PPT-Carrots and Genomics An Introduction to the application of Molecular Markers

Outline of presentation General introduction The plant cell DNA Cell division production of gametes PCR Molecular Markers Application in carrot breeding The plant The plant cell. NHGRI strategic plan. What does the NIH think genomics should be for the next 10 years?. [Nature, Feb. 2011]. The Essence of Genomics. (according to NHGRI). Comprehensiveness. . Genomics . aims to generate complete data sets. Although relatively easy to define and measure for a genome sequence, attaining comprehensiveness can be more challenging for other targets (for example, functional genomic elements or the ‘proteome’). MOLECULAR BIOLOGY TECHNIQUES II.. Polymerase Chain Reacton – PCR. DNA sequencing. Amplification of specific DNA fragments. MOLECULAR BIOLOGY – PCR. Cloning and/ or isolation from a genomic library . NHGRI strategic plan. What does the NIH think genomics should be for the next 10 years?. [Nature, Feb. 2011]. The Essence of Genomics. (according to NHGRI). Comprehensiveness. . Genomics . aims to generate complete data sets. Although relatively easy to define and measure for a genome sequence, attaining comprehensiveness can be more challenging for other targets (for example, functional genomic elements or the ‘proteome’). interventions towards fast-track development of . pigeonpea. hybrids. . Leveraging legumes to combat poverty, hunger, malnutrition and environmental degradation. 1. ICRISAT-Patancheru, India, . 2. Millennium Genomics Inc., Shenzhen, China, . MOLECULAR BIOLOGY TECHNIQUES II.. Polymerase Chain Reacton – PCR. DNA sequencing. Amplification of specific DNA fragments. MOLECULAR BIOLOGY – PCR. Cloning and/ or isolation from a genomic library . How many genes determine important traits?. Where these genes are located?. How do the genes interact? . What is the role of the environment in the phenotype?. Molecular breeding: Gene discovery, characterization, and selection using molecular tools. How many genes determine important traits?. Where these genes are located?. How do the genes interact? . What is the role of the environment in the phenotype?. Molecular breeding: Gene discovery, characterization, and selection using molecular tools. How many genes determine important traits?. Where these genes are located?. How do the genes interact? . What is the role of the environment in the phenotype?. Molecular breeding: Gene discovery, characterization, and selection using molecular tools. Outline of presentation. General . introduction. The plant . cell. DNA. Cell. . division. , . production. of . gametes. PCR. Molecular. Markers. Application in . carrot. . breeding. The plant. The plant cell. Crop Improvement D. Datta Sanjeev Gupta S.K. Chaturvedi N. Nadarajan Indian Institute of Pulses Research Kanpur - 208 024 ICAR Printed : September, 2011 Published by : Dr. N. Nadarajan, Director Indi www.ijsrp.org Genetic Markers: Importance, uses and applicationsShahid Raza, Muhammad Waseem Shoaiband Hira MubeenUniversity of South Asia, Lahore, PakistanDistrict Head Quarter (DHQ) Hospital, Faisal ___________________________________________________________________________Available online at www.jocpr.com Genetic Markers - A Cutting-Edge Technology in Herbal Drug Research Molecular Markers of Cancer ASTA 2017 & Seed Expo. Chicago, IL. December 3-7, 2017. Paul Nelson, US MMWG Co-Chair. DNA Markers in Plant Science. DNA Markers in DUS – Gaining Momentum. UPOV BMT Session. # Abstracts. Modern Breeding Necessitates New Methods in DUS .