Construction of a novel digital method for quantitative analysis of occlusal contact and force

[1] Kordaß B(2022)Number and localization of occlusal contact areas on natural posterior teeth without dental findings - evaluations of the regional baseline study (SHIP-1) with the Greifswald Digital Analyzing System (GEDAS) Int J Comput Dent 25 47-56

[2] Amlang A(2022)Correlation between occlusal contact area at various levels of interocclusal thicknesses and masticatory performance J Oral Rehab 49 522-528

[3] Hugger A(2022)Effective utilization of digital technology in complete denture fabrication J Oral Sci 64 172-174

[4] Behrendt C(2022)Dental long axes using digital dental models compared to cone-beam computed tomography Orthod Craniofac Res 25 64-72

[5] Ruge S(2022)Effect of rehabilitation by using the shortened dental arch concept on the thickness of the masseter muscle and occlusal force: A pilot study J Prosthet Dent 58 1303-680

[6] Lee HS(2022)Influence of the text neck posture on the static dental occlusion Medicina (Kaunas) 108 676-34

[7] Ko KH(2020)Comparison of two dental prescale systems used for the measurement of occlusal force Odontology 17 30-50

[8] Huh YH(2022)Effect of scan delay on measurements of an occlusal pressure sensitive film: An in-vitro study J Dental Sci 19 5588-14

[9] Cho LR(2022)Standard values and concurrent validity of a newly developed occlusal force-measuring device among community-dwelling older adults: the otassha study Int J Environ Res Public Health 2022 1933617-447

[10] Park CJ(2022)A dual discriminator adversarial learning approach for dental occlusal surface reconstruction J Healthcare Eng 44 43-204

[1] Kordaß B(2022)Number and localization of occlusal contact areas on natural posterior teeth without dental findings - evaluations of the regional baseline study (SHIP-1) with the Greifswald Digital Analyzing System (GEDAS) Int J Comput Dent 25 47-56

[2] Amlang A(2022)Correlation between occlusal contact area at various levels of interocclusal thicknesses and masticatory performance J Oral Rehab 49 522-528

[3] Hugger A(2022)Effective utilization of digital technology in complete denture fabrication J Oral Sci 64 172-174

[4] Behrendt C(2022)Dental long axes using digital dental models compared to cone-beam computed tomography Orthod Craniofac Res 25 64-72

[5] Ruge S(2022)Effect of rehabilitation by using the shortened dental arch concept on the thickness of the masseter muscle and occlusal force: A pilot study J Prosthet Dent 58 1303-680

[6] Lee HS(2022)Influence of the text neck posture on the static dental occlusion Medicina (Kaunas) 108 676-34

[7] Ko KH(2020)Comparison of two dental prescale systems used for the measurement of occlusal force Odontology 17 30-50

[8] Huh YH(2022)Effect of scan delay on measurements of an occlusal pressure sensitive film: An in-vitro study J Dental Sci 19 5588-14

[9] Cho LR(2022)Standard values and concurrent validity of a newly developed occlusal force-measuring device among community-dwelling older adults: the otassha study Int J Environ Res Public Health 2022 1933617-447

[10] Park CJ(2022)A dual discriminator adversarial learning approach for dental occlusal surface reconstruction J Healthcare Eng 44 43-204