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Genome Wide Analysis of MYC2 and NINJA Genes Involved in Auxin Signalling and Its Potential Role in Abiotic Stress Tolerance in Pearl Millet (Pennisetum glaucum)

IRIS                       

Journal for Young Scientists

ISSN 2278-618X (Print)

ISSN 2278-6384 (Online)

© Patna Women’s College, Patna, India

https://www.patnawomenscollege.in/journal

Genome Wide Analysis of MYC2 and NINJA Genes Involved in Auxin Signalling and Its Potential Role in Abiotic Stress Tolerance in Pearl Millet (Pennisetum glaucum)

 • Alok Ranjan • Kalpana Kumari  • Nili Nishtha  • Aakriti Mishra

Received                  : January, 2024

Accepted                 : February, 2024

Corresponding Author   : Alok Ranjan

Abstract : Genome wide analysis of MYC2 and NINJA genes in pearl millet focusing on their involvement in auxin signalling and its potential contributions to abiotic stress tolerance. The study suggests that a key connection between these genes in abiotic stress tolerance in pearl millet, shedding light on their significance for the plant’s resilience in challenging environmental conditions. Pearl millet is an important small-grained cereal crop which is highly cross-pollinated diploid grain. Pearl millet also enhances the capacity for anti-oxidant enzyme activity, which helps

in detoxifying harmful metals. Auxin is a plant hormone that significantly plays important role in plant growth, root development, shoot growth and abiotic stress responses. MYC2 and NINJA genes play key roles in and auxin signalling in plants including pearl millet. NINJA gene acts as a transcriptional repressor and act as a negative regulators of auxin responses.  Here, the role of auxin in cadmium toxicity tolerance in pearl millet has been studied.

Keywords: Pearl millet,Abiotic stress, Auxin, MYC2, NINJA.


Alok Ranjan

Assistant Professor, Department of Biotechnology,

Patna Women’s College (Autonomous),

Bailey Road, Patna–800 001, Bihar, India

E-mail : alok_ranjan84@yahoo.com

Kalpana Kumari       

M.Sc. II year, Biotechnology, Session : 2022-2024,

Patna Women’s College (Autonomous),

Patna University, Patna, Bihar, India

Nili Nishtha    

M.Sc. II year, Biotechnology, Session : 2022-2024,

Patna Women’s College (Autonomous),

Patna University, Patna, Bihar, India

Aakriti Mishra

M.Sc. II year, Biotechnology, Session : 2022-2024,

Patna Women’s College (Autonomous),

Patna University, Patna, Bihar, India