The phylogenetic origin and evolution of acellular bone in teleost fishes: insights into osteocyte function in bone metabolism

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RT @DonaldDavesne: Most modern teleost species have no osteocytes in their bone. We review its phylogenetic distribution, suggesting a key…
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2603 days ago
RT @DonaldDavesne: Most modern teleost species have no osteocytes in their bone. We review its phylogenetic distribution, suggesting a key…
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RT @DonaldDavesne: Most modern teleost species have no osteocytes in their bone. We review its phylogenetic distribution, suggesting a key…
reply repost on X like
RT @DonaldDavesne: Most modern teleost species have no osteocytes in their bone. We review its phylogenetic distribution, suggesting a key…
reply repost on X like
RT @DonaldDavesne: Most modern teleost species have no osteocytes in their bone. We review its phylogenetic distribution, suggesting a key…
reply repost on X like
RT @DonaldDavesne: Most modern teleost species have no osteocytes in their bone. We review its phylogenetic distribution, suggesting a key…
reply repost on X like
RT @DonaldDavesne: Most modern teleost species have no osteocytes in their bone. We review its phylogenetic distribution, suggesting a key…
reply repost on X like
RT @DonaldDavesne: Most modern teleost species have no osteocytes in their bone. We review its phylogenetic distribution, suggesting a key…
reply repost on X like
RT @DonaldDavesne: Most modern teleost species have no osteocytes in their bone. We review its phylogenetic distribution, suggesting a key…
reply repost on X like
RT @DonaldDavesne: Most modern teleost species have no osteocytes in their bone. We review its phylogenetic distribution, suggesting a key…
reply repost on X like
Most modern teleost species have no osteocytes in their bone. We review its phylogenetic distribution, suggesting a key role in mineral metabolism, e.g. for endothermic species. #OpenAccess Preprint out now in @PeerJPreprints, comments welcome! https://t.co/oIFAqLAhb2 https://t.co/oTxXM1LLCl
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2604 days ago
The phylogenetic origin and evolution of acellular bone in teleost fishes: insights into osteocyte function in bone metabolism https://t.co/Wu4G4LilSE
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https://t.co/ihT2ZxrX42 The preprint of our latest paper is now online. #teleost_fishes #acellular_bone #osteocytes
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