FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4383376961> ?p ?o ?g. }

• W4383376961 abstract "Abstract This study investigated the impacts of water application of a commercial Bacillus species probiotics, SANOLIFE®PRO-W (containing Bacillus subtilis and B. licheniformis ), on water quality, digestive enzymes, growth performance, antioxidants, innate immunity, body composition, and resistance of whiteleg shrimp against Fusarium solani infection. A total of 240 animals (2.00 ± 0.07 g) were stocked into twelve 1-m 3 concrete ponds and divided into four triplicate treatments. For 56 days, the rearing water was supplemented with Bacillus species probiotic at 0, 0.01, 0.02, and 0.03 g/m 3 and defined as control, T1, T2, and T3 groups, respectively. Results revealed that Bacillus species probiotics increased dissolved oxygen and decreased total ammonia, nitrite, and unionized ammonia in the rearing ponds. However, adding probiotic Bacillus to rearing water significantly increased the digestive enzyme (chymotrypsin, trypsin, protease, lipase, and amylase) and growth performance parameters compared to the control. On the other hand, the antioxidant levels of superoxide dismutase, catalase, and glutathione peroxidase were increased significantly, while the malondialdehyde concentrations were decreased significantly compared to the control. Furthermore, Bacillus probiotics boosted the innate immunity of shrimp manifested by increased activities of lysozyme, prophenoloxidase, respiratory burst, and the total hemocyte count compared with the control treatment. Of interest, shrimp mortalities decreased after F. solani infection to 35% in the T3 group compared to 100% in the control group. In conclusion, water application of Bacillus species probiotics, especially at 0.02 and 0.03 g/m 3 , improved the water quality, welfare, and resistance of whiteleg shrimp to F. solani infection." @default.
• W4383376961 created "2023-07-07" @default.
• W4383376961 creator A5002568127 @default.
• W4383376961 creator A5032356822 @default.
• W4383376961 creator A5035701815 @default.
• W4383376961 creator A5039419374 @default.
• W4383376961 creator A5042401095 @default.
• W4383376961 creator A5071913173 @default.
• W4383376961 creator A5088843376 @default.
• W4383376961 date "2023-07-06" @default.
• W4383376961 modified "2023-09-23" @default.
• W4383376961 title "The effects of Bacillus species probiotics (Bacillus subtilis and B. licheniformis) on the water quality, immune responses, and resistance of whiteleg shrimp (Litopenaeus vannamei) against Fusarium solani infection" @default.
• W4383376961 cites W1459428350 @default.
• W4383376961 cites W1535840954 @default.
• W4383376961 cites W1538399032 @default.
• W4383376961 cites W1558347711 @default.
• W4383376961 cites W1585383084 @default.
• W4383376961 cites W1684954308 @default.
• W4383376961 cites W1704456421 @default.
• W4383376961 cites W1977535589 @default.
• W4383376961 cites W1979379702 @default.
• W4383376961 cites W1979694100 @default.
• W4383376961 cites W1981152657 @default.
• W4383376961 cites W1997497703 @default.
• W4383376961 cites W1998970211 @default.
• W4383376961 cites W2002706411 @default.
• W4383376961 cites W2006060273 @default.
• W4383376961 cites W2009651579 @default.
• W4383376961 cites W2009895308 @default.
• W4383376961 cites W2010369993 @default.
• W4383376961 cites W2010771441 @default.
• W4383376961 cites W2018275475 @default.
• W4383376961 cites W2029656801 @default.
• W4383376961 cites W2032614815 @default.
• W4383376961 cites W2032886411 @default.
• W4383376961 cites W2044903819 @default.
• W4383376961 cites W2045186716 @default.
• W4383376961 cites W2057483701 @default.
• W4383376961 cites W2058069520 @default.
• W4383376961 cites W2066009052 @default.
• W4383376961 cites W2072727557 @default.
• W4383376961 cites W2088787500 @default.
• W4383376961 cites W2088866343 @default.
• W4383376961 cites W2092201903 @default.
• W4383376961 cites W2118880026 @default.
• W4383376961 cites W2119634510 @default.
• W4383376961 cites W2126214604 @default.
• W4383376961 cites W2129010571 @default.
• W4383376961 cites W2150774960 @default.
• W4383376961 cites W2151033321 @default.
• W4383376961 cites W2155305301 @default.
• W4383376961 cites W2156437980 @default.
• W4383376961 cites W2204530651 @default.
• W4383376961 cites W2326799185 @default.
• W4383376961 cites W2331532344 @default.
• W4383376961 cites W2332390423 @default.
• W4383376961 cites W2336762859 @default.
• W4383376961 cites W2560563227 @default.
• W4383376961 cites W2599375033 @default.
• W4383376961 cites W2606335636 @default.
• W4383376961 cites W2610623118 @default.
• W4383376961 cites W2744581408 @default.
• W4383376961 cites W2744968653 @default.
• W4383376961 cites W2765671382 @default.
• W4383376961 cites W2805668865 @default.
• W4383376961 cites W2888719726 @default.
• W4383376961 cites W2911874711 @default.
• W4383376961 cites W2915335637 @default.
• W4383376961 cites W2929312433 @default.
• W4383376961 cites W2942024869 @default.
• W4383376961 cites W2944347811 @default.
• W4383376961 cites W2952177070 @default.
• W4383376961 cites W2972146651 @default.
• W4383376961 cites W3012172607 @default.
• W4383376961 cites W3033916101 @default.
• W4383376961 cites W3035264037 @default.
• W4383376961 cites W3084316558 @default.
• W4383376961 cites W3112725919 @default.
• W4383376961 cites W3130906664 @default.
• W4383376961 cites W3184985931 @default.
• W4383376961 cites W3202548427 @default.
• W4383376961 cites W3207941777 @default.
• W4383376961 cites W4207063652 @default.
• W4383376961 cites W4210320689 @default.
• W4383376961 cites W4221104523 @default.
• W4383376961 cites W4232057348 @default.
• W4383376961 cites W4237278748 @default.
• W4383376961 cites W4255732912 @default.
• W4383376961 cites W4300114837 @default.
• W4383376961 cites W4308932085 @default.
• W4383376961 cites W86279784 @default.
• W4383376961 doi "https://doi.org/10.1007/s10499-023-01136-1" @default.
• W4383376961 hasPublicationYear "2023" @default.
• W4383376961 type Work @default.
• W4383376961 citedByCount "0" @default.
• W4383376961 crossrefType "journal-article" @default.
• W4383376961 hasAuthorship W4383376961A5002568127 @default.
• W4383376961 hasAuthorship W4383376961A5032356822 @default.
• W4383376961 hasAuthorship W4383376961A5035701815 @default.
• W4383376961 hasAuthorship W4383376961A5039419374 @default.

• next