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The eight chapters of this book present reviews on methodological aspects of next - generation sequencing and on plant specific features of genome evolution. The focus of the contributions is on case studies on non - model organisms, for which completely sequenced reference genomes are usually not yet available. -
Contents: Elvira Hörandl & Marc Appelhaus: Introduction to chapters and methodological overview/ Susann Wicke & Gerald M. Schneeweiss: Next - generation organellar genomics: Potentials and pitfalls of high - throughput technologies for molecular evolutionary studies and plant systematics/ Jun Wen, Ashley N. Egan, Rebecca B. Diekow & Elizabeth A. Zimmer: Utility of transcriptome sequencing for phylogenetic inference of character evolution/ Armel Salmon & Malika Ainouche: Next - generation sequencing and the challenge of deciphering evolution of recent and highly polyploid genomes/ Diego Hojsgaard, M. Pellino, T. Sharbel & E. Hörandl: Resolving genome evolution patterns in asexual plants/ Hanna Weiss - Schneeweiss, Andrew
R. Leitch, Jamie McCann, Tae - Soo Jang & Jiri Macas: Employing next generation sequencing to explore the repeat landscape of the plant genome/ Richard H. Ree and Andrew L. Hipp: Inferring phylogenetic history from restriction site associated DNA (RADseq)/ Kurt Weising, Tina Wöhrmann & Bruno Huettel: The use of high - throughput DNA sequencing for microsattelite discovery in plants/ Fred T. Bakker: DNA sequences from plant herbarium tissue.
The eight chapters of this book present reviews on methodological aspects of next - generation sequencing and on plant specific features of genome evolution. The focus of the contributions is on case studies on non - model organisms, for which completely sequenced reference genomes are usually not yet available. -
Contents: Elvira Hörandl & Marc Appelhaus: Introduction to chapters and methodological overview/ Susann Wicke & Gerald M. Schneeweiss: Next - generation organellar genomics: Potentials and pitfalls of high - throughput technologies for molecular evolutionary studies and plant systematics/ Jun Wen, Ashley N. Egan, Rebecca B. Diekow & Elizabeth A. Zimmer: Utility of transcriptome sequencing for phylogenetic inference of character evolution/ Armel Salmon & Malika Ainouche: Next - generation sequencing and the challenge of deciphering evolution of recent and highly polyploid genomes/ Diego Hojsgaard, M. Pellino, T. Sharbel & E. Hörandl: Resolving genome evolution patterns in asexual plants/ Hanna Weiss - Schneeweiss, Andrew
R. Leitch, Jamie McCann, Tae - Soo Jang & Jiri Macas: Employing next generation sequencing to explore the repeat landscape of the plant genome/ Richard H. Ree and Andrew L. Hipp: Inferring phylogenetic history from restriction site associated DNA (RADseq)/ Kurt Weising, Tina Wöhrmann & Bruno Huettel: The use of high - throughput DNA sequencing for microsattelite discovery in plants/ Fred T. Bakker: DNA sequences from plant herbarium tissue.
