This updated evaluate of seed genomics, from easy seed biology to useful purposes in crop technological know-how, presents a radical heritage figuring out of seed biology from a simple technological know-how point of view. A important source for complex graduate scholars, post-docs, researchers and pros within the Plant and Crop Sciences, this e-book brings jointly best researchers within the box to hide 3 common subject matters: genomic techniques to learning seeds, genomic research of easy seed biology, and crop seed genomics.
A worthy source for complex graduate scholars, post-docs, researchers and pros within the Plant and Crop SciencesContent:
Chapter 1 Large?Scale Mutant research of Seed improvement in Arabidopsis (pages 5–20): David W. Meinke
Chapter 2 Embryogenesis in Arabidopsis: Signaling, Genes, and the keep watch over of id (pages 21–42): D. L. C. Kumari Fonseka, Xiyan Yang, Anna Mudge, Jennifer F. Topping and Keith Lindsey
Chapter three Endosperm improvement (pages 43–62): Odd?Arne Olsen and Philip W. Becraft
Chapter four Epigenetic keep watch over of Seed Gene Imprinting (pages 63–82): Christian A. Ibarra, Jennifer M. Frost, Juhyun Shin, Tzung?Fu Hsieh and Robert L. Fischer
Chapter five Apomixis (pages 83–110): Anna M. G. Koltunow, Peggy Ozias?Akins and Imran Siddiqi
Chapter 6 High?Throughput Genetic Dissection of Seed Dormancy (pages 111–122): Jose M. Barrero, Colin Cavanagh and Frank Gubler
Chapter 7 Genomic Specification of Starch Biosynthesis in Maize Endosperm (pages 123–137): Tracie A. Hennen?Bierwagen and Alan M. Myers
Chapter eight Evolution, constitution, and serve as of Prolamin garage Proteins (pages 138–158): David maintaining and Joachim Messing
Chapter nine bettering Grain caliber: Wheat (pages 159–178): Peter R. Shewry
Chapter 10 Legume Seed Genomics: how one can reply to the demanding situations and strength of a Key Plant kin? (pages 179–201): Melanie Noguero, Karine Gallardo, Jerome Verdier, Christine le signor, Judith Burstin and Richard Thompson
Chapter eleven Cotton Fiber Genomics (pages 203–216): Xueying Guan and Z. Jeffrey Chen
Chapter 12 Genomic adjustments in accordance with a hundred and ten Cycles of choice for Seed Protein and Oil focus in Maize (pages 217–236): Christine J. Lucas, Han Zhao, Martha Schneerman and Stephen P. Moose
Chapter thirteen laptop imaginative and prescient for Seed Phenomics (pages 237–251): Jeffery L. Gustin and A. Mark Settles
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Extra info for Seed Genomics
M¨uller (1963) characterized 60 mutants with different embryo phenotypes, including defects in embryo pigmentation, demonstrated that mutant and wildtype seeds could be distinguished in heterozygous siliques, and established the “M¨uller embryo test” to assess the mutagenic effects of ionizing radiation and chemical treatments in Arabidopsis. , 1994). Original stocks of the other mutants identiﬁed by M¨uller (1963) were not maintained. I started to work on Arabidopsis as a graduate student in the laboratory of Ian Sussex at Yale University.
In retrospect, both of these approaches were required to develop a comprehensive picture of the genetic control of plant embryo development. , 1998; Koornneef and Meinke, 2010). Important features that make Arabidopsis suitable for large-scale mutant analysis of seed development have also been described (Meinke, 1994). 1. Recessive embryo-defective mutants are maintained as heterozygotes, which typically produce 25% mutant seeds after self-pollination. Because each silique contains 50–60 total seeds and multiple siliques are arranged in a developmental progression along the length of each stem, mutant seeds at many different stages of development can be found on a single plant at maturity.
3 Representative collection of embryo-defective phenotypes found in the SeedGenes database. Regions of wild-type embryos include the embryo proper (EP), suspensor (S), cotyledons (C), hypocotyl (H), shoot apical meristem (SAM), and root apical meristem (RAM). Examples of aberrant development include irregular patterns of cell division, altered embryo morphology, giant suspensors, and twin embryos. The second (TWN) embryo in twn2 arises from the suspensor (S) of the ﬁrst embryo (EP). Seeds were removed from immature siliques and visualized with Nomarski (DIC) light microscopy.