The Osteoblast Transcriptome in Developing Zebrafish Reveals Key Roles for Extracellular Matrix Proteins Col10a1a and Fbln1 in Skeletal Development and Homeostasis.

Authors: Raman, Ratish¹ (AUTHOR) ratish.raman@uliege.be, Antony, Mishal¹ (AUTHOR) mishalantony88@gmail.com, Nivelle, Renaud¹ (AUTHOR) rnivelle4550@gmail.com, Lavergne, Arnaud² (AUTHOR) arnaud.lavergne@uliege.be, Zappia, Jérémie³ (AUTHOR) yhenrotin@uliege.be, Guerrero-Limón, Gustavo¹ (AUTHOR) g.guerrero.limon@pm.me, Caetano da Silva, Caroline⁴ (AUTHOR) cakaetano@hotmail.com, Kumari, Priyanka⁵ (AUTHOR) priyanka.kumari@uliege.be, Sojan, Jerry Maria⁶ (AUTHOR) jerry.maria.sojan@gmail.com, Degueldre, Christian⁷ (AUTHOR) christian.degueldre@uliege.be, Bahri, Mohamed Ali⁷ (AUTHOR) m.bahri@uliege.be, Ostertag, Agnes⁴ (AUTHOR) agnes.ostertag@inserm.fr, Collet, Corinne^4,8 (AUTHOR) corinne.collet@aphp.fr, Cohen-Solal, Martine⁴ (AUTHOR) martine.cohen-solal@inserm.fr, Plenevaux, Alain⁷ (AUTHOR) annick.claes@uliege.be, Henrotin, Yves³ (AUTHOR), Renn, Jörg¹ (AUTHOR) joergrenn@yahoo.de, Muller, Marc¹ (AUTHOR) m.muller@uliege.be

Source: Biomolecules (2218-273X). Feb2024, Vol. 14 Issue 2, p139. 26p.

Subject Terms: *GENE expression, *BRACHYDANIO, *TRANSCRIPTOMES, *EXTRACELLULAR matrix proteins, *HOMEOSTASIS, *TRANSCRIPTION factors