1. Elea
  2. Dipartimenti e Centri di ricerca UniSA. Pubblicazioni scientifiche
  3. Translational Medicine @ UniSa
  4. Translational Medicine @ UniSa. Volume 14 (jan.-apr. 2016)
Utilizza questo identificativo per citare o creare un link a questo documento: http://elea.unisa.it/xmlui/handle/10556/3862
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dcterms.contributor.authorNicolin, Vanessa
dcterms.contributor.authorBaldini, Giovanna
dcterms.contributor.authorDe Iaco, Doriano
dcterms.contributor.authorBortul, Roberta
dcterms.contributor.authorTurco, G.
dcterms.contributor.authorNori, Stefania Lucia
dc.date.accessioned2019-11-11T12:37:15Z
dc.date.available2019-11-11T12:37:15Z
dcterms.date.issued2016
dcterms.identifier.citationNicolin V, Baldini G, De Iaco D, Bortul R, Turco G, Nori S.L. Looking for calcium phosphate composite suitable to study osteoclast endocytosis: preliminary observations. Translational Medicine @ UniSa 2016, 14(4): 15-20it_IT
dcterms.identifier.issn2239-9747it_IT
dcterms.identifier.urihttp://elea.unisa.it:8080/xmlui/handle/10556/3862
dcterms.identifier.urihttp://dx.doi.org/10.14273/unisa-2084
dc.description.abstractOne of the issues regarding in vitro study of bone resorption is the synthesis of a bonelike biomaterial forming a thin layer onto either glass or plastic. The synthesis of a bone-like material suitable for in vitro studies can be valuable both to investigate osteoclast differentiation, that in vivo proceeds within the local microenvironment of bone and to understand how its presence triggers activation of macrophages present in situ when bone is damaged (a scenario that can occur for example in case of bone fracture). Despite the intensive studies committed to recreate synthetic bone analogues, the most used substrates for in vitro studies on bone resorption are slices of bone or dentine. Therefore morphological investigations (i.e. fluorescence analysis and phase contrast) are strongly compromised due to the thickness of the bone analogue. In the present study, with the aim to guarantee a versatile (and easy to be made) substrate, that could be suitable to study cell adhesion and morphology by epifluorescence, phase contrast and TEM, we developed a biomaterial containing a calcium phosphate salt and type I collagen. This material (made specifically for in vitro studies) forms a very thin layer that allowed to merge the morphological information derived from phase-contrast and epifluorescence observation, making possible the observation of the interface between cell and matrix. Moreover the electron microscopy evaluation of the endocytosis performed on cell differentiated could be more suitable because sample does not need the process of demineralization.it_IT
dcterms.format.extentP. 15-20it_IT
dc.language.isoenit_IT
dcterms.sourceUniSa. Sistema Bibliotecario di Ateneoit_IT
dcterms.subjectBiomaterialit_IT
dcterms.subjectCalcium phosphateit_IT
dcterms.subjectType I collagenit_IT
dcterms.subjectMonocytesit_IT
dcterms.subjectMacrophagesit_IT
dcterms.subjectOsteoclastsit_IT
dcterms.subjectAdhesionit_IT
dcterms.subjectPhagocytosisit_IT
dcterms.subjectBone matrix resorptionit_IT
dcterms.titleLooking for calcium phosphate composite suitable to study osteoclast endocytosis: preliminary observationsit_IT
dcterms.typeJournal Articleit_IT
È visualizzato nelle collezioni:Translational Medicine @ UniSa. Volume 14 (jan.-apr. 2016)

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