Ram J. Singh

"Plant Cytogenetics" by Ram Singh gives an outstanding treatment of classical cytogenetics and then ably integrates molecular cytogenetic approaches. While commercial crops have been studied in the greatest detail cytogenetically, the species are treated not in specialized chapters but under cytogenetic principles. A mastery of the cytogenetic phenomena that has been reported for these crops, such as structural and numerical chromosome analyses (Chapter 7) and genome analysis with examples from Glycine, Gossypium, Brassica, Nicotiana and Triticum (Chapter 8) enable one to be completely familiar with the mechanisms of cytogenetics. Many Tables will be found especially useful, such as the list of primary trisomics derived from autotriploids, and the alien chromosome substitution list giving plant recipient, donor, procedure for transfer and genes transferred. … There is an excellent Glossary of 25 pages and a list of References comprising 58 pages. An extensive Index serves both as a subject matter and a species index. The text is quite adequately illustrated with 114 figures. …"Plant Cytogenetics" is a solid text embracing both classical and molecular aspects of cytogenetics. The Chapter on cytogenetic techniques will make the text a classic in its own right. In conclusion, I highly recommend the text for a thorough understanding of the basic mechanisms of plant cytogenetics for which the text is primarily designed.- William F. Grant, Department of Plant Science, McGill University, Quebec, Canada"For advanced students who are looking for descriptions of the mechanics of the wide variety of chromosomal aberrations that have been studied in crop plants, this text should be of considerable use."-Plant Science Bulletin on the first edition"… provides an excellent review of various techniques in handling of chromosomes, karyotype analysis, genetics of meiosis, genomic relationships, and chromosome manipulations. In addition to his own studies, Dr. Singh has made extensive use of the information published in various journals…The contents of the book are well arranged and easy to read and understand. It should serve as a useful textbook for students taking courses in genetics and cytogenetics and as a reference book for scientists engaged in plant cytogenetic research."-Theoretical and Applied Genetic on the first edition s"This is a solid text…I recommend the text for a thorough understanding of the basic mechanisms of plant cytogenetics for which the text is primarily designed.""This is a comprehensive handbook that deals both with the theoretical and practical aspects related to plant cytogenetics and will be a valuable reference work for those entering the field for the first time, those who occasionally venture into the field, plant breeders, and those involved in active research." – Glendon Ascough, School of Biological and Conservation Sciences, University of KwaZulu-Natal Pietermaritzburg, in South African Journal of Botany, 2007, Vol. 73, No. 3

• Introduction. Historical Background of Plant Cytogenetics. The Handling of Plant Chromosomes. Cell Division. Genetic Control of Meiosis. Mode of Reproduction in Plants. Karyotype Analysis. Chromosomal Aberrations - Structural Chromosome Changes. Chromosomal Abberations - Numerical Chromosome Changes (Heteroploidy). Genome Analysis. Chromosomal Aberrations in Cell and Tissue Culture Derived Calluses and their Regenerates. Extra Chromosomal Inheritance. References. Glossary. Appendix. Index.

Ram J. Singh

"Plant Cytogenetics" by Ram Singh gives an outstanding treatment of classical cytogenetics and then ably integrates molecular cytogenetic approaches. While commercial crops have been studied in the greatest detail cytogenetically, the species are treated not in specialized chapters but under cytogenetic principles. A mastery of the cytogenetic phenomena that has been reported for these crops, such as structural and numerical chromosome analyses (Chapter 7) and genome analysis with examples from Glycine, Gossypium, Brassica, Nicotiana and Triticum (Chapter 8) enable one to be completely familiar with the mechanisms of cytogenetics. Many Tables will be found especially useful, such as the list of primary trisomics derived from autotriploids, and the alien chromosome substitution list giving plant recipient, donor, procedure for transfer and genes transferred. … There is an excellent Glossary of 25 pages and a list of References comprising 58 pages. An extensive Index serves both as a subject matter and a species index. The text is quite adequately illustrated with 114 figures. …"Plant Cytogenetics" is a solid text embracing both classical and molecular aspects of cytogenetics. The Chapter on cytogenetic techniques will make the text a classic in its own right. In conclusion, I highly recommend the text for a thorough understanding of the basic mechanisms of plant cytogenetics for which the text is primarily designed.- William F. Grant, Department of Plant Science, McGill University, Quebec, Canada"For advanced students who are looking for descriptions of the mechanics of the wide variety of chromosomal aberrations that have been studied in crop plants, this text should be of considerable use."-Plant Science Bulletin on the first edition"… provides an excellent review of various techniques in handling of chromosomes, karyotype analysis, genetics of meiosis, genomic relationships, and chromosome manipulations. In addition to his own studies, Dr. Singh has made extensive use of the information published in various journals…The contents of the book are well arranged and easy to read and understand. It should serve as a useful textbook for students taking courses in genetics and cytogenetics and as a reference book for scientists engaged in plant cytogenetic research."-Theoretical and Applied Genetic on the first edition s"This is a solid text…I recommend the text for a thorough understanding of the basic mechanisms of plant cytogenetics for which the text is primarily designed.""This is a comprehensive handbook that deals both with the theoretical and practical aspects related to plant cytogenetics and will be a valuable reference work for those entering the field for the first time, those who occasionally venture into the field, plant breeders, and those involved in active research." – Glendon Ascough, School of Biological and Conservation Sciences, University of KwaZulu-Natal Pietermaritzburg, in South African Journal of Botany, 2007, Vol. 73, No. 3

• Introduction. Historical Background of Plant Cytogenetics. The Handling of Plant Chromosomes. Cell Division. Genetic Control of Meiosis. Mode of Reproduction in Plants. Karyotype Analysis. Chromosomal Aberrations - Structural Chromosome Changes. Chromosomal Abberations - Numerical Chromosome Changes (Heteroploidy). Genome Analysis. Chromosomal Aberrations in Cell and Tissue Culture Derived Calluses and their Regenerates. Extra Chromosomal Inheritance. References. Glossary. Appendix. Index.

Ram J. Singh

"Plant Cytogenetics" by Ram Singh gives an outstanding treatment of classical cytogenetics and then ably integrates molecular cytogenetic approaches. While commercial crops have been studied in the greatest detail cytogenetically, the species are treated not in specialized chapters but under cytogenetic principles. A mastery of the cytogenetic phenomena that has been reported for these crops, such as structural and numerical chromosome analyses (Chapter 7) and genome analysis with examples from Glycine, Gossypium, Brassica, Nicotiana and Triticum (Chapter 8) enable one to be completely familiar with the mechanisms of cytogenetics. Many Tables will be found especially useful, such as the list of primary trisomics derived from autotriploids, and the alien chromosome substitution list giving plant recipient, donor, procedure for transfer and genes transferred. … There is an excellent Glossary of 25 pages and a list of References comprising 58 pages. An extensive Index serves both as a subject matter and a species index. The text is quite adequately illustrated with 114 figures. …"Plant Cytogenetics" is a solid text embracing both classical and molecular aspects of cytogenetics. The Chapter on cytogenetic techniques will make the text a classic in its own right. In conclusion, I highly recommend the text for a thorough understanding of the basic mechanisms of plant cytogenetics for which the text is primarily designed.- William F. Grant, Department of Plant Science, McGill University, Quebec, Canada"For advanced students who are looking for descriptions of the mechanics of the wide variety of chromosomal aberrations that have been studied in crop plants, this text should be of considerable use."-Plant Science Bulletin on the first edition"… provides an excellent review of various techniques in handling of chromosomes, karyotype analysis, genetics of meiosis, genomic relationships, and chromosome manipulations. In addition to his own studies, Dr. Singh has made extensive use of the information published in various journals…The contents of the book are well arranged and easy to read and understand. It should serve as a useful textbook for students taking courses in genetics and cytogenetics and as a reference book for scientists engaged in plant cytogenetic research."-Theoretical and Applied Genetic on the first edition s"This is a solid text…I recommend the text for a thorough understanding of the basic mechanisms of plant cytogenetics for which the text is primarily designed.""This is a comprehensive handbook that deals both with the theoretical and practical aspects related to plant cytogenetics and will be a valuable reference work for those entering the field for the first time, those who occasionally venture into the field, plant breeders, and those involved in active research." – Glendon Ascough, School of Biological and Conservation Sciences, University of KwaZulu-Natal Pietermaritzburg, in South African Journal of Botany, 2007, Vol. 73, No. 3

• Introduction. Historical Background of Plant Cytogenetics. The Handling of Plant Chromosomes. Cell Division. Genetic Control of Meiosis. Mode of Reproduction in Plants. Karyotype Analysis. Chromosomal Aberrations - Structural Chromosome Changes. Chromosomal Abberations - Numerical Chromosome Changes (Heteroploidy). Genome Analysis. Chromosomal Aberrations in Cell and Tissue Culture Derived Calluses and their Regenerates. Extra Chromosomal Inheritance. References. Glossary. Appendix. Index.