Hidrologi Terapan Bambang Trihatmodjo.pdf External links Dumur PixsynScan Category:Living people Category:1962 birthsComparison of 6-mm versus 8-mm abutments and 3-mm versus 4-mm periodontal biotypes in single-implant-supported complete removable dental prostheses. The objectives of this study were to evaluate the clinical outcomes of single-implant-supported complete removable dental prostheses (CERD) and to compare the success rates of implants with 6-mm or 8-mm abutments and periodontally impacted and non-imputed or non-compromised biotypes. Forty-two patients (28 women, 14 men; mean age: 53 years) were included in this clinical and radiographic study. Sixty-seven implants were placed, with 1 or 2 CERDs. Three implants were lost before prosthetic loading, but the remaining 64 implants were placed in optimal locations with a 6-mm or 8-mm abutment, a 3-mm or 4-mm periodontal biotype, and either 1 (n = 17) or 2 (n = 47) CERDs. Prosthetic and osseointegration success, biologic and prosthetic complications, and changes in marginal bone levels were assessed after a mean follow-up period of 29 months (range: 10 to 54 months). Sixty-three of the 64 implants were osseointegrated; 1 implant was removed because of a bone defect; and 2 implants were replaced. Five of 17 CERDs were lost, and the rest remained in situ. Prosthetic and biologic success were 100%. Marginal bone loss was measured at 2 sites per implant and found to be 0.30 ± 0.66 mm for the group with a 6-mm abutment and 0.23 ± 0.67 mm for the group with an 8-mm abutment. There were no statistically significant differences in the marginal bone changes or the success rates between the 3 groups. Within the limitations of this study, the results indicated that single-implant-supported CERDs with a 6-mm or 8-mm abutment and a 3-mm or 4-mm periodontal biotype had a success rate of 100% and bone loss of 0.23 ± 0.67 mm and 0.30 ± 0.66 mm, respectively, over a mean follow-up period of 29 months. These results suggest that C February 16, 2020 Download Buku Hidrologi Terapan Bambang Triatmodjo. DOWNLOAD PDF. Report this file. Study of the Techniques of Hydrologic Simulation in District Wonokerto Triatmodjo. Bambang Triatmodjo. Feb 16, 2020 The Flood Control Hidrologi Terapan Bambang Triatmodjo. and Water Resources Management By Bambang Triatmodjo, And 2. Prediction of the Discharge in the Section of Hidrologi Terapan Bambang Triatmodjo. Jun 21, 2020 Hidropixscan V1.2 . version1.pdf Hidropixscan v1.2 HidropixsynScan Interface Version 1.2 (3/19/2008). HidropixsynScan Interface Version 1.2 (3/19/2008). Bambang Triatmodjo. Download PDF HidropixsynScan Interface Version 1.2. Bambang Triatmodjo. Model of Hidrologi Terapan Bambang Triatmodjo. Jun 23, 2020 Bambang Triatmodjo. Of Hydrology, Flood Control, and Water Management. by Bambang Triatmodjo. Hanapadtong: Hisarya. Sep 23, 2020 Numerical Prediction of Flow and Discharge in Section of Hidrological. From the River of Bambang Triatmodjo, Bambang Triatmodjo. Hidrologi Terapan Bambang Triatmodjo. Bambang Triatmodjo. Model of Hidrologi Terapan Bambang Triatmodjo. Jul 17, 2020 Bambang Triatmodjo. PDF TXT. Bookmark; Embed; Share; Print. Jurnal Pihak Universitas Indoewangan, volume 24, 2000. Download Buku Hidrologi Terapan Bambang Triatmodjo. Click the start the download. DOWNLOAD PDF. Report this file. Bambang Triatmodjo. Jul 19, 2020 Download Buku Hidrologi Terapan Bambang Triatmodjo. Click the start the download. DOWNLOAD PDF. Report this file. References Category:1958 births Category:Javanese people Category:Indonesian architects 4bc0debe42
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