Table 1.
Follow-up, method, and software employed for wear measurements.
| Author (Year) | Sample (n) | Age | Tooth or Buccal Region | Follow-Up Time | Wear Evaluation Method | Software |
|---|---|---|---|---|---|---|
| Aladag, 2019 [4] | 24 | 18–50 | * | 3 and 6 months | Intraoral scanner Bluecam (Cerec 3D) | David-Laserscanner, V3.10.4, Berlin, Germany |
| Deval, 2019 [10] | 30 | 18–40 | First molar, maxillary or mandibular | 1 year | Polyvinyl siloxane impression, cast poured in type IV gypsum and scanned using 3D white light scanner (SmartSCAN 3D-HE, Breuckmann, Heiligenhaus, Germany) | Polyworks InnovMetric software |
| Etman, 2008 [11] | 48 | 20–60 | First premolar: 6 (5 = maxilar, 1 mandibular), second premolar: 18 (11 = maxilar, 7 mandibula), first molar: 52 (22 = maxilar, 30 = mandibula), second molar: 14 (5 = maxilar, 9 = mandibula) | 6, 12, 18, and 24 months | Polyvinyl siloxane impression scanned with a noncontacting laser profilometer (Keyence LC-2400 series laser displacement meter) | Scan-Surf Sotware |
| Hartkamp, 2017 [12] | 9 | * | Premolar and molar maxilar and mandibular teeth | 12 and 24 months | Intraoral scanner LAVA C.O.S (3M ESPE, Seefeld, Germany) | Geomagic Qualify 2012 1.2, 64 bit version; Geomagic Inc., Morrisville, NC, USA) |
| Lohbauer, 2017 [13] | 10 | Mean: 45.2 (11.9) | First premolar to molar region. | 24 months | Polyvinyl siloxane impressions, replicas were manufactured from the epoxy resin material and scanned using scanning electron microscopy (Leitz ISI SR 50, Akashi, Japan) | Surfer 9 (Golden software, Golden, CO, USA) |
| Mahmoud, 2020 [9] | 34 | 20–60 | Premolar and molar teeth | 3, 6, and 12 months | Polyvinyl siloxane impressions and replicas were manufactured from the epoxy resin cast and photographed using USB digital microscope with a built-in camera connected with an IBM-compatible personal computer using a fixed magnification. | WSxM software |
| Mundhe, 2015 [14] | 10 | 18–35 | Premolar and molar teeth | 12 months | Polyvinyl siloxane impressions were poured in type III gypsum and scanned using a Smart Scan 3d HD scanner (Breukmann). | Polyworks InnovMetric software |
| Nazirkar, 2020 [15] | 30 | 20–40 | 14 maxillary and 16 mandibular molars | 12 months | Polyvinyl siloxane impression and scanned using ZirkonZannSagoo (Arti Germany) | Polyworks InnovMetric software |
| Pathan, 2018 [16] | 60 | * | Premolar and molar teeth | 6 and 12 months | Polyvinyl siloxane impressions were poured and the casts were scanned using a 3D laser scanner (REXCAN CS = Solutionix, Seoul, Korea). | Geomagic Qualify (3D Systems, Inc., Morrisville, NC, USA) |
| Selvaraj, 2021 [17] | 14 | 18–45 | Premolar and molar teeth | 12 months | Polyvinyl siloxane impressions were scanned with a SmartSCAN 3D HE Scanner (Breuckmann) | Polyworks InnovMetric software |
| Silva, 2011 [18] | 31 | 24–62 | * | 6, 12 months | Polivinyl siloxane impressions were scanned with a 3D scanner (es1 Scanner, Etkon, Gräfelfing, Germany) | SAS PROC MIXED, SAS Institute, Cary, NC, USA |
| Stober, 2014 [19] | 20 | 21–73 | Molar teeth | 12 months | Polyvinyl siloxane impressions and poured in type IV gypsum and digitalized with laser scanner 3D and profilometer (Laserscan 3D) | MATCH 3D, version 1.6 |
| Stober, 2016 [20] | 20 | 21–73 | Molar teeth | 12, 24, and 36 months | Polyvinyl siloxane impressions and poured in type IV gypsum and digitalized with laser scanner 3D and profilometer (Laserscan 3D) | MATCH 3D, version 1.6 |
| Tang, 2021 [21] | 43 | 21–71 | 43 teeth: 16 maxillary first molar, 3 maxillary second molar, 1 maxillary second premolar, 19 mandibular first molar, 3 mandibular second molar, and 1 mandibular second premolar. | 6 months | Introral scanner (InEos X5 3D scanner, Dentsply Sirona Inc., Berlin, Germany) | Geomagic control 2014.3.0 software (Geomagic Co. Ltd., Morrisville, NC, USA) |
* Not specified.