Product Development Report on Microsphers Loaded with Lamivudine and Curcumin

Mushroom cultivation offers attractive prospects of profitability converting lignocellulosic residue from agricultural fields, forests, and industry into protein-rich biomass. In the present investigation Soybean straw, cotton straw, and paddy straw were used as basic materials for the production of Pleurotus florida. These straws were mixed with additional supplements such as wheat bran to achieve nitrogen content in the initial material. Because these straws are high in protein and carbohydrates, they supply carbon and nitrogen sources for the growth of Pleurotus florida. The highest stripe length observed was 4.03cm, achieved by paddy straws. It has also been noted that the weight of the stripe increases when it is grown in paddy straws which is 4.26 grams. The maximum dry weight of the strip was observed at 0.26 gm with soybean as a substrate. The average maximum Pileus size and weight observed were 54.25 cm and 15.92 gm respectively and pileus dry weight 0.91gm on cotton. The average total yield of P. florida was 118.26 on cotton. This study concluded that Pleurotus florida can be grown using cotton and paddy straw as a sole substrate

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Publication Details

Journal
International Journal of Advanced Research in Science Communication and Technology
Published
2025-02-07
DOI
https://doi.org/10.48175/ijarsct-23224
Primary Topic
Advanced Drug Delivery Systems
Type
article
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article

Product Development Report on Microsphers Loaded with Lamivudine and Curcumin

Muhammad Ubaid Ullah Khan, Mr. Parmeshwar B. Karhale, Miss. Vaishnavi G. Shelekar, Asst. Prof. P. R. Meshram et al.
International Journal of Advanced Research in Science Communication and Technology
Advanced Drug Delivery Systems
article

Product Development Report on Microsphers Loaded with Lamivudine and Curcumin

Muhammad Ubaid Ullah Khan, Mr. Parmeshwar B. Karhale, Miss. Vaishnavi G. Shelekar, Asst. Prof. P. R. Meshram, Prof. M. D. Kitukale
article en

Abstract

Mushroom cultivation offers attractive prospects of profitability converting lignocellulosic residue from agricultural fields, forests, and industry into protein-rich biomass. In the present investigation Soybean straw, cotton straw, and paddy straw were used as basic materials for the production of Pleurotus florida. These straws were mixed with additional supplements such as wheat bran to achieve nitrogen content in the initial material. Because these straws are high in protein and carbohydrates, they supply carbon and nitrogen sources for the growth of Pleurotus florida. The highest stripe length observed was 4.03cm, achieved by paddy straws. It has also been noted that the weight of the stripe increases when it is grown in paddy straws which is 4.26 grams. The maximum dry weight of the strip was observed at 0.26 gm with soybean as a substrate. The average maximum Pileus size and weight observed were 54.25 cm and 15.92 gm respectively and pileus dry weight 0.91gm on cotton. The average total yield of P. florida was 118.26 on cotton. This study concluded that Pleurotus florida can be grown using cotton and paddy straw as a sole substrate

International Journal of Advanced Research in Science Communication and Technology
Openalex Percentile: Top 98%
Advanced Drug Delivery Systems
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