FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4319021430> ?p ?o ?g. }

• W4319021430 abstract "Introduction Significant losses of honey bee colonies have been observed worldwide in recent decades. Inadequate nutrition is considered to be one of the factors that can reduce honey bee resistance to abiotic and biotic environmental stresses. Accordingly, we assessed the impact of food composition on worker bee survival. Methods Bees in cages were fed six different diets, and then their survival, levels of thiobarbituric acid reactive substances and protein carbonyl groups, catalase and lysozyme activities were evaluated. Results and Discussion After 17 days of feeding, the lowest mortality was observed in the group of bees that received sucrose solution with the addition of willow pollen or artificial rapeseed beebread or artificial willow beebread (diets 4–6). The highest mortality was found in bees that consumed only sucrose solution (diet 1) or the sucrose solution supplemented with a mixture of amino acids (diet 2), which can be explained by the lack of vitamins and microelements in these diets. In the group of bees that received the sucrose solution with rapeseed pollen (diet 3), mortality was intermediate. To check whether the decrease in insect survival could be related to oxidative damage, we evaluated biomarkers of oxidative stress. Consumption of pollen (diets 3 and 5) and artificial beebread (diets 4 and 6) enhances protein carbonylation in worker bees. Feeding bees artificial beebread also resulted in increase in lipid peroxidation and catalase activity, which is probably due to the presence of hydrogen peroxide in the honey contained in beebread. Remarkably, the increase in biomarkers of oxidative stress was not accompanied by adverse but positive effects on insect survival. A lack of amino acids and proteins in the diet 1 did not cause oxidative stress, but led to an increase in lysozyme activity in hemolymph, a biomarker of immune system status. In conclusion, we believe that the increase in oxidative stress biomarkers we found do not indicate oxidative damage, but rather reflect the changes in redox balance due to consumption of certain dietary options." @default.
• W4319021430 created "2023-02-03" @default.
• W4319021430 creator A5034022995 @default.
• W4319021430 creator A5060716632 @default.
• W4319021430 creator A5063833731 @default.
• W4319021430 creator A5067330940 @default.
• W4319021430 creator A5069450960 @default.
• W4319021430 creator A5082556744 @default.
• W4319021430 date "2023-02-02" @default.
• W4319021430 modified "2023-10-01" @default.
• W4319021430 title "Increased survival of honey bees consuming pollen and beebread is associated with elevated biomarkers of oxidative stress" @default.
• W4319021430 cites W1508162082 @default.
• W4319021430 cites W1511996564 @default.
• W4319021430 cites W1516934558 @default.
• W4319021430 cites W1565127991 @default.
• W4319021430 cites W183120241 @default.
• W4319021430 cites W1970482286 @default.
• W4319021430 cites W1976955220 @default.
• W4319021430 cites W1978429734 @default.
• W4319021430 cites W1984156802 @default.
• W4319021430 cites W1988057110 @default.
• W4319021430 cites W1989374719 @default.
• W4319021430 cites W1991712061 @default.
• W4319021430 cites W1998148848 @default.
• W4319021430 cites W2015964953 @default.
• W4319021430 cites W2018032570 @default.
• W4319021430 cites W2019629192 @default.
• W4319021430 cites W2024177211 @default.
• W4319021430 cites W2026153930 @default.
• W4319021430 cites W2027756656 @default.
• W4319021430 cites W2037145972 @default.
• W4319021430 cites W2048843320 @default.
• W4319021430 cites W2061327417 @default.
• W4319021430 cites W2089926641 @default.
• W4319021430 cites W2112786138 @default.
• W4319021430 cites W2118516269 @default.
• W4319021430 cites W2122341467 @default.
• W4319021430 cites W2123759872 @default.
• W4319021430 cites W2128473487 @default.
• W4319021430 cites W2128635872 @default.
• W4319021430 cites W2133410294 @default.
• W4319021430 cites W2135011388 @default.
• W4319021430 cites W2138832709 @default.
• W4319021430 cites W2142885695 @default.
• W4319021430 cites W2143515437 @default.
• W4319021430 cites W2147607740 @default.
• W4319021430 cites W2164287526 @default.
• W4319021430 cites W2168683049 @default.
• W4319021430 cites W2169554406 @default.
• W4319021430 cites W2182082506 @default.
• W4319021430 cites W2185573413 @default.
• W4319021430 cites W2336962972 @default.
• W4319021430 cites W2339726493 @default.
• W4319021430 cites W2520712348 @default.
• W4319021430 cites W2574478235 @default.
• W4319021430 cites W2580916605 @default.
• W4319021430 cites W2594766789 @default.
• W4319021430 cites W2605379941 @default.
• W4319021430 cites W2618816568 @default.
• W4319021430 cites W2635457313 @default.
• W4319021430 cites W2756465437 @default.
• W4319021430 cites W2781258579 @default.
• W4319021430 cites W2784004785 @default.
• W4319021430 cites W2789753038 @default.
• W4319021430 cites W2800688880 @default.
• W4319021430 cites W2808707538 @default.
• W4319021430 cites W2884021628 @default.
• W4319021430 cites W2889071543 @default.
• W4319021430 cites W2912858657 @default.
• W4319021430 cites W2913158327 @default.
• W4319021430 cites W2922097932 @default.
• W4319021430 cites W2946875160 @default.
• W4319021430 cites W2958513093 @default.
• W4319021430 cites W2964226562 @default.
• W4319021430 cites W2986456966 @default.
• W4319021430 cites W3042512051 @default.
• W4319021430 cites W3096380954 @default.
• W4319021430 cites W3134369650 @default.
• W4319021430 cites W3153358708 @default.
• W4319021430 cites W3157724552 @default.
• W4319021430 cites W3190929072 @default.
• W4319021430 cites W329388626 @default.
• W4319021430 cites W4237885713 @default.
• W4319021430 cites W4285590448 @default.
• W4319021430 cites W4294741269 @default.
• W4319021430 cites W4300198507 @default.
• W4319021430 doi "https://doi.org/10.3389/fevo.2023.1098350" @default.
• W4319021430 hasPublicationYear "2023" @default.
• W4319021430 type Work @default.
• W4319021430 citedByCount "1" @default.
• W4319021430 countsByYear W43190214302023 @default.
• W4319021430 crossrefType "journal-article" @default.
• W4319021430 hasAuthorship W4319021430A5034022995 @default.
• W4319021430 hasAuthorship W4319021430A5060716632 @default.
• W4319021430 hasAuthorship W4319021430A5063833731 @default.
• W4319021430 hasAuthorship W4319021430A5067330940 @default.
• W4319021430 hasAuthorship W4319021430A5069450960 @default.
• W4319021430 hasAuthorship W4319021430A5082556744 @default.
• W4319021430 hasBestOaLocation W43190214301 @default.
• W4319021430 hasConcept C132215390 @default.

• next