@article{fdi:010084432, title = {{P}arasitic and bacterial diseases in aquarium-reared {I}ndonesian snakehead ({C}hanna micropeltes)}, author = {{N}ovita, {H}. and {A}ndriyanto, {S}. and {S}ugiani, {D}. and {L}usiastuti, {A}.{M}. and {C}aruso, {D}omenico}, editor = {}, language = {{ENG}}, abstract = {{T}oman or {C}hanna micropeltes has high economic potential to be cultured because of their high albumin content. {T}his study aims to obtain information about what kinds of pathogens can infect toman fish in high-density stress (10, 20,30 fish with an average weight of 3 - 15 g and length of 8-14 cm in 20-liter aquarium) and temperatures between 26-34°{C} that were treated with artificial infections of {A}eromonas hydrophila. {T}he results showed that stress treatments with high density and temperature did not cause significant death in toman, or {C}. micropeltes. {T}he bacteria that can be isolated from toman fish were {A}eromonas sp., {M}oraxella lacunata, {V}ibrio vulfinicus, and {B}revundimonas vesicularis. {T}he parasites found in toman were {T}richodina sp. ({P}revalence ({P}) = 25%, {I}ntensity ({I}) = 1), {G}yrodactylus sp. ({P}= 35%, {I}= 1.4), {M}yxosporea sp. ({P}= 25%, {I}= 1.2), and {O}odinium sp. ({P}= 20%, {I}= 7.5), which infected gills, mucus, gut, and skin. {B}eing treated with artificial infection of {A}. hydrophila, toman fish were very susceptible and 100% death occurred after 24 hours of treatment. {T}he treatment of predisposition factors in toman fish, which can prove adaptation and survival from stress conditions and the presence of the pathogen, will have an impact on the aquaculture development of toman fish so that health management will be applied in aquaculture.}, keywords = {{MALAISIE}}, booktitle = {}, journal = {{IOP} {C}onf{\'e}rences {S}eries : {E}arth and {E}nvironmental {S}cience}, volume = {521}, numero = {}, pages = {012019 [6 ]}, ISSN = {1755-1315}, year = {2020}, DOI = {10.1088/1755-1315/521/1/012019}, URL = {https://www.documentation.ird.fr/hor/fdi:010084432}, }