ic	Pp3c10_9510	抑制成膜体中间区的微管生长		de Keijzer et al., 2017
KIN5	拟南芥	RSW7/AtKRP125c	AT2g28620	有丝分裂间期交联微管, 前中期稳定纺锤体两极间微管阵列		Bannigan et al., 2007
KIN7	拟南芥	AtNACK1/HINKEL	AT1G18370	有丝分裂及减数分裂II末期促进成膜体解聚	育性控制	Strompen et al., 2002
	拟南芥	STUD/TES/AtNACK2	AT3G43210		育性控制	Yang et al., 2003
	烟草	NACK1	LOC107780313		育性控制	Nishihama et al., 2002
	烟草	NACK2	LOC107775653		育性控制	Nishihama et al., 2002
	大豆	GmNACK2	Glyma.13G114200		育性控制	Fang et al., 2021
蛋白家族	物种	基因名	基因登录号	细胞学功能	生理学功能		参考文献
	拟南芥	Kinesin7	AT3g12020	有丝分裂间期促进微管组装			Moschou et al., 2016
	拟南芥	MKRP1	AT1G21730		与线粒体共定位		Itoh et al., 2001
	拟南芥	MKRP2	AT4G39050		与线粒体共定位		Itoh et al., 2001
KIN10	拟南芥	AtPAKRP2	AT4g14330	组装细胞板			Lee et al., 2001; Gicking et al., 2019
	苔藓	KINID1a	AB434497	交联成膜体反向平行微管阵列			Hiwatashi et al., 2008, 2014
	苔藓	KINID1b	AB434498	交联成膜体反向平行微管阵列			Hiwatashi et al., 2008, 2014
KIN12	拟南芥	PAKRP1/Kinesin-12A	AT4G14150	稳定成膜体反向平行微管阵列			Lee and Liu, 2000; Pan et al., 2004
	拟南芥	PAKRP1L/Kinesin-12B	AT3G23670	稳定成膜体反向平行微管阵列			Lee and Liu, 2000; Pan et al., 2004
	拟南芥	POK1	AT3G17360	标识周质分裂位点			Müller et al., 2006
	拟南芥	POK2	AT3G19050	标识周质分裂位点			Müller et al., 2006
	拟南芥	Kinesin-12E	AT3G44050	有丝分裂组装纺锤体			Herrmann et al., 2021
KIN13	拟南芥	AtKinesin-13A/AtMACK	AT3G16630	有丝分裂间期解聚微管			Oda and Fukuda, 2013
KIN14	拟南芥	KATA/ATK1	AT4G21270	有丝分裂向纺锤体两极拉动微管			Chen et al., 2002; Marcus et al., 2003
	拟南芥	ATK5	AT4G05190	有丝分裂纺锤体中间区交联微管			Ambrose and Cyr, 2007
	拟南芥	ATKP1	AT3G44730	沿微管运输微丝	与线粒体共定位		Yang et al., 2011
	水稻	OsKCH1	Os12g0547500				Frey et al., 2009
	水稻	OsKCH2	未公布				Tseng et al., 2018
	拟南芥	KAC1	AT5G10470		介导光驱动叶绿体		Suetsugu et al., 2010
	拟南芥	KAC2	AT5G65460		介导光驱动叶绿体		Suetsugu et al., 2010
	棉花	GhKCH1	AY695833				Preuss et al., 2004
	棉花	GhKCH2	EF432568				Xu et al., 2009
	拟南芥	KCBP/ZWI	AT5G65930	有丝分裂间期交联微管微丝, 后期将成膜体外围微管拉向中间区			Tian et al., 2015
	玉米	VSK1	Zm00001d018624	有丝分裂组装纺锤体			Huang et al., 2019
	苔藓	KINDR	KX759199- KX759203	激活着丝粒			Dawe et al., 2018
	苔藓	GTRC	Pp3c2_9150	调控微丝极性	参与重力感受		Li et al., 2021
KINU	拟南芥	ARK1/AtKINUc	AT3G54870	有丝分裂间期促进微管灾变			Yang et al., 2007; Eng and Wasteneys, 2014
	拟南芥	ARK3/AtKINUa	AT1G12430	有丝分裂促进早前期微管带的形成与稳定			Malcos and Cyr, 2011

蛋白家族	物种	基因名	基因登录号	细胞学功能	生理学功能	参考文献
KIN1	拟南芥	AtKin-1/AtPSS1	AT3G63480	减数分裂调控纺锤体形态	育性控制	Wang et al., 2014
	水稻	OsPSS1	Os08g0117000	减数分裂调控纺锤体形态	育性控制	Zhou et al., 2011
KIN4	拟南芥	AtKinesin-4A/FRA1	AT5G47820		合成细胞壁	Zhu et al., 2015
	水稻	BC2/GDD1	Os09g0114500		合成细胞壁; 调控细胞延伸	Li et al., 2011
	苔藓	Kin4-Ia	Pp3c25_8700	抑制成膜体中间区的微管生长		de Keijzer et al., 2017
	苔藓	Kin4-Ic	Pp3c10_9510	抑制成膜体中间区的微管生长		de Keijzer et al., 2017
KIN5	拟南芥	RSW7/AtKRP125c	AT2g28620	有丝分裂间期交联微管, 前中期稳定纺锤体两极间微管阵列		Bannigan et al., 2007
KIN7	拟南芥	AtNACK1/HINKEL	AT1G18370	有丝分裂及减数分裂II末期促进成膜体解聚	育性控制	Strompen et al., 2002
	拟南芥	STUD/TES/AtNACK2	AT3G43210		育性控制	Yang et al., 2003
	烟草	NACK1	LOC107780313		育性控制	Nishihama et al., 2002
	烟草	NACK2	LOC107775653		育性控制	Nishihama et al., 2002
	大豆	GmNACK2	Glyma.13G114200		育性控制	Fang et al., 2021
蛋白家族	物种	基因名	基因登录号	细胞学功能	生理学功能		参考文献
	拟南芥	Kinesin7	AT3g12020	有丝分裂间期促进微管组装			Moschou et al., 2016
	拟南芥	MKRP1	AT1G21730		与线粒体共定位		Itoh et al., 2001
	拟南芥	MKRP2	AT4G39050		与线粒体共定位		Itoh et al., 2001
KIN10	拟南芥	AtPAKRP2	AT4g14330	组装细胞板			Lee et al., 2001; Gicking et al., 2019
	苔藓	KINID1a	AB434497	交联成膜体反向平行微管阵列			Hiwatashi et al., 2008, 2014
	苔藓	KINID1b	AB434498	交联成膜体反向平行微管阵列			Hiwatashi et al., 2008, 2014
KIN12	拟南芥	PAKRP1/Kinesin-12A	AT4G14150	稳定成膜体反向平行微管阵列			Lee and Liu, 2000; Pan et al., 2004
	拟南芥	PAKRP1L/Kinesin-12B	AT3G23670	稳定成膜体反向平行微管阵列			Lee and Liu, 2000; Pan et al., 2004
	拟南芥	POK1	AT3G17360	标识周质分裂位点			Müller et al., 2006
	拟南芥	POK2	AT3G19050	标识周质分裂位点			Müller et al., 2006
	拟南芥	Kinesin-12E	AT3G44050	有丝分裂组装纺锤体			Herrmann et al., 2021
KIN13	拟南芥	AtKinesin-13A/AtMACK	AT3G16630	有丝分裂间期解聚微管			Oda and Fukuda, 2013
KIN14	拟南芥	KATA/ATK1	AT4G21270	有丝分裂向纺锤体两极拉动微管			Chen et al., 2002; Marcus et al., 2003
	拟南芥	ATK5	AT4G05190	有丝分裂纺锤体中间区交联微管			Ambrose and Cyr, 2007
	拟南芥	ATKP1	AT3G44730	沿微管运输微丝	与线粒体共定位		Yang et al., 2011
	水稻	OsKCH1	Os12g0547500				Frey et al., 2009
	水稻	OsKCH2	未公布				Tseng et al., 2018
	拟南芥	KAC1	AT5G10470		介导光驱动叶绿体		Suetsugu et al., 2010
	拟南芥	KAC2	AT5G65460		介导光驱动叶绿体		Suetsugu et al., 2010
	棉花	GhKCH1	AY695833				Preuss et al., 2004
	棉花	GhKCH2	EF432568				Xu et al., 2009
	拟南芥	KCBP/ZWI	AT5G65930	有丝分裂间期交联微管微丝, 后期将成膜体外围微管拉向中间区			Tian et al., 2015
	玉米	VSK1	Zm00001d018624	有丝分裂组装纺锤体			Huang et al., 2019
	苔藓	KINDR	KX759199- KX759203	激活着丝粒			Dawe et al., 2018
	苔藓	GTRC	Pp3c2_9150	调控微丝极性	参与重力感受		Li et al., 2021
KINU	拟南芥	ARK1/AtKINUc	AT3G54870	有丝分裂间期促进微管灾变			Yang et al., 2007; Eng and Wasteneys, 2014
	拟南芥	ARK3/AtKINUa	AT1G12430	有丝分裂促进早前期微管带的形成与稳定			Malcos and Cyr, 2011