FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2414489468> ?p ?o ?g. }

• W2414489468 abstract "Autologous platelet gel (AGP) is a source of concentrated growth factors contained in the platelet granules used to enhance bone quality and, especially, quicken bone formation in regeneration techniques, and also ameliorate the haemostasis in anti-coagulated patient management. The purpose of this study is to describe a technique to perform labelling of autologous platelet-gel with 111 In -Oxine and to evaluate its usefulness, as a marker of bone osteoinduction by means of scintigraphy, after in vivo application in patients with jaw bone defects following cystic lesion enucleation and the extraction of deeply impacted lower third molar. All patients included in the study presented mandible bone defects following cyst enucleation or deeply impacted lower third molar extraction. In sterile conditions, 111 In-Oxine AGP was added during the bone-milling phase of the graft preparation and then applied to the bone defects. The scintigraphy was performed 2 hours after the application of labelled AGP (early scan) and at 24, 48, 72, 384 hours (delayed scan). At early scan all the patients presented a high concentration of 111 In-Oxine AGP, which was easily recognized at the level of jaw defect. Limited diffusion of AGP was seen in the tissue surrounding the bone defect; this activity was attributed to the presence, in the PRP, of a quote of autologous granulocytes, as marker of inflammatory process, which was labelled with 111 In-Oxine. In order to demonstrate the persistence and stability of labelling AGP, abdominal scintigraphies were performed to assess the presence of activity in the liver, spleen and bone marrow. None of the patients presented appreciable activity in these organs. The labelled AGP topically applied showed high uptake values, without statistically significant activity in the surrounding tissues or in critical organs during the early phase, as well as in delayed controls, and confirmed a very low grade of loss of 111 In-Oxine from the bone defect. The scintigraphy represents a useful method of assessing the success of surgical procedure for jaw bone defects performed with autogenous grafts. It is well accepted by the patients, offering at the same time a sensitive method of studying uptake of topically applied AGP and to follow up kinetics of AGP in order to correlate quantitative data of the platelet gel life span with evolution of the bone remodelling process. Finally, the labelled granulocytes around the bone defect allow to assess the inflammatory process evolution derived from the surgical technique." @default.
• W2414489468 created "2016-06-24" @default.
• W2414489468 creator A5018844135 @default.
• W2414489468 creator A5021355628 @default.
• W2414489468 creator A5032221468 @default.
• W2414489468 creator A5053444086 @default.
• W2414489468 creator A5064540758 @default.
• W2414489468 creator A5075882164 @default.
• W2414489468 creator A5080469507 @default.
• W2414489468 date "2008-04-01" @default.
• W2414489468 modified "2023-10-16" @default.
• W2414489468 title "The Usefulness of 111Indium-Oxine Autologous Platelet Gel Graft Imaging to Evaluate Osteoinduction in Patients Undergoing Surgery of Jaw Bone Defects" @default.
• W2414489468 cites W1973985022 @default.
• W2414489468 cites W1983770637 @default.
• W2414489468 cites W1987399297 @default.
• W2414489468 cites W1993673463 @default.
• W2414489468 cites W1997432933 @default.
• W2414489468 cites W1997559379 @default.
• W2414489468 cites W2020264773 @default.
• W2414489468 cites W2021000992 @default.
• W2414489468 cites W2053928622 @default.
• W2414489468 cites W2063283226 @default.
• W2414489468 cites W2066496557 @default.
• W2414489468 cites W2071112133 @default.
• W2414489468 cites W2071485229 @default.
• W2414489468 cites W2074360206 @default.
• W2414489468 cites W2075620782 @default.
• W2414489468 cites W2081382978 @default.
• W2414489468 cites W2088344183 @default.
• W2414489468 cites W2091349879 @default.
• W2414489468 cites W2098643301 @default.
• W2414489468 cites W2105095362 @default.
• W2414489468 cites W2134238204 @default.
• W2414489468 cites W4239171241 @default.
• W2414489468 doi "https://doi.org/10.1177/039463200802100218" @default.
• W2414489468 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/18547484" @default.
• W2414489468 hasPublicationYear "2008" @default.
• W2414489468 type Work @default.
• W2414489468 sameAs 2414489468 @default.
• W2414489468 citedByCount "2" @default.
• W2414489468 countsByYear W24144894682013 @default.
• W2414489468 countsByYear W24144894682016 @default.
• W2414489468 crossrefType "journal-article" @default.
• W2414489468 hasAuthorship W2414489468A5018844135 @default.
• W2414489468 hasAuthorship W2414489468A5021355628 @default.
• W2414489468 hasAuthorship W2414489468A5032221468 @default.
• W2414489468 hasAuthorship W2414489468A5053444086 @default.
• W2414489468 hasAuthorship W2414489468A5064540758 @default.
• W2414489468 hasAuthorship W2414489468A5075882164 @default.
• W2414489468 hasAuthorship W2414489468A5080469507 @default.
• W2414489468 hasConcept C126322002 @default.
• W2414489468 hasConcept C141071460 @default.
• W2414489468 hasConcept C142724271 @default.
• W2414489468 hasConcept C150903083 @default.
• W2414489468 hasConcept C188261085 @default.
• W2414489468 hasConcept C207001950 @default.
• W2414489468 hasConcept C2776049877 @default.
• W2414489468 hasConcept C2779902710 @default.
• W2414489468 hasConcept C2780007613 @default.
• W2414489468 hasConcept C2989005 @default.
• W2414489468 hasConcept C71924100 @default.
• W2414489468 hasConcept C86803240 @default.
• W2414489468 hasConcept C89560881 @default.
• W2414489468 hasConceptScore W2414489468C126322002 @default.
• W2414489468 hasConceptScore W2414489468C141071460 @default.
• W2414489468 hasConceptScore W2414489468C142724271 @default.
• W2414489468 hasConceptScore W2414489468C150903083 @default.
• W2414489468 hasConceptScore W2414489468C188261085 @default.
• W2414489468 hasConceptScore W2414489468C207001950 @default.
• W2414489468 hasConceptScore W2414489468C2776049877 @default.
• W2414489468 hasConceptScore W2414489468C2779902710 @default.
• W2414489468 hasConceptScore W2414489468C2780007613 @default.
• W2414489468 hasConceptScore W2414489468C2989005 @default.
• W2414489468 hasConceptScore W2414489468C71924100 @default.
• W2414489468 hasConceptScore W2414489468C86803240 @default.
• W2414489468 hasConceptScore W2414489468C89560881 @default.
• W2414489468 hasLocation W24144894681 @default.
• W2414489468 hasLocation W24144894682 @default.
• W2414489468 hasOpenAccess W2414489468 @default.
• W2414489468 hasPrimaryLocation W24144894681 @default.
• W2414489468 hasRelatedWork W2005730230 @default.
• W2414489468 hasRelatedWork W2006569561 @default.
• W2414489468 hasRelatedWork W2048711927 @default.
• W2414489468 hasRelatedWork W2122890962 @default.
• W2414489468 hasRelatedWork W2134544565 @default.
• W2414489468 hasRelatedWork W2143558465 @default.
• W2414489468 hasRelatedWork W2168136697 @default.
• W2414489468 hasRelatedWork W2188480367 @default.
• W2414489468 hasRelatedWork W2321398756 @default.
• W2414489468 hasRelatedWork W2348202991 @default.
• W2414489468 hasRelatedWork W2529599479 @default.
• W2414489468 hasRelatedWork W2547573073 @default.
• W2414489468 hasRelatedWork W2550818995 @default.
• W2414489468 hasRelatedWork W2903158821 @default.
• W2414489468 hasRelatedWork W3018675609 @default.
• W2414489468 hasRelatedWork W3113182744 @default.
• W2414489468 hasRelatedWork W3113523606 @default.
• W2414489468 hasRelatedWork W3120029087 @default.
• W2414489468 hasRelatedWork W3126560549 @default.
• W2414489468 hasRelatedWork W3183972016 @default.

• next