Meta-analyses |
OR of PE increased 3.69-fold if PD before 32 weeks |
(472) |
|
OR of 3 for the development of PE if ureaplasmas present at first antenatal visit |
(473) |
|
OR 5.56 for PD preceding PE |
(474) |
|
OR 2.1 for preceding PE |
(475) |
|
Extensive overview of role of oral health and periodontal disease in PE |
(476) |
|
OR 3.71 for PE if history of periodontal treatment |
(477) |
|
Excellent overview of likely relationship between PD and PE |
(478) |
|
OR = 8.6 or 2.03 for PE if PD was present vs. controls |
(479) |
|
Strong association between PD and PE (p < 0.01) |
(480) |
|
Overview with many references |
(481) |
|
OR for association between PD and PE = 3.73. No correlation with TNF-α or IL |
(482) |
|
OR 2.46 PE:controls |
(483) |
|
Excellent overviews, focusing on means of transport of microbes from mouth to reproductive tissue |
(484) [see also Bobetsis et al. (485)] |
|
Relationship between C-reactive protein, PE, and severity of PD |
(486) |
|
Adjusted PE RR 5.8 for Women with periodontal disease and CRP >75th percentile compared to women without periodontal disease |
(487) |
|
PD prevalence 65.5% and significantly higher (p < 0.0001) in females with hypertension (RR = 1.5) |
(488) |
|
Meta-analysis |
(489) |
|
Periodontal bacteria “much more prevalent” in PE than controls, but OR not given |
(490) |
|
Overview, stressing role of LPS |
(491) |
|
Overview and meta-analysis of 25 studies |
(492) |
|
OR 4.79–6.6 for PE is PD |
(493) |
Porphyromonas gingivalis |
Its LPS inhibits trophoblast invasion |
(494) |
|
OR = 3 overall |
(495) |
Not stated |
Significantly higher periodontal probing depth and clinical attachment level scores in the preeclamptic group compared with controls (2.98 vs. 2.11 and 3.33 vs. 2.30, respectively). |
(496) |