Protein Profiling of Escherichia coli on exposure to imidacloprid

Shetti, A. A.; Kaliwal, B.B.

doi:10.9790/264x-03044247

Cited by 1 publication

(1 citation statement)

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“…Many bacterial pathogens have acquired resistance against antibiotics hence discovery of new bactericidal agents is growing trend in the field of pharmacology. Bacterial pigments can become the new potent drug in treating life threatening microbial diseases as alternative of synthetic drugs which have many adverse effects on living beings [21]. Nitrogen is one of the major components in every organism body forming components, which are proteins.…”

Section: -9595mentioning

confidence: 99%

Optimization of Culture Media for the Growth of Anabaena Pcc550, Anabaena PCC 574, and Cylindrospermum Pcc518, Cylindrospermum PCC 567

Patil¹,

Singh²

2022

JASR

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In the present study, Anabaena PCC550, Anabaena PCC574 and Cylindrospermum PCC518, Cylindrospermum PCC 567 have been subjected to 7 different inorganic culture media. In order to identify the best growth medium i.e.; optimized medium, the nutrient requirement of these two algae have been evaluated as prime requisite. The present investigation analyzed the growth of wet biomass of the four microalgae. In order to attain optimal growth of Anabaena and Cylindrospermum species, the 7 culture media employed in the current study were (i) BG11 medium (ii) Knoops medium (iii) Cyanophycean agar medium (iv) Modified Bristols medium (v) Prigsheims Medium (vi) Foggs Medium and (vii) Algal culture medium. Highest growth on 60th day was seen in Cylindrospermum PCC 518 (0.134mg/100ml), Anabaena PCC 574 (0123mg/100ml), Cylindrospermum PCC 567 (0.098mg/100ml), Anabaena PCC 550 (0.094mg/100ml) in Algal culture media which shows luxurient growth when compared to BG11, Foggs Media, Modified Bristols media, Knoops media. While, Prigsheims medium did not show any growth of Anabaena PCC550, Anabaena PCC574 and Cylindrospermum PCC518, Cylindrospermum PCC 567.

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Section: -9595mentioning

confidence: 99%