Results 51 to 60 of about 1,904 (197)

Dietary supplementation with two host-associated Bacillus velezensis strains enhances growth, antioxidant, and gut health in Micropterus salmoides and Channa argus

Aquaculture Reports
Four week aquaculture experiment was conducted to evaluate the probiotic potential of Bacillus velezensis MS-3, isolated from Micropterus salmoides, and Bacillus velezensis CA-1, isolated from Channa argus, in both Micropterus salmoides and Channa argus.
Haohang Zhao, Zhiwen Wang, Yiming Wen, Deyu Ning, Weifu Li, Yuhao Li, Qiangcai He, Xu Kang, Guanying Lin, Xuewen He, Meilin Zhang, Hongli Xia, Liqun Xia, Yishan Lu   +13 more
doaj   +1 more source

Discovery of Anti-inflammatory Peptides from Channa argus Using Virtual Screening, Molecular Docking, and Cell Model [PDF]

Shipin Kexue
The purpose of this study was to screen potential anti-inflammatory peptides from Channa argus. Toll-like receptor (TLR)2 and TLR4 were chosen as the target proteins.
XIANG Huan, LU Meiming, CHEN Shengjun, HUANG Hui, HU Xiao, ZHAO Yongqiang, WEI Ya
doaj   +1 more source

Molecular tools for identification and classification of Myxozoan parasites (Cnidaria: Myxosporea) in India: Current status [PDF]

, 2021
A substantial literature on myxosporea has been published to date using morphological characters and specificity of host tissue. Currently, there are some 2400 nominal species of myxosporea classified to 17 families and 64 genera.
Chaudhary, Anshu, Gupta, Abhishek, Sharma, Bindu, Singh, Hridaya S., Tyagi, Anju   +4 more
core   +2 more sources

Preferensi Habitat Ikan Gabus [Channa striata (Bloch 1793)] di Perairan Rawa Aopa, Sulawesi Tenggara [PDF]

, 2021
The use of habitat by fish is closely related to efforts to find the best conditions for the survival of these fish. This study aims to analyze the habitat preferences of Striped snakehead in Rawa Aopa waters, Southeast Sulawesi.
Asriyana, Asriyana, Muliani, Muliani, Ramli, Muhammad   +2 more
core   +2 more sources

Effects of deltamethrin subacute exposure in snakehead fish, Channa argus: Biochemicals, antioxidants and immune responses

Ecotoxicology and Environmental Safety, 2021
To evaluate the effects on biochemicals, antioxidants, immune responses and disease resistance of the snakehead fish, following exposure to deltamethrin at 0.061, 0.121, 0.242, 0.485 and 0.970 μg/L.
Yidi Kong, Min Li, Xiaofeng Shan, Guiqin Wang, Guanghong Han   +4 more
doaj   +1 more source

State of the Art of Antimicrobial Edible Coatings for Food Packaging Applications [PDF]

, 2017
The interest for the development of new active packaging materials has rapidly increased in the last few years. Antimicrobial active packaging is a potential alternative to protect perishable products during their preparation, storage and distribution to
Beltrán Sanahuja, Ana, Garrigós, María del Carmen, Jiménez, Alfonso, Ramos, Marina, Valdés, Arantzazu   +4 more
core   +3 more sources

Nursery Rearing of Endangered Mangrove Fish Datnioides polota: Effects of Stocking Density on Growth and Survival

Aquaculture, Fish and Fisheries, Volume 6, Issue 3, June 2026.
ABSTRACT The silver tigerfish (Datnioides polota) is an endangered species with high ecological and ornamental value, yet its nursery‐rearing techniques remain underdeveloped, posing a significant challenge for conservation and sustainable aquaculture.
Saima Sultana Sonia, Md. Golam Mostofa, Md. Latiful Islam, Anuradha Bhadra   +3 more
wiley   +1 more source

A bibliography of parasites and diseases of marine and freshwater fishes of India [PDF]

, 1977
With the increasing demand for fish as human food, aquaculture both in freshwater and salt water is rapidly developing over the world. In the developing countries, fishes are being raised as food.
Abraham F. G., Abraham J. G, Abraham J. G., Abraham J. G., Agarwal S. M., Agarwal S. M., Agarwal S. M., Agarwal V., Agarwal V., Agarwal V., Agarwal V., Ali S. M., Alikunhi K. H., Alikunhi K. H., Almeida L. J., Almeida L. J., Anantaraman M., Anantaraman M., Annigeri G. G., Babu Rao M., Babu Rao M., Babu S. Jeyadev, Bakshi P. L., Bal D. V., Banerjee M. K., Bapat S. V., Bassett-Smith P. W., Bassett-Smith P. W., Bassett-Smith P. W., Basu S. P., Bensam P., Bhatia M. L., Bhatnagar G. K., Bhowmick R. M., Chacko P. I., Chakaravarthy M. M., Chakrabarti K. K, Chakravarthy G. K., Chakravarthy M. M., Chakravarthy M. M., Chaturvedi R. N., Chauhan B. S., Chauhan B. S., Chauhan B. S., Chauhan B. S., Chauhan B. S., Chauhan B. S., Chauhan B. S., Chauhan B. S., Chauhan B. S., Chauhan B. S., Chidambaram K., Clave H. J., Cleave H. J., Daniel A., Daniel A., Daniel A., Datta Anupkumar, Datta Gupta A. K., Datta M. N, Datta M. N., Datta M. N., Datta M. N., Datta M. N., Datta M. N., Datta M. N., Dayal J., Desai V. R., Devaraj M., Devaraj M., Devaraj M., Devaraj M., Dhulkhed M. H., Dinamani P., Dwivedi M. P., Dwivedi M. P., Evangeline G., Ganapathi P. N., Ganapathi P. N., Ganapathi P. N., Ganapathi P. N., George K. C., Ghosh A., Gnanamuthu C. P, Gnanamuthu C. P., Gnanamuthu C. P., Gnanamuthu C. P., Gnanamuthu C. P., Gnanamuthu C. P., Gnanamuthu C. P., Gnanamuthu C. P., Gnanamuthu C. P., Gnanamuthu C. P., Gnanamuthu C. P., Gnanamuthu C. P., Gnanamuthu C. P., Gnanamuthu C. P., Gnanamuthu C. P., Gnanamuthu C. P., Gnanamuthu C. P., Gnanamuthu C. P., Gnanamuthu C. P., Gnanamuthu C. P., Gnanamuthu C. P., Gnanamuthu C. P., Gnanamuthu C. P., Gnanamuthu C. P., Gnanamuthu C. P., Gnanamuthu C. P., Gopalakrishnan V., Gopalakrishnan V., Gopalakrishnan V., Gopalakrishnan V., Gopalakrishnan V., Gopalakrishnan V., Gopalakrishnan V., Gopalakrishnan V., Gupta A. N., Gupta A. N., Gupta A. N., Gupta A. N., Gupta A. N., Gupta N. K, Gupta N. K., Gupta N. K., Gupta N. K., Gupta S. P., Gupta S. P., Gupta S. P., Gupta S. P., Gupta S. P., Gupta S. P., Gupta S. P., Gupta S. P., Gupta S. P., Gupta S. P., Gupta S. P., Gupta S. P., Gupta S. P., Gupta S. P., Gupta S. P., Gupta S. P., Gupta T. R. C., Hafeezullah M., Hafeezullah M., Hameed S. M., Harshey K. R., Hora S. L., Hora S. L., Hora S. L., Hornell J., Jain S. L, Jain S. L., Jain S. L., Jain S. L., Jain S. L., James P. S. B. R., James P. S. B. R., Job S. V., Job S. V., Job S. V., Job S. V., Job S. V., John S. E., John S. E., John S. E., Johnson Syluster, Joshi U. N., Julka J. M., Kakaji Vijayalaxmi, Kannupandi T., Karamchandani S. J., Karamchandani S. J., Karamchandani S. J., Kaw B. L., Kaw B. L., Kaw B. L., Kewalramani K. M., Khambata F. S., Khan H., Khan H., Khan H., Khan H., Khan H., Khan K. H., Kurian C. V., Kurian C. V., Kurian G. K., Laha G. C., Lakshmanan M. A. V., Lal Mohan R. S., Lazarus S., Lekshmanaperumalsamy P., Madhavi R., Maheswari P., Malathi P. R., Mandal A. K., Manohar L., Manohar L., Marathe V. B., Marichamy R., Mathur D. S., Meenakshisundarm P. T., Mehra H. R., Mello I. F., Menon M. D., Misra K. K., Misra Pyari Mohan, Moitra S. K., Motwani M. P., Mukherjee R. P., Mukherjee R. P., Nadakal A. M., Nadakal A. M., Narasimhamurti C. C., Narasimhamurti C. C., Natarajan P., Natarajan P., Natarajan P., Nath Dharmendra, Nayak P. D., Niazi I. A., Ovais M., Pal R. N., Pal R. N., Pande B. P., Pande B. P., Pande B. P., Pande B. P., Pande B. P., Pande K. C., Pande K. C., Pande K. C., Pande K. C., Pande K. C., Pande K. C., Pande K. C., Pande K. C., Pande K. C., Panikkar N. K., Panikkar N. K., Patnaik S., Pawan S. S., Pillai N. K, Pillai N. K, Pillai N. K., Pillai N. K., Pillai N. K., Pillai N. K., Pillai N. K., Pillai N. K., Pillai N. K., Pillai N. K., Pillai N. K., Pillai N. K., Pillai N. K., Pillai N. K., Pillai N. K., Pillai N. K., Pillai N. K., Pillai N. K., Pillai N. K., Pillai N. K., Pillai N. K., Pillai N. K., Pillai N. K., Pillai N. K., Pillai N. K., Pillai N. K., Pillai N. K., Pillai N. K., Pillai N. K., Pillai N. K., Pillai N. K., Pillai N. K., Pillai N. K., Pillai N. K., Pillai N. K., Pillai N. K., Pillai N. K., Pillai V. K., Poddar T. N., Poddar T. N., Poddar T. N., Poddar T. N., Prabhakara Rao A. V., Prabhu M. S., Prasad Devendra, Price E. W., Pruthi H. S., Rai P., Rai P., Rai P., Rai P., Rai P., Rai P., Rai P., Rai P., Raja K. C. M., Raju G., Raju G., Ramakrishna G., Ramakrishna G., Ramalingam K, Ramalingam K., Ramalingam K., Ramalingam K., Ramalingam K., Ramalingam K., Ramalingam K., Ramalingam K., Ramalingam K., Ramalingam K., Ramalingam K., Ramalingam K., Ramalingam K., Ramalingam K., Ramalingam K., Ramalingam K., Ramalingam K., Ramalingam K., Ramalingam K., Ramalingam K., Ramalingam K., Ramalingam K., Ranganathan V., Ranganathan V., Rangnekar M. P., Rangnekar M. P., Rangnekar M. P., Rangnekar M. P., Rangnekar M. P., Rangnekar M. P., Rangnekar M. P., Rangnekar M. P., Rangnekar M. P., Rangnekar M. P., Rangnekar M. P., Rangnekar M. 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R., Srivastava C. B., Srivastava C. B., Srivastava C. B., Srivastava H. D., Srivastava H. D., Srivastava H. D., Srivastava H. D., Srivastava H. D., Srivastava H. D., Srivastava H. D., Srivastava H. D., Srivastava H. D., Srivastava H. D., Srivastava H. D., Srivastava H. D., Srivastava H. D., Srivastava H. D., Srivastava H. D., Srivastava H. D., Srivastava H. D., Srivastava H. D., Srivastava H. D., Srivastava H. D., Srivastava P. S., Stunkard Horace W., Sundari Bai A., Sunder Siroha Shyam, Swarup Krishna, Swarup Krishna, Thapar G. S., Thapar G. S., Thapar G. S., Thomas M. M., Thomas M. M., Timm R. W., Timm R. W., Timm R. W., Tiwari K. K., Tripathi Y. R., Tripathi Y. R., Tripathi Y. R., Tripathi Y. R., Tripathi Y. R., Tripathi Y. R., Tripathi Y. R., Tripathi Y. R., Tripathi Y. R., Tripathi Y. R., Tripathi Y. R., Tripathi Y. R., Tripathi Y. R., Trivedi H. S., Unnithan R. V., Unnithan R. V., Unnithan R. V., Unnithan R. V., Unnithan R. V., Unnithan R. V., Unnithan R. V., Unnithan R. V., Unnithan R. V., Unnithan R. V., Varma Mahendra N., Varma S. C., Varma S. R., Vasishta H. S., Vijayalalitha Kumari T.   +474 more
core   +1 more source

Development and Research Progress of the ‘Land‐Based Container + Ecological Pond’ Recirculating Aquaculture Model in China

Aquaculture, Fish and Fisheries, Volume 6, Issue 2, April 2026.
This review systematically examines China's Land‐based Container + Ecological Pond (LCEP) recirculating aquaculture model. It synthesizes the system's development, technical principles, and research progress, highlighting its significant resource savings (>75% land, >90% water) and high‐density production capabilities. The analysis critically evaluates
Shoubing Wang, Zijie Song, Xiangyu Pan, Pinhao Liu, Sihan Xu   +4 more
wiley   +1 more source

七种捕食性鱼类对中华绒螯蟹幼蟹捕食风险的评估 [PDF]

, 2012
分别以鲤、鳜、斑点叉尾、黄颡鱼、瓦氏黄颡鱼、大口鲇和乌鳢作为捕食者,以中华绒螯蟹幼蟹作为猎物,在室内水泥池(2.4 m3)进行捕食试验。以日捕获率和日摄食率为指标,评估这些鱼类对幼蟹的捕食作用和危害程度,为提高湖泊幼蟹放流效果、建立蟹—鱼复合的优质高效养殖模式提供科学依据。在幼蟹完全暴露的条件下,经过多次(至少9次)重复的试验(短期1d和长期7d),鳜对不同大小的硬壳和软壳(刚蜕壳的)幼蟹没有任何捕食作用;黄颡鱼对硬壳和软壳幼蟹也没有捕食作用,但还需做进一步观察;虽然鲤、瓦氏黄颡鱼对硬壳蟹的捕获率低 ...
刘家寿, 吴小平, 张堂林, 张超文, 李钟杰, 罗鸣钟   +5 more
core