Results 31 to 40 of about 18,637 (262)
COMBINATIVE VARIABILITY IN THE TREMATODAS
THEORY AND PRACTICE OF PARASITIC DISEASE CONTROL, 2019 Objective: To study the combinational variability in trematodes based on micromorphological studies of their gametogenesis and fertilization.Trematodes: Fasciola hepatica, Opisthorchis felineus, Clonorchis sinensis, Paragonimus westermani were obtained by dissecting animals. Trematode marites were fixed in 10% neutral formalin.Bibik, Nacheva, Grebenshchikovopenaire +1 more sourceChecklist of digeneans (Platyhelminthes, Trematoda, Digenea) of Georgia
Biodiversity Data Journal, 2023 In the present study, we aim to provide an inventory of digenetic trematodes (Platyhelminthes, Trematoda, Digenea) from Georgia including possibly all records available from the freshwater, marine and terrestrial realms. The checklist is based on a critical review of data from 109 papers, 11 monographs and four Ph.D.Lela Arabuli, Lali Murvanidze, Anna Faltynkova, Levan Mumladze +3 moreopenaire +3 more sourcesA common origin of complex life cycles in parasitic flatworms: evidence from the complete mitochondrial genome of Microcotyle sebastis (Monogenea: Platyhelminthes)
BMC Evolutionary Biology, 2007 Background The parasitic Platyhelminthes (Neodermata) contains three parasitic groups of flatworms, each having a unique morphology, and life style: Monogenea (primarily ectoparasitic), Trematoda (endoparasitic flukes), and Cestoda (endoparasitic ...Eom Keeseon S, Kim Won, Kang Seokha, Kim Kyu-Heon, Park Joong-Ki, Littlewood DTJ +5 moredoaj +1 more sourceAminoisothiazolamides, a new class of potent inhibitors of lysyl‐tRNA synthetase
Pest Management Science, Volume 81, Issue 7, Page 3956-3983, July 2025.The present work covers a series of novel herbicidal lead structures that possess an aminoisothiazolamide scaffold as a structural key feature. Lysyl‐tRNA synthetase 1 (KRS1) was identified as the biochemical mode‐of‐action. Based on optimized and tailored synthetic approaches, a broader SAR study was carried out delivering some lead structures that ...David Bernier, David M Barber, Guido Bojack, Birgit Bollenbach‐Wahl, Luke Churchman, Uwe Döller, Tyler Fahrenhorst‐Jones, Jörg Freigang, Elmar Gatzweiler, Claudia Hartfiel, Caroline Hilmi, Yoann Huet, Bernd Laber, Gudrun Lange, Stephanie Lee, Virginie Lempereur, Marc Mosrin, Thomas Müller, China M Payne, Olaf Peters, Luka Posa, Shaun Rees, Anna M Reingruber, Jullien Rey, Jörg Tiebes, Karen Tilmant, Jens Frackenpohl +26 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. 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 morecore +1 more sourceAntagonistic Rewiring and Turnover Patterns in a Neotropical Fish–Parasite Metanetwork
Freshwater Biology, Volume 70, Issue 7, July 2025.ABSTRACT Integrating beta‐diversity and network analyses is an emerging approach for understanding the spatial structure of species communities. For instance, although the presence of hosts affects parasite species distribution, environmental factors can either restrict or promote the occurrence of certain parasite species by changing the abundance of ...Ana Paula Lula Costa, Paulo R. Guimarães, Andre A. Padial +2 morewiley +1 more sourceDiagnosis of pancreatic disease in feline platynosomosis [PDF]
, 2017 Objectives:
Platynosomum species are cat-specific parasitic trematodes that parasitize the biliary ducts and gall bladder. Due to the common connection to the major duodenal papilla of the pancreas and common bile ducts in addition to the periductal ...Illanes, Oscar, Ketzis, Jennifer, Köster, Liza, Rajeev, Sreekumari, Shell, Linda +4 morecore +1 more source
