Academic Identity

Vidwan-ID : 59178

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  • Dr Raveendran M

  • Director
  • Tamil Nadu Agricultural University
Publications 1982 - 2023

Publications

  • 353
    Journal Articles
  • 11
    Book Chapter
  • 2
    Book
  • 10
    Conference
    Proceedings
  • 2
    Review
  • 1
    Misc
  • 1
    Phdthesis
  • 1
    Techreport
  • 18
    Projects
  • 48
  • 4
  • 11
  • 62

Citations / H-Index

2801 Citations
27 h-index
2392 Citations

Altmetrics

81
68
177
2312
48

Google Scholar

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Expertise

Plant Sciences

Plant Biotechnology,Molecular Breeding, Functional genomics

Personal Information

Dr Raveendran M

Male
Department of Plant Biotechnology, Centre for Plant Molecular Biology and Biotechnology Tamil Nadu Agricultural University, Lawley Road
Coimbatore, Tamil Nadu, India - 641003

Experience

  • Director

    Department of Plant Biotechnology

    Tamil Nadu Agricultural University

Qualification

  • Ph.D

    Tamil Nadu Agricultural University

Honours and Awards

2019

ISSLS Best Paper Award

International Society for the study of Lumbar Spine

2019

Best Paper (Basic Science) Award

North American Association of Spine Surgeons

2017

Tamil Nadu Scientist Award (Agriculture)

Government of Tamil Nadu

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2019

ISSLS Best Paper Award

International Society for the study of Lumbar Spine

2019

Best Paper (Basic Science) Award

North American Association of Spine Surgeons

2017

Tamil Nadu Scientist Award (Agriculture)

Government of Tamil Nadu

2010

Best Researcher Award

Tamil Nadu Agricultural University

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Research Projects

Establishing an efficienct platform for precise genome editing in rice

Funding Agency : DBT, New DElhi

Identification of QTLs for subcomponent traits of WUE through strategic utilization of whole genome sequences and accurate phenotyping in rice

Funding Agency : ICAR, New Delhi

Program Support for Developing Resilient Rice through genomics

Funding Agency : DBT, New DElhi

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Establishing an efficienct platform for precise genome editing in rice

Funding Agency : DBT, New DElhi

Identification of QTLs for subcomponent traits of WUE through strategic utilization of whole genome sequences and accurate phenotyping in rice

Funding Agency : ICAR, New Delhi

Program Support for Developing Resilient Rice through genomics

Funding Agency : DBT, New DElhi

Enhancing nutritional security of pregnant women, infants and young children in rural households through agricultural intervention

Funding Agency : DBT, New DElhi

Functional Genomics of drought tolerance related traits in rice

Funding Agency : DBT, New DElhi

Comparative Transcriptomics of rice and resurrection plants and exploitation of novel genes for improvement of drought tolerance

Funding Agency : DBT, New DElhi

Towards developing nutrient rich anti-diabetic rice genotypes through Towards developing nutrient rich anti-diabetic rice genotypes through molecular breedingmolecular breeding

Funding Agency : DBT, New DElhi

Molecular breeding for developing drought tolerant Ahu rice cultivars suitable for upland ecosystem

Funding Agency : DBT, New DElhi

Safeguarding Asian Rice Production From a RapSafeguarding Asian Rice Production From a Rapidly Warming Climateidly Warming Climate

Funding Agency : IRRI, Philippines

Development of heat tolerant rice

Funding Agency : IRRI, Philippines

Isolation and validation of salt tolerant genes in ragi (Eleusine coracana)

Funding Agency : DBT, New DElhi

Development of Salinity Stress Resistance in Rice Varieties

Funding Agency : DBT, New DElhi

Biochemical and molecular analysis of anti-diabetic rice variety Kavuni

Funding Agency : DBT, New DElhi

Connecting performance under drought with genotypes through phenotype associations

Funding Agency : IRRI, Philippines

Proteomic analysis of leaves and spikelets of two contrasting rice genotypes exposed to high night temperature

Funding Agency : IRRI, Philippines

Evaluation of diverse rice lines for heat tolerance

Funding Agency : IRRI, Philippines

Proteomic identification and characterization of rice root proteins associated with root growth and hard pan penetration during drought

Funding Agency : DBT, New DElhi

Understanding the mechanism of drought resistance in rice by studying the whole genome response through transcriptome analysis

Funding Agency : DBT, New DElhi

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Publications (382)

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