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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. 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 more
core   +1 more source

Getting into hot water:sick guppies frequent warmer thermal conditions [PDF]

, 2016
Ectotherms depend on the environmental temperature for thermoregulation and exploit thermal regimes that optimise physiological functioning. They may also frequent warmer conditions to up-regulate their immune response against parasite infection and/or ...
Adesh Ramsubhag, AE Deacon, AJ Reeve, AJW Ward, Azad Mohammed, B Jonsson, B Schelkle, BW Webb, C Oosterhout van, CB Müller, Chris Williams, Cock van Oosterhout, D Atkinson, D Weetman, D Weetman, EL Richards, GC Kearn, GT Kolluru, I Barber, J Cable, J Cable, J Cable, J Cable, JB Covert, JC Pinheiro, Jo Cable, Joanna James, JP Scharsack, JR Rohr, KR Marine, LB Martin, LK Vaughn, M Kent, M Marcos-Lopez, ME Scott, ME Scott, Michael Reynolds, MJ Crawley, NW Pankhurst, PA Jansen, PD Harris, Ryan S. Mohammed, S Boltaña, SH Paull, SL Elliot, SW Griffiths, TA Bakke, TJ Bowden, V Macnab, WW Reynolds   +49 more
core   +2 more sources

Structure and Morphometrics of Ancyrocephalus Paradoxus (Monogenea: Ancyrocephalidae) from Sander Lucioperca (Percidae) in Czechia

Helminthologia, 2019
Summary New morphometric data, including details of the copulatory system and attachment structures, as well as inner organs are provided for Ancyrocephalus paradoxus Creplin, 1839.
N. Rubtsova, R. Heckmann
semanticscholar   +1 more source

Monogenea

, 2009
Published as part of Pariselle, Antoine & Euzet, Louis, 2009, Systematic revision of dactylogyridean parasites (Monogenea) from cichlid fishes in Africa, the Levant and Madagascar, pp.
Pariselle, Antoine, Euzet, Louis
openaire   +2 more sources

Hematological and anthelminthic responses of tambaqui (Colossoma macropomum) supplemented with Artrhospira platensis and Chlorella vulgaris [PDF]

Brazilian Journal of Biology
The present study evaluated the hematological, antiparasitic and growth responses in tambaqui (Colossoma macropomum) fed with diets supplemented with the microalgae Arthrospira platensis and Chlorella vulgaris (0%; 10% A. platensis; 10% C.
A. C. dos S. Ferreira, A. M. Pacheco, C. B. Salomão, M. V. F. Moreira, M. F. Martins, P. V. N. Santos, L. Prestes, Y. I. C. Furtado, M. Tavares-Dias, A. M. da Silveira-Junior, E. T. O. Yoshioka   +10 more
doaj   +1 more source

Parasitic fauna of eight species of ornamental freshwater fish species from the middle Negro River in the Brazilian Amazon Region. [PDF]

, 2017
Para estudos parasitológicos, 27 espécimes de cardinal Paracheirodon axelrodi, 33 rosa-céu Hyphessobrycon copelandi (Characidae), 28 peixes borboleta Carnegiella strigata e 26 Carnegiella martae (Gasteropelecidae), 27 bodó ou cascudo Ancistrus hoplogenys
DIAS, M. T., LEMOS, J. R. G., MARTINS, M. L.   +2 more
core   +1 more source

Sequencing of the complete mitochondrial genome of a fish-parasitic flatworm Paratetraonchoides inermis (Platyhelminthes: Monogenea): tRNA gene arrangement reshuffling and implications for phylogeny

Parasites & Vectors, 2017
Paratetraonchoides inermis (Monogenea: Tetraonchoididae) is a flatworm parasitising the gills of uranoscopid fishes. Its morphological characteristics are ambiguous, and molecular data have never been used to study its phylogenetic relationships, which ...
Dong Zhang, H. Zou, S. Wu, Ming Li, Ivan Jakovlić, Jin Zhang, Rong Chen, Gui‐tang Wang, Wen X Li   +8 more
semanticscholar   +1 more source

Contrasting Host-Parasite Population Structure: Morphology and Mitogenomics of a Parasitic Flatworm on Pelagic Deepwater Cichlid Fishes from Lake Tanganyika

Biology, 2021
Little phylogeographic structure is presumed for highly mobile species in pelagic zones. Lake Tanganyika is a unique ecosystem with a speciose and largely endemic fauna famous for its remarkable evolutionary history.
Nikol Kmentová, Christoph Hahn, Stephan Koblmüller, Holger Zimmermann, Jiří Vorel, Tom Artois, Milan Gelnar, Maarten P. M. Vanhove   +7 more
doaj   +1 more source

Invasion of the shovelnose ray (Rhinobatos typus) by Neoheterocotyle rhinobatidis and Merizocotyle icopae (Monogenea : Monocotylidae) [PDF]

, 2003
This study examined the route of infection by free-swimming larvae of 2 monocotylid monogeneans that inhabit the gills (Neoheterocotyle rhinobatidis) and the nasal tissue (Merizocotyle icopae) of the shovelnose ray, Rhinobatos typus, from Heron Island on
Chisholm, L., Whittington, I.
core   +1 more source

Paracaesicola nanshaensis n. gen., n. sp. (Monogenea, Microcotylidae) a gill parasite of Paracaesio sordida (Teleostei, Lutjanidae) from the South China Sea

Parasite, 2020
Paracaesicola n. gen., is erected herein to accommodate a new microcotylid species, Paracaesicola nanshaensis n. sp., collected from the Yongshu Reef, South China Sea.
Zhou Zi-Hua, Li You-Zhi, Liu Lin, Ding Xue-Juan, Yuan Kai   +4 more
doaj   +1 more source