Biochemical changes in tomato due to seed treatment with fungal spores

Rajik, Mohd; Biswas, S.K.; Sharma, Muneeshwar

Biochemical changes in tomato due to seed treatment with fungal spores

2012

Rajik, Mohd | Biswas, S.K. | Sharma, Muneeshwar

Maximum germination (97.3%) was recorded due to the seed treatment with Trichoderma harzianum (Kan.). The root and shoot length of tomato seedlings was highest due to seed treatment with T. harzianum (Kan.). Maximum protein content and total phenol content was recorded highest in the treatment with T. harzianum (Kan.)

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AGROVOC Keywords

fungal spores fusarium wilt germination phenol phenols protein protein content root length roots seed treatment seedlings shoots solanum lycopersicum tomatoes trichoderma harzianum

Bibliographic information

Published in

BIOINFOLET

Volume 9 Issue 4 Pagination 451 - 453 ISSN 0976-4755

Publisher

Elsevier Ltd

Other Subjects

Biotic inducers; Shoot length

Language

English

Type

Journal Article; Text

In AGRIS since: 2024-02-28

Format: MODS

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Biochemical changes in tomato due to seed treatment with fungal spores

2012

AGROVOC Keywords

Bibliographic information