Results 71 to 80 of about 11,108 (254)
Amino acids ofDiclidophora merlangi(Monogenea)
Parasitology, 1975 The level of free amino acids inDiclidophora merlangiis high, comprising over 500 μmoles/g ethanol extracted dry weight. A single amino acid, proline, constitutes some 70% of the total pool. Analysis of parasite protein and host blood and mucus revealed low proline levels, suggesting that the high free pool content was not related to a requirement for ...C, Arme, A, Whyteopenaire +2 more sourcesCommunities of metazoan parasites in seven sympatric skate species (Elasmobranchii, Rajidae) from the English Channel and Celtic Sea differing in conservation status
Journal of Fish Biology, Volume 105, Issue 3, Page 975-987, September 2024.Abstract
Elasmobranch populations are in steep decline mainly due to overfishing bycatch, but parasites may accelerate the collapse of vulnerable and/or highly parasitized species. We therefore studied metazoan parasites of Rajidae from the northeast Atlantic: vulnerable Leucoraja fullonica, near‐threatened Raja brachyura, Raja clavata, Raja ...Claudia Gérard, Caroline Trochard, Maxime R. Hervé, Héloïse Hamel, Mélanie Gay, Michel Barbier, Thomas Trancart, Thomas Barreau +7 morewiley +1 more sourceOxygen uptake byDiclidophora merlangi(Monogenea)
Parasitology, 1974 Diclidophora merlangiwas found to consume oxygen under a variety of experimental conditions. TheQo2of homogenates was 0.415 μl oxygen consumed/mg wet wt/h. Oxygen uptake was reduced in the presence of inhibitors: cyanide 0.1 mM and 5.0 mM, 100%; rotenone 10−6M, 56%; antimycin A10−6M, 63 %; malonate 10 mM, 36 %; arsenite 5 mM, 46 %; fluoroacetate 5 mM ...C, Arme, M G, Foxopenaire +2 more sourcesMonogenean Sparicotyle chrysophrii: The major pathogen of the Mediterranean gilthead seabream aquaculture
Reviews in Aquaculture, Volume 16, Issue 1, Page 287-308, January 2024.Sparicotylosis has been present in Mediterranean aquaculture of the gilthead seabream for the past 25 years, yet disease management and treatments are not effective. This is further jeopardised by global warming and resistance of Sparicotyle chrysophrii to available anthelminthic compounds.Ivona Mladineo, Donatella Volpatti, Paola Beraldo, George Rigos, Pantelis Katharios, Francesc Padros +5 morewiley +1 more sourceStructure of the infracommunities of monogenean parasites of Seriolella porosa Guichenot, 1848 (Pisces: Centrolophidae ) from San Matias Gulf, Argentina [PDF]
, 2010 El savorín, Seriolella porosa, es un pez de importancia pesquera que se distribuye en aguas del Atlántico Sudoccidental entre los paralelos 35° y 55° S. Hasta el presente no existen estudios sobre sus comunidades ectoparasitas en el mar Argentino.Galeano, Noelia Adelina, Guagliardo, Silvia Elizabeth, Schwerdt, Carla Belén, Tanzola, Rubén Daniel +3 morecore In Vivo Challenge Trials with Dietary Antiparasitics Reveal New Insights into the Practical Use of Fenbendazole against Sparicotyle chrysophrii (Monogenea) Infection in Sparus aurata (Teleostei)
Aquaculture Research, Volume 2024, Issue 1, 2024.The microcotylid Sparicotyle chrysophrii is one of the most harmful parasites for the aquaculture of the gilthead seabream Sparus aurata, for which effective treatments are needed. The efficacy of dietary praziquantel (PZQ, 30–50 mg kg body weight−1 day−1), emamectin benzoate (EMB, 0.015–0.050 mg kg BW−1 day−1), and fenbendazole (FBZ, 40–75 mg kg BW−1 ...Paolo Merella, Francisco Esteban Montero, Luca Parma, Lorenzo Morsiani, Roberto Cerri, Andrea Di Biase, Marta Polinas, Claudio Murgia, Elisabetta Antuofermo, Giovanni Garippa, Hamed Ghafarifarsani +10 morewiley +1 more sourceA 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. 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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. 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P., Rangnekar M. P., Rangnekar M. P., Rangnekar P. G., Rangnekar P. G., Rangnekar P. G., Rangnekar P. G., Rangnekar P. T., Rao K. H., Rao K. H., Rao K. H., Rao K. H., Rao K. H., Rao K. H., Rao K. H., Rao Rammohana, Rao T. S. S., Rao T. S. S., Rao T. S. S., Sahay Umapathi, Sahay Umapathi, Sahay Umapathi, Sahay Umapati, Saksena J. N., Saksena J. N., Sam Bennet P., Sam Bennet P., Sam Bennet P., Sam Bennet P., Sanjeevaraj P. J., Sarkar H. L., Sarkar H. L., Sarkar H. L., Sarkar H. L., Sarkar H. L., Sarkar H. L., Satyanesan A. G., Sebastian M. J., Sebastian M. J., Sebastian M. J., Sebastian M. J., Sen A. C., Sen P., Sewell R. B., Shafee M. S., Sheshagiri Rao B. V., Singh Kr. S., Singh R. N., Singh R. N., Singh S. P., Sircar Mira, Sita A., Sood M. L., Sood M. L., Soota T. D., Soota T. D., Soota T. D., Southwell T., Southwell T., Southwell T., Southwell T., Southwell T., Southwell T., Southwell T., Southwell T., Southwell T., Southwell T., Southwell T., Southwell T., Sreenivasan A., Srinivasachar H. R., Srinivasachar H. 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 morecore +1 more sourceRelationship between Water Quality Parameters and Parasite Infestation in Farmed Oreochromis niloticus in Selected Rift Valley Counties, Kenya
Aquaculture Research, Volume 2024, Issue 1, 2024.Globally, parasitic infections hinder aquaculture productivity and sustainability. Improper water quality parameters reduce fish immunity, make them susceptible to parasites, and enhance parasitic proliferation in culture systems. Subsequently, this study aimed to determine the prevalence and intensity of ecto‐ and endo‐parasite infesting Oreochromis ...Finnan O. Ageng’o, Robert M. Waruiru, Daniel W. Wanja, Philip N. Nyaga, Mercy M. Hamisi, Cidee N. Khasake, Jacob M. Wainaina, Beatrice M. Munde, Paul G. Mbuthia, Nichodemus M. Kamuti, Shimaa E. Ali, Saraya Tavornpanich, Edith A. Keya, Mohan V. Chadag, Christyn Bailey +14 morewiley +1 more source
