Laboratory for Anthropometry and Biomarkers
The Laboratory for Anthropometry and Biomarkers supports health research conducted outside of a clinical setting, particularly in resource-limited settings. We specialize in gathering biological information through techniques that are minimally-invasive and robust to challenging field conditions, including unreliable or absent electricity, limited or absent clean water, long travel times and poor road conditions, and high humidity and dust.
To facilitate population-based research in challenging and remote field settings, we rely on "rough-tech", cost-effective tools—such as minimally-invasive specimen collection techniques, analysis of alternative biological specimen types, and point-of-care microdevices—to collect data in remote and challenging settings.
Anthropometry: We use robust, transportable, low-cost instruments to measure physical characteristics such as height, weight, and skinfold thickness in a non-invasive manner in remote settings.
Enzyme Immunoassays: We use both traditional and multiplex assay systems to evaluate a variety of biomarkers—measurable characteristics, including biological products circulating in blood, secreted in saliva, or excreted in urine, that provide information about an entire physiological system—including indicators of inflammation, nutrition, and stress.
Specimen Types: We support use of alternative specimen types—urine or saliva instead of serum—and specimen collection and storage techniques—dried blood spots instead of serum—to facilitate population-based research in remote settings.
Point-of-Care Measurement: We use "point of care" (POC) diagnostic tools—such as hemoglobinometers to identify anemia and hematofluorometers to identify iron deficiency—in remote settings to minimize needs for cold storage and transportation of specimens and to provide useful information to our local healthcare provider partners.
- Health Disparities and Market Integration
- Human Family and Evolutionary Demography Lab
- Characterizing the extent human milk folate is buffered against maternal malnutrition and infection in drought-stricken northern Kenya
- Tradeoffs in milk immunity affect infant infectious disease risk
- Context Specificity of “Market Integration” among the Matrilineal Mosuo of Southwest China
- Biocultural Strategies for Measuring Psychosocial Stress Outcomes in Field-based Research
- A multicenter analytical performance evaluation of a multiplexed immunoarray for the simultaneous measurement of biomarkers of micronutrient deficiency, inflammation and malarial antigenemia
- Labor migration is associated with lower rates of underweight and higher rates of obesity among left-behind wives in rural Bangladesh: a cross-sectional study
- Social support, nutrition and health among women in rural Bangladesh: complex tradeoffs in allocare, kin proximity and support network size
- In vitro stimulation of whole milk specimens: A field-friendly method to assess milk immune activity
- Matriliny reverses gender disparities in inflammation and hypertension among the Mosuo of China
- High altitude adaptations mitigate risk for hypertension and diabetes-associated anemia
- Describing immune responses in human milk via in vitro stimulation
- Diagnosed type 2 diabetes and elevated blood glucose are more strongly associated with muscle mass than BMI in Vanuatu (South Pacific)
- Human milk cytokine responses to gastrointestinal bacteria measured via in vitro stimulation
- Predictors of human milk immune responses to gastrointestinal bacteria
- Protocol development and quantification of immune response in bacterially stimulated human milk (research poster)
- Psychological stress, but not physiological stress, is associated with inflammation among residents of a peri-urban community in Vanuatu
The Laboratory for Anthropometry and Biomarkers supports graduate student training and independent research. Interested current and prospective students should contact Laboratory Director, Katherine Wander