4.7 Review

The Italian Research on the Molecular Characterization of Maize Kernel Development

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Review Plant Sciences

Maize Endosperm Development: Tissues, Cells, Molecular Regulation and Grain Quality Improvement

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Summary: This article provides a detailed account of maize endosperm development at the cellular and histological levels, covering early developmental stages and developmental patterns of various individual tissues and cell types. It also discusses key changes that have occurred during maize domestication and prospects for utilizing knowledge of endosperm development regulation to improve maize grain quality.

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The maize gene maternal derepression of r1 encodes a DNA glycosylase that demethylates DNA and reduces siRNA expression in the endosperm

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Summary: Demethylation by DNA glycosylases is important for endosperm development in maize. The protein encoded by MDR1 gene, a DNA glycosylase with homology to DEMETER, is responsible for demethylation of thousands of regions in endosperm. Contrary to expectations, MDR1 inhibits siRNA expression in the endosperm instead of promoting it. MDR1 mainly affects the methylation of Helitrons and only partially overlaps with imprinted genes.

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Maize kernel development

Dawei Dai et al.

Summary: Maize kernel development is initiated by double fertilization, leading to the formation of a mature kernel comprised of embryo, endosperm, and pericarp. With the release of the maize reference genome and advancements in genomic technologies, there has been a rapid expansion of new knowledge in maize kernel development.

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A forward genetics approach integrating genome-wide association study and expression quantitative trait locus mapping to dissect leaf development in maize (Zea mays)

Mara Miculan et al.

Summary: This study characterized the genetic basis of maize leaf development by analyzing a large panel of maize recombinant inbred lines. By integrating RNA sequencing, single nucleotide polymorphisms data, and forward genetics approaches, 25 candidate genes highly enriched for specific functional categories were identified as potential regulators of leaf growth. This research provides evidence supporting the role of vacuolar proton pumps, cell wall effectors, and vesicular traffic controllers in maize leaf development.

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Genomic imprinting in plants-revisiting existing models

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The regulation of zein biosynthesis in maize endosperm

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Uniparental and transgressive expression of alpha-zeins in maize endosperm of o2 hybrid lines

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Molecular Basis of Resistance to Fusarium Ear Rot in Maize

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The maize PIN gene family of auxin transporters

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Epigenetic control of gene regulation in plants

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Regulation of aleurone development in cereal grains

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The Development of Endosperm in Grasses

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The contribution of cell cycle regulation to endosperm development

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Review Plant Sciences

Plant development revolves around axes

John Chandler et al.

TRENDS IN PLANT SCIENCE (2008)

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A mutational approach to the study of seed development in maize

Silvana Dolfini et al.

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Corn and humans: recombination and linkage disequilibrium in two genomes of similar size

A Rafalski et al.

TRENDS IN GENETICS (2004)

Article Biochemistry & Molecular Biology

Extensive maternal DNA hypomethylation in the endosperm of Zea mays

M Lauria et al.

PLANT CELL (2004)

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Starch synthesis in the cereal endosperm

MG James et al.

CURRENT OPINION IN PLANT BIOLOGY (2003)

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Programmed cell death during embryogenesis in maize

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Development and functions of seed transfer cells

RD Thompson et al.

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Methylation of the Opaque2 box in zein genes is parent-dependent and affects O2 DNA binding activity in vitro

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Endosperm development: Cellularization and cell fate specification

OA Olsen

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