Structured evidence table for Boron Bone Density Meta-Analysis, generated from 2 reusable source documents in the Migaku knowledge base.
| topic | claim | evidence level | citation | source |
|---|---|---|---|---|
| Boron Bone Density Meta-Analysis | Objectives: The purpose of the present systematic review was to summarize the evidence from the randomized controlled studies on the effect of prunes on bone health in humans and to pool the results in a meta-analysis. | 1 | Treister-Goltzman Y (2026) | Effects of Prunes on Bone Density in Humans: A Systematic Review and Meta-Analysis of Randomized Controlled Trials. |
| Boron Bone Density Meta-Analysis | The effect of prune intervention in postmenopausal women was borderline significant at the lumbar spine, with BMD slightly higher in the intervention group (SMD [95% CI] = 1.30 [-0.03, 2.63]; I 2 = 98%; p Conclusions: Our meta-analysis provides preliminary evidence of modest skeletal benefits associated with consumption of 50-100 g of prunes, particularly at the lumbar spine, a trabecular-rich site. | 1 | Treister-Goltzman Y (2026) | Effects of Prunes on Bone Density in Humans: A Systematic Review and Meta-Analysis of Randomized Controlled Trials. |
| Boron Bone Density Meta-Analysis | Background: Recent studies suggest that prunes are one of the most effective fruits for preventing and reversing bone loss. | 1 | Treister-Goltzman Y (2026) | Effects of Prunes on Bone Density in Humans: A Systematic Review and Meta-Analysis of Randomized Controlled Trials. |
| Boron Bone Density Meta-Analysis | However, due to the limited number of human studies investigating the effects of vitamin D supplementation on implant outcomes, the current evidence remains weak and preliminary [,]. | 4 | Sodnom-Ish Buyanbileg (2026) | The effect of dietary factors and nutrients on osseointegration, dental implant success and survival: a scoping review |
| Boron Bone Density Meta-Analysis | 10 Despite the recent growing interest and research insights, there is limited evidence on how the deficiency or supplementation of other micronutrients (e.g., boron, selenium, copper, or iron) influences osseointegration or the long-term implant survival and success. | 4 | Sodnom-Ish Buyanbileg (2026) | The effect of dietary factors and nutrients on osseointegration, dental implant success and survival: a scoping review |
| Boron Bone Density Meta-Analysis | A previous review explored the effects of dietary supplements and nutraceuticals on dental implant osseointegration; however, most of the included studies were preclinical animal experiments with limited evidence from human research []. | 4 | Sodnom-Ish Buyanbileg (2026) | The effect of dietary factors and nutrients on osseointegration, dental implant success and survival: a scoping review |
| Boron Bone Density Meta-Analysis | 1 2 2 3 4 Since Brånemark’s groundbreaking discovery of osseointegration in the 1960s, the field of dental implantology has seen extensive scientific progress and innovation []. | 4 | Sodnom-Ish Buyanbileg (2026) | The effect of dietary factors and nutrients on osseointegration, dental implant success and survival: a scoping review |
Source documents