Meta AnalysisID 3148

陶瓷加工方法对二硅酸锂嵌体/高嵌体边缘和内部间隙的影响:系统评价与Meta分析

CRD42018094020

Does the ceramic processing method influence the marginal and internal adaptation of lithium disilicate ceramic inlays/onlays?

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Record Fields

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Meta Analysis Id
3148
Evidence Id
11706
Core Evidence Id
11706
Source Meta Analysis Id
3097
Herb2 Meta Analysis Id
HBMA003097
Crd Id
CRD42018094020
Title
Influence of the ceramic processing method on the marginal and internal gap of lithium disilicate inlays/onlays: a systematic review and meta-analysis
Review Question
Does the ceramic processing method influence the marginal and internal adaptation of lithium disilicate ceramic inlays/onlays?
Study Type Included
In vitro studies.
Condition Being Studied
The influence of the ceramic processing method on the marginal and internal gap of lithium disilicate inlays/onlays.
Participant
Patients receiving lithium disilicate inlays/onlays.
Animal
Human Disease Modelled
Intervention
Lithium disilicate inlays/onlays, made using the CAD-CAM technique.
Comparator Control
Lithium disilicate inlays/onlays made using the heat-press technique.
Main Outcome
To determine the differences between the marginal and internal gap values of lithium disilicate inlays/onlays made using CAD/CAM systems compared with the heat-press technique.
Outcome Measure
Additional Outcome
None.
Study Method
Intervention, Meta-analysis, Systematic review
Keyword
Ceramics; Computer-Aided Design; Dental Porcelain; Humans; Inlays; Lithium Compounds; Metal Ceramic Alloys
Contact
Natalia Almeida Bastos [email protected]
Organisational Affiliation
University of Sao Paulo
Funding Source
Other Selection Criteria
Final Publication
Same Topic Review
Published Protocol
Review Type
Language
English
Country
Brazil
Review Stage
Review Ongoing
First Submission Date
2018-04-16
Registration Date
2018-04-30
Anticipated Start Date
2018-01-01
Anticipated Completion Date
2018-07-10
Title Cn
陶瓷加工方法对二硅酸锂嵌体/高嵌体边缘和内部间隙的影响:系统评价与Meta分析
Title En
Influence of the ceramic processing method on the marginal and internal gap of lithium disilicate inlays/onlays: a systematic review and meta-analysis
Bilingual Status
complete