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

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@brenenwynd If you need a citation https://t.co/Y0t4ilvmWg featuring the illustrious @Friedman_Lab
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2427 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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2491 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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2535 days ago
The phylogenetic origin and evolution of acellular bone in teleost fishes: insights into osteocyte function in bone metabolism https://t.co/g5GhO9DHfm https://t.co/fZ4VUynRgw
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RT @ArminSchmitt: Our article 'The phylogenetic origin and evolution of acellular bone in teleost fishes: insights into osteocyte function…
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Our article 'The phylogenetic origin and evolution of acellular bone in teleost fishes: insights into osteocyte function in bone metabolism' was one of the top 5 most viewed #Aquaculture, and #Histology articles published in @thePeerJ journal in 2018!
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2590 days ago
RT @fishphylogeny: Cool! The distribution of acellular bone is something that I have always wanted to see studied in light of new phylogen…
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RT @fishphylogeny: Cool! The distribution of acellular bone is something that I have always wanted to see studied in light of new phylogen…
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2592 days ago
RT @fishphylogeny: Cool! The distribution of acellular bone is something that I have always wanted to see studied in light of new phylogen…
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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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2599 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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2601 days ago
RT @paleorxiv: New preprint via @PeerJPreprints: The phylogenetic origin and evolution of acellular bone in teleost fishes: insights into o…
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2601 days ago
New preprint via @PeerJPreprints: The phylogenetic origin and evolution of acellular bone in teleost fishes: insights into osteocyte function in bone metabolism https://t.co/3SN3A6rGc2 HT @DonaldDavesne
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RT @fishphylogeny: Cool! The distribution of acellular bone is something that I have always wanted to see studied in light of new phylogen…
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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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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
2604 days ago
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
2604 days ago
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
2604 days ago
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
2604 days ago
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
2604 days ago
RT @fishphylogeny: Cool! The distribution of acellular bone is something that I have always wanted to see studied in light of new phylogen…
reply repost on X like
2604 days ago
RT @fishphylogeny: Cool! The distribution of acellular bone is something that I have always wanted to see studied in light of new phylogen…
reply repost on X like
2604 days ago
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