FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4298140147> ?p ?o ?g. }

• W4298140147 abstract "Increasing numbers of behavioral observations have shown that many organisms can sense magnetic fields in the environment. However, the underlying mechanisms of magnetosensation remain elusive, and a major problem is the lack of an animal model convenient for detecting magnetic responses, especially in vertebrates. We have previously reported that the physical performance of mice decreased after 1 month of exposure to a hypomagnetic field, which probably includes a light-independent mechanism. In this study, we investigated the effects of a static magnetic field on the locomotion of Xenopus tadpoles (stage 48) using a real-time recording system. Because it is speculated that the photosensing system is related to magnetosensation, we triggered the tadpoles to swim by a 30 s light pulse after a 5 min adaptation in the dark and measured the swimming activities of the tadpoles under static magnetic field exposure in both the dark and bright conditions. Compared to the sham control treatment, the presence of a magnet inhibited the movement of the tadpoles under both bright and dark conditions, as shown by reductions in swimming distance, speed, and counts of path adjustment. Moreover, the directional preference for path adaptation was altered when swimming in the dark. These results suggest that tadpoles in the dark can exert a rapid locomotion response to changes in the environmental magnetic field, providing evidence for an intrinsic, light-independent rapid magnetoresponse pathway in tadpoles. In addition, this rapid vertebrate locomotion assay paradigm will be a practical tool to facilitate further investigation of the mechanisms of biomagnetic effects." @default.
• W4298140147 created "2022-10-01" @default.
• W4298140147 creator A5029462231 @default.
• W4298140147 creator A5031887553 @default.
• W4298140147 creator A5060002817 @default.
• W4298140147 creator A5061628025 @default.
• W4298140147 creator A5063653488 @default.
• W4298140147 creator A5066902070 @default.
• W4298140147 creator A5085642649 @default.
• W4298140147 date "2022-09-30" @default.
• W4298140147 modified "2023-09-27" @default.
• W4298140147 title "The light-independent locomotion response to a static magnetic field in Xenopus tadpoles" @default.
• W4298140147 cites W1859273807 @default.
• W4298140147 cites W1970936910 @default.
• W4298140147 cites W1989127872 @default.
• W4298140147 cites W1990741188 @default.
• W4298140147 cites W2005208321 @default.
• W4298140147 cites W2006957119 @default.
• W4298140147 cites W2028575861 @default.
• W4298140147 cites W2044615241 @default.
• W4298140147 cites W2074763520 @default.
• W4298140147 cites W2079500075 @default.
• W4298140147 cites W2079792782 @default.
• W4298140147 cites W2086367365 @default.
• W4298140147 cites W2092811282 @default.
• W4298140147 cites W2112107946 @default.
• W4298140147 cites W2115578941 @default.
• W4298140147 cites W2116423244 @default.
• W4298140147 cites W2122935082 @default.
• W4298140147 cites W2134625216 @default.
• W4298140147 cites W2135987352 @default.
• W4298140147 cites W2137408145 @default.
• W4298140147 cites W2138668594 @default.
• W4298140147 cites W2157856978 @default.
• W4298140147 cites W2157920112 @default.
• W4298140147 cites W2160760059 @default.
• W4298140147 cites W2178263152 @default.
• W4298140147 cites W2257737743 @default.
• W4298140147 cites W2310607047 @default.
• W4298140147 cites W2312966775 @default.
• W4298140147 cites W2338348112 @default.
• W4298140147 cites W2346444901 @default.
• W4298140147 cites W2534213663 @default.
• W4298140147 cites W2581425877 @default.
• W4298140147 cites W2607745396 @default.
• W4298140147 cites W2609116450 @default.
• W4298140147 cites W2621233368 @default.
• W4298140147 cites W2782016359 @default.
• W4298140147 cites W2792147506 @default.
• W4298140147 cites W2801633461 @default.
• W4298140147 cites W2903344881 @default.
• W4298140147 cites W2943680700 @default.
• W4298140147 cites W2965269206 @default.
• W4298140147 cites W2990022535 @default.
• W4298140147 cites W3011361911 @default.
• W4298140147 cites W3020402287 @default.
• W4298140147 cites W3023667428 @default.
• W4298140147 cites W3038707810 @default.
• W4298140147 cites W3083725856 @default.
• W4298140147 cites W3126664672 @default.
• W4298140147 cites W3128864533 @default.
• W4298140147 cites W3129710042 @default.
• W4298140147 cites W3139526989 @default.
• W4298140147 cites W3197201941 @default.
• W4298140147 cites W4210243687 @default.
• W4298140147 cites W4281482122 @default.
• W4298140147 cites W4293241835 @default.
• W4298140147 doi "https://doi.org/10.3389/fphy.2022.995860" @default.
• W4298140147 hasPublicationYear "2022" @default.
• W4298140147 type Work @default.
• W4298140147 citedByCount "0" @default.
• W4298140147 crossrefType "journal-article" @default.
• W4298140147 hasAuthorship W4298140147A5029462231 @default.
• W4298140147 hasAuthorship W4298140147A5031887553 @default.
• W4298140147 hasAuthorship W4298140147A5060002817 @default.
• W4298140147 hasAuthorship W4298140147A5061628025 @default.
• W4298140147 hasAuthorship W4298140147A5063653488 @default.
• W4298140147 hasAuthorship W4298140147A5066902070 @default.
• W4298140147 hasAuthorship W4298140147A5085642649 @default.
• W4298140147 hasBestOaLocation W42981401471 @default.
• W4298140147 hasConcept C104317684 @default.
• W4298140147 hasConcept C115260700 @default.
• W4298140147 hasConcept C121332964 @default.
• W4298140147 hasConcept C139807058 @default.
• W4298140147 hasConcept C169760540 @default.
• W4298140147 hasConcept C2778961482 @default.
• W4298140147 hasConcept C2779535977 @default.
• W4298140147 hasConcept C55493867 @default.
• W4298140147 hasConcept C62520636 @default.
• W4298140147 hasConcept C86803240 @default.
• W4298140147 hasConcept C95390329 @default.
• W4298140147 hasConceptScore W4298140147C104317684 @default.
• W4298140147 hasConceptScore W4298140147C115260700 @default.
• W4298140147 hasConceptScore W4298140147C121332964 @default.
• W4298140147 hasConceptScore W4298140147C139807058 @default.
• W4298140147 hasConceptScore W4298140147C169760540 @default.
• W4298140147 hasConceptScore W4298140147C2778961482 @default.
• W4298140147 hasConceptScore W4298140147C2779535977 @default.
• W4298140147 hasConceptScore W4298140147C55493867 @default.
• W4298140147 hasConceptScore W4298140147C62520636 @default.

• next