FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2892030942> ?p ?o ?g. }

• W2892030942 endingPage "8" @default.
• W2892030942 startingPage "1" @default.
• W2892030942 abstract "Marine fungi are known to produce many secondary metabolites with diverse biological activities, including antibacterial activity. We screened cell-free culture broths of 39 different isolates of obligate marine fungi for inhibitors of growth and biofilm formation with 7 isolates of Vibrio bacteria that originated from shrimp ponds affected by luminesent shrimp disease or acute hepatopancreatic necrosis disease (AHPND). Using microtiter-plate growth and biofilm inhibition assays, inhibitory effects for each fungal isolate varied depending on the Vibrio isolate. Overall, broth from 11 out of 39 isolates of the fungi examined inhibited biofilm formation by 3HP plus 4 to 6 of the other Vibrio isolates tested. Overall, for most fungal isolates, Vibrio biofilm inhibition activity was greater than growth inhibition activity. Based mainly on high inhibition activity against 3HP biofilm formation, but also on inhibition of at least 4 out of 6 of the other Vibrio isolates tested, culture broths of 4 fungal isolates (AK112, MCR1, MCR55 and MCR113) were studied further as possible feed additives to protect post larvae (PL) of Penaeus vannamei against AHPND. Specifically, the cell-free, broth-supplemented feed was administered for 7 days before the PL were challenged with 3HP by immersion at 106 CFU/ml followed by further use of the same supplemented feed for another week during which shrimp health and mortality were monitored. Survival in the unchallenged, negative-control group fed supplemented feed was approximately 88% while survival in the challenged shrimp group receiving feed supplemented with cell-free broth from MCR55 was (70%) and not significantly different from that in the negative control group (p > .05). By contrast, survival of the challenged, positive control groups fed with either un-supplemented feed or feed supplemented with culture medium was ≤18%. The fungal isolates had been identified by published methods based on morphology, and 36 out of 39 were confidently identified to at least genus level. Isolate MCR55 that protected shrimp against AHPND was identified as Oceanitis cincinnatula from the Order Microascales, Class Sordariomycetes. The results obtained indicated that the culture broth of O. cincinnatula contained a substance(s) that did not inhibit the growth of 3HP but could potentially be used as shrimp feed supplement to protect shrimp against AHPND, possibly by inhibiting biofilm formation in the shrimp stomach." @default.
• W2892030942 created "2018-09-27" @default.
• W2892030942 creator A5009384389 @default.
• W2892030942 creator A5010590764 @default.
• W2892030942 creator A5011129233 @default.
• W2892030942 creator A5025625121 @default.
• W2892030942 creator A5036159756 @default.
• W2892030942 creator A5055706990 @default.
• W2892030942 creator A5080832484 @default.
• W2892030942 creator A5081379740 @default.
• W2892030942 creator A5082768451 @default.
• W2892030942 creator A5083287811 @default.
• W2892030942 creator A5089607029 @default.
• W2892030942 date "2019-01-01" @default.
• W2892030942 modified "2023-09-24" @default.
• W2892030942 title "Vibrio biofilm inhibitors screened from marine fungi protect shrimp against acute hepatopancreatic necrosis disease (AHPND)" @default.
• W2892030942 cites W1814086198 @default.
• W2892030942 cites W1844237543 @default.
• W2892030942 cites W1897635105 @default.
• W2892030942 cites W1972036266 @default.
• W2892030942 cites W1978529109 @default.
• W2892030942 cites W1986819402 @default.
• W2892030942 cites W1992154547 @default.
• W2892030942 cites W1993211893 @default.
• W2892030942 cites W2007224804 @default.
• W2892030942 cites W2009692012 @default.
• W2892030942 cites W2023930858 @default.
• W2892030942 cites W2027327645 @default.
• W2892030942 cites W2035158433 @default.
• W2892030942 cites W2054198232 @default.
• W2892030942 cites W2090412782 @default.
• W2892030942 cites W2110992260 @default.
• W2892030942 cites W2112900295 @default.
• W2892030942 cites W2119947510 @default.
• W2892030942 cites W2165654685 @default.
• W2892030942 cites W2172377009 @default.
• W2892030942 cites W2513170114 @default.
• W2892030942 cites W2767718510 @default.
• W2892030942 cites W2801865252 @default.
• W2892030942 cites W987377542 @default.
• W2892030942 doi "https://doi.org/10.1016/j.aquaculture.2018.09.004" @default.
• W2892030942 hasPublicationYear "2019" @default.
• W2892030942 type Work @default.
• W2892030942 sameAs 2892030942 @default.
• W2892030942 citedByCount "12" @default.
• W2892030942 countsByYear W28920309422019 @default.
• W2892030942 countsByYear W28920309422020 @default.
• W2892030942 countsByYear W28920309422021 @default.
• W2892030942 countsByYear W28920309422022 @default.
• W2892030942 countsByYear W28920309422023 @default.
• W2892030942 crossrefType "journal-article" @default.
• W2892030942 hasAuthorship W2892030942A5009384389 @default.
• W2892030942 hasAuthorship W2892030942A5010590764 @default.
• W2892030942 hasAuthorship W2892030942A5011129233 @default.
• W2892030942 hasAuthorship W2892030942A5025625121 @default.
• W2892030942 hasAuthorship W2892030942A5036159756 @default.
• W2892030942 hasAuthorship W2892030942A5055706990 @default.
• W2892030942 hasAuthorship W2892030942A5080832484 @default.
• W2892030942 hasAuthorship W2892030942A5081379740 @default.
• W2892030942 hasAuthorship W2892030942A5082768451 @default.
• W2892030942 hasAuthorship W2892030942A5083287811 @default.
• W2892030942 hasAuthorship W2892030942A5089607029 @default.
• W2892030942 hasConcept C2776154503 @default.
• W2892030942 hasConcept C2776422119 @default.
• W2892030942 hasConcept C2776599375 @default.
• W2892030942 hasConcept C2776841996 @default.
• W2892030942 hasConcept C31903555 @default.
• W2892030942 hasConcept C505870484 @default.
• W2892030942 hasConcept C523546767 @default.
• W2892030942 hasConcept C54355233 @default.
• W2892030942 hasConcept C58123911 @default.
• W2892030942 hasConcept C86803240 @default.
• W2892030942 hasConcept C89423630 @default.
• W2892030942 hasConceptScore W2892030942C2776154503 @default.
• W2892030942 hasConceptScore W2892030942C2776422119 @default.
• W2892030942 hasConceptScore W2892030942C2776599375 @default.
• W2892030942 hasConceptScore W2892030942C2776841996 @default.
• W2892030942 hasConceptScore W2892030942C31903555 @default.
• W2892030942 hasConceptScore W2892030942C505870484 @default.
• W2892030942 hasConceptScore W2892030942C523546767 @default.
• W2892030942 hasConceptScore W2892030942C54355233 @default.
• W2892030942 hasConceptScore W2892030942C58123911 @default.
• W2892030942 hasConceptScore W2892030942C86803240 @default.
• W2892030942 hasConceptScore W2892030942C89423630 @default.
• W2892030942 hasFunder F4320322401 @default.
• W2892030942 hasFunder F4320322437 @default.
• W2892030942 hasFunder F4320322817 @default.
• W2892030942 hasFunder F4320323677 @default.
• W2892030942 hasLocation W28920309421 @default.
• W2892030942 hasOpenAccess W2892030942 @default.
• W2892030942 hasPrimaryLocation W28920309421 @default.
• W2892030942 hasRelatedWork W1142534144 @default.
• W2892030942 hasRelatedWork W2008946511 @default.
• W2892030942 hasRelatedWork W2012225461 @default.
• W2892030942 hasRelatedWork W2141694851 @default.
• W2892030942 hasRelatedWork W2951084549 @default.
• W2892030942 hasRelatedWork W3040441071 @default.
• W2892030942 hasRelatedWork W3044507976 @default.

• next