Osteoporosis: Dental Implications

Narayanan, Vasumathi; Ashok, L

doi:10.5005/jp-journals-10011-1130

Cited by 3 publications

(3 citation statements)

References 29 publications

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“…An osteoporotic patient is at greater risk of early tooth mobility or loss and may need new dentures more often than any healthy elderly of same age. (7,8,9) Many randomized clinical case reports have also shown implant failure in osteoporotic patients after menopause. Some studies contraindicate the use of implants in patients with osteoporosis on the bases that the imbalance in bone metabolism directly delays or impair bone healing around the implants.…”

Section: Managementmentioning

confidence: 99%

Osteoporosis: A silent disease affecting endentulous patients at an alarming rate

2017

APRD

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Osteoporosis has evolved as the major bone disease characterized by weak and fracture prone bones. Osteoporosis is a "silent disease" because bone eventually becomes porous, brittle and thus making it abnormally vulnerable to fracture even under minor jolt, otherwise asymptomatic. It is commonly seen in 3 rd and 4 th decade of life. Women are four times more affected then men. When comparing to healthy normal patient osteoporotic patients tend to have more discomfort with their existing dentures. Therefore, a well-balanced diet including vitamin D and calcium supplements with regular physical exercise is advised.

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Section: Managementmentioning

confidence: 99%

Osteoporosis: A silent disease affecting endentulous patients at an alarming rate

2017

APRD

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“…[16] McGhee and Johnson (2004) determined salivary D-Pyr and osteocalcin as biomarkers of bone turnover. [21] Osteoporosis and orthodontic tooth movement Osteoporosis has been found to change the speed of tooth movement.…”

Section: Saliva As a Biomarkermentioning

confidence: 99%

Osteoporosis and Orthodontics: A Review

Tarvade¹,

Daokar²

2014

sjod

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Orthodontic tooth movement needs simultaneous bone formation and resorption. Patients with high risk of bone resorption (osteoporosis), due to systemic problems, may have a deleterious effect on tooth movement. With increased adults seeking orthodontic treatment, the number of such patients seeking orthodontic treatment have increased in last few decades. It so has become of prime importance for an orthodontist to diagnose such patients and take necessary actions. This article will deal with osteoporosis in general, its pathophysiology, the signs, and symptoms, its effect on orthodontic tooth movement, its treatment, and the necessary actions to be undertaken by the orthodontist.

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“…Изучение взаимосвязи системного остеопороза и стоматологического статуса остается сложным вопросом, представляющим большой интерес для исследователей и клиницистов. В многочисленных работах подчеркивается, что при остеопорозе не только происходит потеря костной массы опорного скелета, но и быстро снижается плотность челюстных костей [1][2][3][4].…”

Section: Introductionunclassified

Histomorphometric and Quantitative Histochemical Analysis of Periimplantation Zone in Patients With Different Bone Mineral Density Within Dental Implantation

Hasanov

Azerbaijan²

2015

Annals RAMS

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Background: The aim of the work is to study histomorphometric and histochemical properties of jaw bone loss in patients with full or partial edentulism, need to restoring their dentition integrity by dental implantation. Patients and methods: Cytological studies were carried out in 83 patients, among which normal bone mass was observed in 28 patients (17 women and 11 men), osteopenia in 26 patients (17 women and 9 men), osteoporosis in 29 (19 women and 10 men) patients. Histological examination of bone biopsies were performed in 76 patients, among which normal bone mass was observed in 22 (16 women and 6 men , osteopenia in 26 patients (17 women and 9 men), osteoporosis in 28 (19 women and 9 men) patients. Results: Histomorphometric analysis of «implant–bone» contact in the entire length of the joint in patients with normal bone mass was 61,8±3,7%, with osteopenia was 51,6±3,0%, with osteoporosis was 46,1±2,8%. The intensity of bone remodeling in patients with normal bone mass was 2,7±0,19, in patients with osteopenia was 2,2±0,14, in patients with osteoporosis was 1,8±0,11. This demonstrates the significant difference between the patients with normal bone mass and osteoporotic patients. The «implant–bone» interface in osteoporotic patients was significantly lower than in patients with normal bone mass. Conclusion: Histomorphometric studies and quantitative histochemical analysis revealed that the decrease of bone mineral mass in patients often combined with a decrease of the «implant surface–bone» site contact area, with atrophy and with hypoplasia of perimplant tissues.

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Osteoporosis: Dental Implications

Cited by 3 publications

References 29 publications

Osteoporosis: A silent disease affecting endentulous patients at an alarming rate

Osteoporosis: A silent disease affecting endentulous patients at an alarming rate

Osteoporosis and Orthodontics: A Review

Histomorphometric and Quantitative Histochemical Analysis of Periimplantation Zone in Patients With Different Bone Mineral Density Within Dental Implantation

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