Molecular Maps of Plant Gemone

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 Molecular Maps of Plant Genome

 Preparation of Genetic Maps Using RFLP Loci

  List of Available Recombinant Inbred Population in Maize

 List of Some Crops Where RFLP Maps have Been Prepared

  Study of Phylogenetic Realtionships Using RFLPs

  Identification of Breeding Lines and Varities Using RFLPs

  Characterization of Genetic Resources Using RFLPs

  RAPD Markers Using PCR for Mapping and Crop Improvement

  Cytogenic RFLP Maps Using Aneuploids

  RAPDs for Identification of Somatic Hybrids

  RAPDs for Conservation of Genetic Resources

  Physical Maps Using In Situ Hybridization (ISH)

  Resolution Gap Difference in Genomes of Different Sizes

  Resolution Gap of Four Different Genomes

  Molecular Maps in Yeast and Other Fungi

  Physical Sizes of Chromosomes Separated by PFGE in Yeast

Molecular Maps of Plant Gemone

Molecular Maps of Plant Gemone - The detection and exploitation of naturally occurring DNA sequence polymorphisms represent one of the most significant recent developments in molecular biology, Earlier in, the techniques of preparing RFLP, RAPD, VNTR, SSR, STS (sequence tagged site), and EST (expressed sequence tag) maps were described for animals, particularly for humans, mouse and Drosophila.

The preparation of similar molecular maps in crop plants has been a priority area of research in plant biotechnology also. The utility of these maps for crop improvement programmes has been emphasized during 1980's and 1990's, so that molecular maps have already been prepared for all major crop species.

The techniques of the use of molecular markers have also proved useful for characterization of crop varieties and plant genetic resources though DNA fingerprinting. These aspects of plant biotechnology

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  Examples of RFLP Linked Mapping of Major Genes of Economic Values in Some Crops

  Identification and Mapping of Quantitative Trait Loci (QTLs) Using RFLP

  Indirect Selection in Plant Breeding Using RFLP

  RAPDs For Gene Tagging

  Tagging for Major Genes

  Tagging for QTLs

  RAPDs and SSR for Genome Mapping

  Use of PCR for Mapping STS & EST OR TST