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• W3025258007 abstract "The ability of bones to sense and respond to mechanical loading is a central feature of vertebrate skeletons. However, the functional demands imposed on terrestrial and aquatic animals differ vastly. The pectoral girdle of the basal actinopterygian fish Polypterus senegalus was previously shown to exhibit plasticity following terrestrial acclimation, but the pectoral fin itself has yet to be examined. We investigated skeletal plasticity in the pectoral fins of P. senegalus after exposure to terrestrial loading. Juvenile fish were divided into three groups: a control group was kept under aquatic conditions without intervention, an exercised group was also kept in water but received daily exercise on land, and a terrestrial group was kept in a chronic semi-terrestrial condition. After 5 weeks, the pectoral fins were cleared and stained with Alcian Blue and Alizarin Red to visualize cartilage and bone, allowing measurements of bone length, bone width, ossification and curvature to be taken for the endochondral radial bones. Polypterus senegalus fin bones responded most strongly to chronic loading in the terrestrial condition. Fish that were reared in a terrestrial environment had significantly longer bones compared with those of aquatic controls, wider propterygia and metapterygia, and more ossified metapterygia and medial radials, and they showed changes in propterygial curvature. Exercised fish also had longer and more ossified medial radials compared with those of controls. Polypterus senegalus fin bones exhibit plasticity in response to novel terrestrial loading. Such plasticity could be relevant for transitions between water and land on evolutionary scales, but key differences between fish and tetrapod bone make direct comparisons challenging." @default.
• W3025258007 created "2020-05-21" @default.
• W3025258007 creator A5059187832 @default.
• W3025258007 creator A5081027761 @default.
• W3025258007 date "2020-01-01" @default.
• W3025258007 modified "2023-09-27" @default.
• W3025258007 title "Terrestrial acclimation and exercise lead to bone functional response in<i>Polypterus</i>pectoral fins" @default.
• W3025258007 cites W1486376581 @default.
• W3025258007 cites W1491095784 @default.
• W3025258007 cites W1540898082 @default.
• W3025258007 cites W1596931873 @default.
• W3025258007 cites W1620249029 @default.
• W3025258007 cites W1728317093 @default.
• W3025258007 cites W1811174311 @default.
• W3025258007 cites W1860410999 @default.
• W3025258007 cites W1908750555 @default.
• W3025258007 cites W1947096230 @default.
• W3025258007 cites W1964791943 @default.
• W3025258007 cites W1974034387 @default.
• W3025258007 cites W1984247841 @default.
• W3025258007 cites W1984579670 @default.
• W3025258007 cites W1986746924 @default.
• W3025258007 cites W1987122309 @default.
• W3025258007 cites W1992567157 @default.
• W3025258007 cites W1994597310 @default.
• W3025258007 cites W1995972008 @default.
• W3025258007 cites W1996008994 @default.
• W3025258007 cites W1999235348 @default.
• W3025258007 cites W1999321572 @default.
• W3025258007 cites W2007205423 @default.
• W3025258007 cites W2011828467 @default.
• W3025258007 cites W2012388796 @default.
• W3025258007 cites W2015701339 @default.
• W3025258007 cites W2015994921 @default.
• W3025258007 cites W2018970266 @default.
• W3025258007 cites W2027237953 @default.
• W3025258007 cites W2027946603 @default.
• W3025258007 cites W2029402174 @default.
• W3025258007 cites W2032337424 @default.
• W3025258007 cites W2033796777 @default.
• W3025258007 cites W2039758279 @default.
• W3025258007 cites W2049120380 @default.
• W3025258007 cites W2050684881 @default.
• W3025258007 cites W2052513193 @default.
• W3025258007 cites W2058929366 @default.
• W3025258007 cites W2076085495 @default.
• W3025258007 cites W2077390374 @default.
• W3025258007 cites W2078493429 @default.
• W3025258007 cites W2080342094 @default.
• W3025258007 cites W2081466797 @default.
• W3025258007 cites W2081980365 @default.
• W3025258007 cites W2082877181 @default.
• W3025258007 cites W2085966025 @default.
• W3025258007 cites W2086193647 @default.
• W3025258007 cites W2086835240 @default.
• W3025258007 cites W2087457097 @default.
• W3025258007 cites W2088602044 @default.
• W3025258007 cites W2089700069 @default.
• W3025258007 cites W2090244048 @default.
• W3025258007 cites W2092041321 @default.
• W3025258007 cites W2110011319 @default.
• W3025258007 cites W2110950205 @default.
• W3025258007 cites W2119260571 @default.
• W3025258007 cites W2120539961 @default.
• W3025258007 cites W2126113667 @default.
• W3025258007 cites W2131024530 @default.
• W3025258007 cites W2133236445 @default.
• W3025258007 cites W2136197531 @default.
• W3025258007 cites W2139355550 @default.
• W3025258007 cites W2142774476 @default.
• W3025258007 cites W2154201863 @default.
• W3025258007 cites W2156811035 @default.
• W3025258007 cites W2159144057 @default.
• W3025258007 cites W2160134323 @default.
• W3025258007 cites W2167255145 @default.
• W3025258007 cites W2167279371 @default.
• W3025258007 cites W2171829060 @default.
• W3025258007 cites W2172220046 @default.
• W3025258007 cites W2173860918 @default.
• W3025258007 cites W2255407379 @default.
• W3025258007 cites W2363277640 @default.
• W3025258007 cites W2417517310 @default.
• W3025258007 cites W2498952635 @default.
• W3025258007 cites W2742565948 @default.
• W3025258007 cites W2765692238 @default.
• W3025258007 cites W2799536673 @default.
• W3025258007 cites W2907697905 @default.
• W3025258007 cites W2912699472 @default.
• W3025258007 cites W33507944 @default.
• W3025258007 cites W767110144 @default.
• W3025258007 doi "https://doi.org/10.1242/jeb.217554" @default.
• W3025258007 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/34005564" @default.
• W3025258007 hasPublicationYear "2020" @default.
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