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• W4289816507 endingPage "4387" @default.
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• W4289816507 abstract "<p indent=0mm>Maize (<italic>Zea mays</italic> ssp. <italic>mays</italic>, 2<italic>n</italic>=2<italic>x</italic>=20), which belongs to the <italic>Zea</italic> genera of the Maydeae tribe of the Gramineae family, is an important crop in guaranteeing national food security due to its high grain yield, forage yield and nutritive value for human food and animal feed as well as its use as an industrial material. The development and application of hybrid breeding, generous use of pesticides and fertilizers, and continuous improvement of cultivation techniques have greatly improved the yield of maize in the past several decades. However, this growth in yield has been declining. Meanwhile, the occurrence of recent extreme weather events threatens maize production. In addition, due to prevailing crop breeding practices, yield-related traits have been focused on by plant breeders, which led to narrowing genetic diversity of maize germplasm, severe cultivar homogeneity, and poor resistance to biotic and abiotic stress. Therefore, it is of the utmost importance to cultivate newer maize varieties that are highly adaptable to unfavorable environments, along with high yielding and excellent quality. Crop wild relatives (CWRs) appear promising in enhancing the genetic diversity of cultivated crops. The wild relatives of maize, such as teosinte and <italic>Tripsacum</italic> L., contain abundant genetic variation and excellent resistance to salt, cold, disease, and insect. They are a treasure for maize breeding and mining excellent exogenous gene resources. In this review, we will first discuss the phylogeny and cross-compatibility of maize and its wild relatives. Although previous studies have investigated the phylogeny and cross-compatibility of maize, teosinte and <italic>Tripsacum</italic> L. in detail, the phylogeny and cross-compatibility of maize and its wild relatives have recently been further clarified based on phenotypic, molecular geographic, and genomic evidence. Secondly, we will describe the advances in genomics of maize and its wild relatives. Over the past decade, reference genome or transcriptome sequences have been obtained for numerous crops. However, genomic studies of CWRs have trailed behind those of domesticated and other model plants. The opportunities afforded by CWRs reference genomes are only now beginning to be realized thanks to diminishing cost of next-generation sequencing technologies making population-scale data feasible. Thirdly, we will systematically cover the recent successful utilization of maize wild relatives in maize breeding for improvements in yield and quality, biotic and abiotic stress resistance, perennial maize, and forage maize. These success examples demonstrate that maize wild relatives are effective and valuable to feed back into the improvement of maize. Lastly, we will discuss the future development and research direction of maize wild relatives. It is urgent to strengthen the collection, protection and genome sequencing of maize wild relatives, and establish maize-teosinte mapping populations, including classic F₂, backcross, chromosome segment substitution line, and recombinant inbred line (RIL). Molecular markers based on the genome and transcriptome of maize and its wild relatives will be utilized to construct linkage maps and to map QTLs or genes. The cross between maize and <italic>Tripsacum</italic> is extremely difficult under the natural state, but the polyploid as bridge material (such as MTP, a maize-<italic>T</italic>.<italic> dactyloides</italic>-<italic>Z</italic>.<italic> perennis</italic> allohexaploid) can transfer <italic>T</italic>.<italic> dactyloides</italic> genes introgressed into maize. <italic>De novo</italic> domestication of maize wild relatives via gene editing technology, functional genomics and bioinformatics will accelerate maize improvement. This review aims to provide important insights into how maize wild relatives can be utilized as a powerful gene pool for improving maize varieties and guaranteeing national food security." @default.
• W4289816507 created "2022-08-05" @default.
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• W4289816507 date "2022-08-05" @default.
• W4289816507 modified "2023-09-26" @default.
• W4289816507 title "Advances in research and utilization of maize wild relatives" @default.
• W4289816507 cites W1592211905 @default.
• W4289816507 cites W1759437974 @default.
• W4289816507 cites W1926183048 @default.
• W4289816507 cites W1964377512 @default.
• W4289816507 cites W1971259142 @default.
• W4289816507 cites W1982522748 @default.
• W4289816507 cites W1988293916 @default.
• W4289816507 cites W1989342934 @default.
• W4289816507 cites W1990854944 @default.
• W4289816507 cites W1991491630 @default.
• W4289816507 cites W1991805581 @default.
• W4289816507 cites W1994015197 @default.
• W4289816507 cites W1996000808 @default.
• W4289816507 cites W2000113534 @default.
• W4289816507 cites W2003568235 @default.
• W4289816507 cites W2004317321 @default.
• W4289816507 cites W2008671415 @default.
• W4289816507 cites W2008963603 @default.
• W4289816507 cites W2014704298 @default.
• W4289816507 cites W2015524867 @default.
• W4289816507 cites W2018105531 @default.
• W4289816507 cites W2018657659 @default.
• W4289816507 cites W2019814360 @default.
• W4289816507 cites W2024278789 @default.
• W4289816507 cites W2024689296 @default.
• W4289816507 cites W2026583214 @default.
• W4289816507 cites W2027512029 @default.
• W4289816507 cites W2029432240 @default.
• W4289816507 cites W2034611101 @default.
• W4289816507 cites W2037467247 @default.
• W4289816507 cites W2055248020 @default.
• W4289816507 cites W2055966372 @default.
• W4289816507 cites W2057711002 @default.
• W4289816507 cites W2065668692 @default.
• W4289816507 cites W2066035092 @default.
• W4289816507 cites W2067877300 @default.
• W4289816507 cites W2070684962 @default.
• W4289816507 cites W2074768402 @default.
• W4289816507 cites W2077770896 @default.
• W4289816507 cites W2079012746 @default.
• W4289816507 cites W2083300881 @default.
• W4289816507 cites W2091355719 @default.
• W4289816507 cites W2092653751 @default.
• W4289816507 cites W2095046303 @default.
• W4289816507 cites W2099234658 @default.
• W4289816507 cites W2101538287 @default.
• W4289816507 cites W2103129045 @default.
• W4289816507 cites W2111191974 @default.
• W4289816507 cites W2120196853 @default.
• W4289816507 cites W2125742801 @default.
• W4289816507 cites W2127266436 @default.
• W4289816507 cites W2132230810 @default.
• W4289816507 cites W2145793896 @default.
• W4289816507 cites W2150454153 @default.
• W4289816507 cites W2161265676 @default.
• W4289816507 cites W2162163265 @default.
• W4289816507 cites W2166390717 @default.
• W4289816507 cites W2218761935 @default.
• W4289816507 cites W2272640924 @default.
• W4289816507 cites W2273116577 @default.
• W4289816507 cites W2291691554 @default.
• W4289816507 cites W2301322433 @default.
• W4289816507 cites W2344804165 @default.
• W4289816507 cites W2422024258 @default.
• W4289816507 cites W2464081846 @default.
• W4289816507 cites W2496818725 @default.
• W4289816507 cites W2540993633 @default.
• W4289816507 cites W2559713102 @default.
• W4289816507 cites W2587470483 @default.
• W4289816507 cites W2601469394 @default.
• W4289816507 cites W2606073708 @default.
• W4289816507 cites W2606951796 @default.
• W4289816507 cites W2611347647 @default.
• W4289816507 cites W2614990155 @default.
• W4289816507 cites W2769823402 @default.
• W4289816507 cites W2776787822 @default.
• W4289816507 cites W2783749221 @default.
• W4289816507 cites W2786123519 @default.
• W4289816507 cites W2806751960 @default.
• W4289816507 cites W2806903278 @default.
• W4289816507 cites W281277988 @default.
• W4289816507 cites W2889860329 @default.
• W4289816507 cites W2892143110 @default.
• W4289816507 cites W2894252291 @default.

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