高等学校化学学报 ›› 2023, Vol. 44 ›› Issue (3): 20220265.doi: 10.7503/cjcu20220265
收稿日期:
2022-04-20
出版日期:
2023-03-10
发布日期:
2023-03-14
通讯作者:
袁必锋
E-mail:bfyuan@whu.edu.cn
基金资助:
TANG Xiaomeng1,2, YUAN Bifeng1,2(), FENG Yuqi1,2
Received:
2022-04-20
Online:
2023-03-10
Published:
2023-03-14
Contact:
YUAN Bifeng
E-mail:bfyuan@whu.edu.cn
Supported by:
摘要:
除经典碱基外, RNA中还包含许多化学修饰. 迄今, 已经在生命体的三域系统中鉴定出超过150种RNA修饰类型. 这些RNA修饰不改变RNA的序列, 但会改变其结构和生化特性, 从而调节基因的时空表达. RNA修饰作为表观遗传学研究的一个重要领域, 在调控植物的生长发育和胁迫应激中起到至关重要的作用. 近年来, 随着分析技术, 特别是RNA修饰测序技术的不断进步, 对植物RNA修饰的功能和机制获得了深入的认识. 本文主要介绍了植物RNA修饰的功能, 总结了针对这些植物中RNA修饰的分析方法, 以便为今后系统地开展植物中RNA修饰的研究提供参考.
中图分类号:
TrendMD:
唐潇萌, 袁必锋, 冯钰锜. 植物RNA修饰的功能及分析方法. 高等学校化学学报, 2023, 44(3): 20220265.
TANG Xiaomeng, YUAN Bifeng, FENG Yuqi. Functions of Plant RNA Modifications and Their Analytical Methods. Chem. J. Chinese Universities, 2023, 44(3): 20220265.
Enzyme | Specie | Name | Allele/Transgenic line | Phenotype | Ref. |
---|---|---|---|---|---|
m6A writers | Arabidopsis thaliana (A. thaliana) | MTA | mta⁃1 | Embryo lethal(arrested at globular stage) | [ |
mta⁃ABI3:MTA | Reduced apical dominance, abnormal organ definition and increased number of trichome branches | [ | |||
Rice | OsMTA2 | mta2 | Reduced panicles length, fertility and effective seed number | [ | |
Poplar | PtrMTA | OE⁃PtrMTA | Better tolerance to drought stress | [ | |
A. thaliana | MTB | emb1691 | Embryo lethal(arrested at globular stage) | [ | |
A. thaliana | FIP37 | fip37⁃1, fip37⁃2, fip37⁃3 | Embryo lethal(arrested at globular stage) | [ | |
fip37⁃4 | Defective root, protoxylem and vascular development, delayed growth and reduced apical dominance | [ | |||
fip37⁃LEC1: FIP37 | Over proliferation of stem apical meristem, growth defects and abnormal leaf development | [ | |||
Transcriptional readthrough and mRNA chimera formation | [ | ||||
Rice | OsFIP | fip | Early degeneration of microspores at the vacuolated pollen stage and abnormal meiosis in prophase I | [ | |
A. thaliana | VIR | emb2016 | Embryo lethal(arrested at globular stage) | [ | |
vir⁃1 | Effected circadian rhythms, flowering time and polyadenylation site selection | [ | |||
HAKAI | hakai⁃1 hakai⁃2 | No described phenotype in the single mutant, but the double mutation of hakai and mta showed more severe developmental defects | [ | ||
FIO1 | fio1⁃1 | Early flowering | [ | ||
fio1⁃2 | Early flowering and reduced rosette leaves number | [ | |||
m6A erasers | A. thaliana | ALKBH9B | alkbh9b | Increased resistance to alfalfa mosaic virus | [ |
ALKBH10B | alkbh10b | Delayed flowering and repressed vegetative growth | [ | ||
More obvious abscisic acid inhibition | [ | ||||
Tomato | SlALKBH2 | alkbh2 | Delayed fruit ripening | [ | |
m6A readers | A. thaliana | ECT2, ECT3, ECT4 | ect2 | Stochastic increase of trichome branches | [ |
35S::ECT2M⁃mCherry | [ | ||||
ect2/ect3, ect2/ect3/ect4 | Additive effect on the increase of trichome branches, slow root and stem growth, slow flower formation, defective directionality of root growth and aberrant flower and fruit morphology | [ | |||
CPSF30⁃L | cpsf30 | Transcriptional readthrough and mRNA chimera formation | [ | ||
[ | |||||
m5C writers | A. thaliana | TRM4B | trm4b | Shorter primary roots and more sensitive to oxidative stress | [ |
Rice | OsNSUN2 | osnsun2 | Short root length and enhanced adaptation to high temperature | [ | |
m1A writer | Petunia | PhTRMT61A | pTRV2⁃PhTRMT61A | Abnormal leaf development | [ |
Table 1 Functions of related enzymes of mRNA modifications in plants
Enzyme | Specie | Name | Allele/Transgenic line | Phenotype | Ref. |
---|---|---|---|---|---|
m6A writers | Arabidopsis thaliana (A. thaliana) | MTA | mta⁃1 | Embryo lethal(arrested at globular stage) | [ |
mta⁃ABI3:MTA | Reduced apical dominance, abnormal organ definition and increased number of trichome branches | [ | |||
Rice | OsMTA2 | mta2 | Reduced panicles length, fertility and effective seed number | [ | |
Poplar | PtrMTA | OE⁃PtrMTA | Better tolerance to drought stress | [ | |
A. thaliana | MTB | emb1691 | Embryo lethal(arrested at globular stage) | [ | |
A. thaliana | FIP37 | fip37⁃1, fip37⁃2, fip37⁃3 | Embryo lethal(arrested at globular stage) | [ | |
fip37⁃4 | Defective root, protoxylem and vascular development, delayed growth and reduced apical dominance | [ | |||
fip37⁃LEC1: FIP37 | Over proliferation of stem apical meristem, growth defects and abnormal leaf development | [ | |||
Transcriptional readthrough and mRNA chimera formation | [ | ||||
Rice | OsFIP | fip | Early degeneration of microspores at the vacuolated pollen stage and abnormal meiosis in prophase I | [ | |
A. thaliana | VIR | emb2016 | Embryo lethal(arrested at globular stage) | [ | |
vir⁃1 | Effected circadian rhythms, flowering time and polyadenylation site selection | [ | |||
HAKAI | hakai⁃1 hakai⁃2 | No described phenotype in the single mutant, but the double mutation of hakai and mta showed more severe developmental defects | [ | ||
FIO1 | fio1⁃1 | Early flowering | [ | ||
fio1⁃2 | Early flowering and reduced rosette leaves number | [ | |||
m6A erasers | A. thaliana | ALKBH9B | alkbh9b | Increased resistance to alfalfa mosaic virus | [ |
ALKBH10B | alkbh10b | Delayed flowering and repressed vegetative growth | [ | ||
More obvious abscisic acid inhibition | [ | ||||
Tomato | SlALKBH2 | alkbh2 | Delayed fruit ripening | [ | |
m6A readers | A. thaliana | ECT2, ECT3, ECT4 | ect2 | Stochastic increase of trichome branches | [ |
35S::ECT2M⁃mCherry | [ | ||||
ect2/ect3, ect2/ect3/ect4 | Additive effect on the increase of trichome branches, slow root and stem growth, slow flower formation, defective directionality of root growth and aberrant flower and fruit morphology | [ | |||
CPSF30⁃L | cpsf30 | Transcriptional readthrough and mRNA chimera formation | [ | ||
[ | |||||
m5C writers | A. thaliana | TRM4B | trm4b | Shorter primary roots and more sensitive to oxidative stress | [ |
Rice | OsNSUN2 | osnsun2 | Short root length and enhanced adaptation to high temperature | [ | |
m1A writer | Petunia | PhTRMT61A | pTRV2⁃PhTRMT61A | Abnormal leaf development | [ |
tRNA modification | Site | Modification related enzymes and proteins | Allele/ Transgenic line | Phenotype | Ref. |
---|---|---|---|---|---|
Um, Cm | 32 | SCS9 | scs9 | Increased sensitivity to antibiotics and oxidative stress | [ |
Cm, Gm | 34 | ||||
A⁃to⁃I | 34 | Tad2, Tad3 | tad2, tad3 | Embryo lethal (arrested at globular stage) | [ |
tad2⁃RNAi, tad3⁃RNAi | Reduced growth and inefficient editing from A⁃to⁃I | ||||
mcm5s2U | 34 | CTU2 | ctu2 | Aberrant root development | [ |
URM11, URM12 | urm11/urm12 | Aberrant leaf morphology | [ | ||
Elp3 | elp3/elo3 | ||||
m1G, m1I | 37 | AtTrm5a | attrm5a | Aberrant protein translation, disturbed hormone homeostasis and developmental defects | [ |
A⁃to⁃I | 37 | Tad1 | tad1 | Less biomass under environmental stress conditions | [ |
m5C | 38 | TRDMT1 | trdmt1 | Hypersensitive to the antibiotic hygromycin B | [ |
48, 49, 50 | TRM4B | trm4b | |||
m1A | 58 | AtTRM61/AtTRM6 | Attrm61, Attrm6 | Embryo arrest and seed abortion | [ |
Attrm61/LEC1pro::AtTRM61 | Shorter siliques |
Table 2 Functions of related enzymes and proteins of tRNA modifications in plants
tRNA modification | Site | Modification related enzymes and proteins | Allele/ Transgenic line | Phenotype | Ref. |
---|---|---|---|---|---|
Um, Cm | 32 | SCS9 | scs9 | Increased sensitivity to antibiotics and oxidative stress | [ |
Cm, Gm | 34 | ||||
A⁃to⁃I | 34 | Tad2, Tad3 | tad2, tad3 | Embryo lethal (arrested at globular stage) | [ |
tad2⁃RNAi, tad3⁃RNAi | Reduced growth and inefficient editing from A⁃to⁃I | ||||
mcm5s2U | 34 | CTU2 | ctu2 | Aberrant root development | [ |
URM11, URM12 | urm11/urm12 | Aberrant leaf morphology | [ | ||
Elp3 | elp3/elo3 | ||||
m1G, m1I | 37 | AtTrm5a | attrm5a | Aberrant protein translation, disturbed hormone homeostasis and developmental defects | [ |
A⁃to⁃I | 37 | Tad1 | tad1 | Less biomass under environmental stress conditions | [ |
m5C | 38 | TRDMT1 | trdmt1 | Hypersensitive to the antibiotic hygromycin B | [ |
48, 49, 50 | TRM4B | trm4b | |||
m1A | 58 | AtTRM61/AtTRM6 | Attrm61, Attrm6 | Embryo arrest and seed abortion | [ |
Attrm61/LEC1pro::AtTRM61 | Shorter siliques |
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