Prof. Senthil Natesan
Tamil Nadu Agricultural University Coimbatore
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Academic Career Length
23Years (2004-Present)
(Calculated once Scilit publication data is synced: current year − year of first publication + 1)
Representative Publications
View All Publications18 May 2014 in Plant Molecular Biology
Journal Article
HRHifzur Rahman
Hifzur Rahman
NJN. Jagadeeshselvam
N. Jagadeeshselvam
RVR. Valarmathi
R. Valarmathi
Sachin Ashok BhorRSR. Sasikala
R. Sasikala
RMRaveendran Muthurajan
Raveendran Muthurajan +3
2 October 2014 in International Journal of Pest Management
Journal Article
Karthikeyan AdhimoolamVSV.G. Shobhana
V.G. Shobhana
MSM. Sudha
M. Sudha
MRM. Raveendran
M. Raveendran
Senthil NatesanPNP. Nagarajan
P. Nagarajan
+1
Mungbean yellow mosaic virus (MYMV) disease is one of the most vicious diseases of green gram and has been renowned in India for more than five decades. It is caused by a group of geminiviruses belonging to the genus, begomovirus of the family, Geminiviridae. They are transmitted through whitefly in a persistent manner. The economic losses due to this virus account up to 85% in green gram which is spreading faster towards newer areas. The escalating economic importance of MYMV has resulted in the call for accurate detection and identification procedures that inspire rigorous research efforts focussing on the biology, diversity and epidemiology of the virus, so that viable management strategies could be designed. Breeding for resistance or tolerance appears to be the best approach to control this disease. However, the commercially offered genotypes are only partially resistant. Therefore, the hunt for newer sources of disease resistance needs to be intensified. This review updates all the accessible information on MYMV and outlines the areas in which advance research is indispensable.
Journal Article
AKAnitha Kuppusamy
Anitha KuppusamySASenthil A
Senthil AKKKalarani Muthusami Karuppusami
Kalarani Muthusami KaruppusamiDMDjanaguiraman Maduraimuthu
Djanaguiraman MaduraimuthuSenthil NatesanSKSelvaraju Kanagarajan
Selvaraju Kanagarajan +3
Mung bean, a legume, is sensitive to abiotic stresses at different growth stages, and its yield potential is affected by drought and high-temperature stress at the sensitive stage. Melatonin is a multifunctional hormone that plays a vital role in plant stress defense mechanisms. This study aimed to evaluate the efficiency of melatonin under individual and combined drought and high-temperature stress in mung bean. An experiment was laid out with five treatments, including an exogenous application of 100 µM melatonin as a seed treatment, foliar spray, and a combination of both seed treatment and foliar spray, as well as absolute control (ambient condition) and control (stress without melatonin treatment). Stresses were imposed during the mung bean’s reproductive stage (31–40 DAS) for ten days. Results revealed that drought and high-temperature stress significantly decreased chlorophyll index, Fv/Fm ratio, photosynthetic rate, stomatal conductance, and transpiration rate through increased reactive oxygen species (ROS) production. Foliar application of melatonin at 100 µM concentration enhanced the activity of antioxidant enzymes such as superoxide dismutase, catalase, and ascorbate peroxidase and the concentration of metabolites involved in osmoregulation and ion homeostasis; thereby, it improves physiological and yield-related traits in mung bean under individual and combined stress at the reproductive stage.
31 July 2004 in Theoretical and Applied Genetics
Journal Article
22 July 2019 in Journal of Applied Genetics
Journal Article
MMMayalagu Kanimoli Mathivathana
Mayalagu Kanimoli Mathivathana
MJMurukarthick Jayakodi
Murukarthick JayakodiKarthikeyan AdhimoolamWJWoojong Jang
Woojong Jang
MDManickam Dhasarathan
Manickam DhasarathanSenthil Natesan +7
23 May 2006 in Genetic Resources and Crop Evolution
Journal Article
BBB. Kalyana Babu
B. Kalyana Babu
Senthil NatesanSGS. Michael Gomez
S. Michael Gomez
KBK. R. Biji
K. R. Biji
NRN. S. Rajendraprasad
N. S. Rajendraprasad
CRChandra Babu Ranganathan
Chandra Babu Ranganathan +1
About Me
Abstract of outstanding contribution: Dr.N.Senthil, Professor (Biotechnology)
As a Molecular Plant breeder, two decade of my involvement in millet breeding programme leads to the development of four minor millet varieties and three wheat varieties. Published 89 research papers in national journals and 59 papers in international journals with Scopus index of 11. The Google scholar analytics my publications shows H index of 20 and i10 index of 49.
Major Awards
• CSIR Award for the Doctoral Research, 1993,Government of India
• STA-Japanese government award of Post-Doctoral Research ,2000
• Tamil Nadu Government Scientist award, 2014,TNAU Best Researcher Award, 2016
Contribution to research:
• Involved in development minor millet varieties viz., Ragi (Co(Ra) 14), Samai (CO(Sa)4), Panivaragu (CO(Pv)5) and Kudaraivali (CO(Kv) 2).Comparative transcriptome studied in barnyard millet (Kuthiraivali) resulted in development EST sequence resource
• Tropical wheat varieties were developed in collaboration with IARI Wellington (Bread wheat varieties COW (W) 1, COW3 and a samba wheat variety COW 2) .Identified durable rust resistance QTL using genome wide association mapping approach.
• Involved in development of Mungbean variety Vamban 3 and Blackgram varieties viz., Vamban (Bg) 6 & Vamban 7 in collaboration with NCRC, Vamban. Constructed SNP based Mungbean linkage map for mapping MYMV resistance and bruchid resistance.