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Obesity and preeclampsia: The potential role of inflammation
M. Wolf, E. Kettyle, L. Sandler
Medicine, Nephrology Division
Research output
:
Contribution to journal
›
Article
›
peer-review
222
Scopus citations
Overview
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Medicine and Dentistry
Association
9%
Blood Pressure
9%
C Reactive Protein
81%
Case-Control Study
27%
Cohort Analysis
9%
First Trimester Pregnancy
36%
Logistic Regression Analysis
9%
Nonparametric Test
9%
Obesity
27%
Odds Ratio
27%
Pathogenesis
9%
Pre-Eclampsia
100%
Pregnancy
9%
Protein Determination
9%
Proteinuria
9%
Serositis
54%
Serum
18%
Woman
90%
Nursing and Health Professions
Blood Pressure
9%
Body Mass
18%
C Reactive Protein
81%
Cohort Analysis
9%
Confidence Interval
27%
Confounding Variable
9%
Control
45%
Electric Potential
9%
General Hospital
9%
Inflammation
54%
Nonparametric Test
9%
Obesity
27%
Odds Ratio
27%
Pathogenesis
9%
Preeclampsia
100%
Proteinuria
9%
Sample
9%
Sample Size
9%
INIS
blood pressure
9%
c-reactive protein
81%
comparative evaluations
27%
control
54%
elevation
9%
hospitals
9%
inflammation
54%
levels
27%
massachusetts
9%
obesity
27%
pathogenesis
9%
power
9%
resolution
9%
risks
18%
size
9%
women
45%
Pharmacology, Toxicology and Pharmaceutical Science
C Reactive Protein
81%
Inflammation
54%
Obesity
27%
Pathogenesis
9%
Preeclampsia
100%
Proteinuria
9%
Immunology and Microbiology
Association
9%
Blood Pressure
9%
Body Mass
18%
C-Reactive Protein
81%
Electric Potential
9%
First Trimester Pregnancy
36%
Inflammation
27%
Pregnancy
9%
Sample
9%
Sample Size
9%
Systemic Inflammation
27%