This randomized-controlled pilot study will examine the implementation of a cardiovascular health intervention on postpartum mothers and infants. The investigators will adapt a cardiovascular health intervention into an evidence-based home visiting program, Family Check-Up to create Family Check-Up Heart. Through a Type 1 hybrid effectiveness implementation design, the pilot study will test the feasibility and effectiveness of Family Check-Up Heart (Family Check-Up Heart, n=100; Family Check-Up, n=50). The investigators hypothesize that Family Check-Up Heart will show comparable levels of engagement and acceptability as Family Check-Up alone, and mothers receiving Family Check-Up Heart will have greater improvements in cardiovascular health at 6 months postpartum compared to Family Check-Up alone.
This randomized-controlled pilot study will examine the implementation of a cardiovascular health intervention on pregnant and postpartum mothers. The investigators will adapt a cardiovascular health intervention into an evidence-based home visiting program, Family Check-Up to create Family Check-Up Heart. Through a Type 1 hybrid effectiveness implementation design, the pilot study will test the feasibility and effectiveness of Family Check-Up Heart (Family Check-Up Heart, n=100; Family Check-Up, n=50). The investigators hypothesize that Family Check-Up Heart will show comparable levels of engagement and acceptability as Family Check-Up alone, and mothers receiving Family Check-Up Heart will have greater improvements in cardiovascular health at 6 months postpartum compared to Family Check-Up alone. A second goal of the hybrid study is to understand the reach, engagement, and context for implementation of Family Check-Up Heart and gather information for development of the multi-center home visiting model trial. The Family Check-Up Heart program is intended to improve the cardiovascular health of low-income mothers compared to the traditional Family Check-Up and other home visiting programs by incorporating individualized, culturally competent interventions that target diet and exercise, blood pressure control, stress management and self-care, and smoking cessation. The intervention includes cardiovascular assessment and feedback, followed by a tailored treatment program delivered by family coaches in 3-4 week modules to establish goals and track progress. These sessions will work towards obtaining positive cardiovascular health outcomes and empowering mothers of infants to achieve their goals through education and a connection to resources which the investigators hypothesize will also preserve child cardiovascular health. Primary analyses will assess the impact of Family Check-Up Heart on maternal cardiovascular health outcomes when the child is 6 months old compared to Family Check-Up alone.
Study Type
INTERVENTIONAL
Allocation
RANDOMIZED
Purpose
TREATMENT
Masking
SINGLE
Enrollment
117
Family Check-Up Heart consists of the Family Check up with an added heart health component. The Family Check-Up Heart assessment will include evaluations of maternal cardiovascular health; specifically, measurement of maternal blood pressure, body mass index, diet quality, exercise, and smoking, which will be included in the feedback session. After the Feedback Session participants will also receive information about healthy eating and weight loss, stress management, and smoking and to monitor weight and blood pressure.
The Family Check-Up typically takes place over the course of 3-5 sessions, each about an hour long. First, a trained Family Check-Up family coach will conduct an "Initial Interview." Second is an assessment of that includes questionnaires and videotaped interaction tasks. Third, during the Feedback Session, the family coach discusses with the participant strengths and challenges for their child and family as a whole. They then set goals for their family to support and maintain strengths, and to address any areas of concern. After the Feedback Session families have the option to continue meeting with their family coach to support the child's development and improve parental well-being.
Healthy Start, Inc.
Pittsburgh, Pennsylvania, United States
Magee Womens Hospital
Pittsburgh, Pennsylvania, United States
Women, Infants, and Children Program
Pittsburgh, Pennsylvania, United States
Change in Postpartum Weight Retention
Weight change from post-delivery to 6 months; both will be measured by the study using validated Bluetooth devices and following standardized research protocols. Mean difference scores are reported.
Time frame: Baseline to 6 months post-partum
Weight at 6 Months Postpartum
Weight at 6 months will be assessed by the study using validated Bluetooth devices and following standardized research protocols.
Time frame: 6 months post-partum
Weight Change From First Measured Prenatal Weight to 6 Months Postpartum
First measured prenatal weight will be obtained from the participant's medical record at baseline. Weight at 6 months will be assessed by the study using validated Bluetooth devices and following standardized research protocols. Mean difference scores are reported.
Time frame: Baseline to 6 months post-partum
Change in Self-reported Pre-pregnancy Weight to 6 Months Postpartum
Pre-pregnancy weight will be self-reported at the baseline assessment. Weight at 6 months post-partum will be assessed by the study using validated Bluetooth devices and following standardized research protocols. Mean difference scores are reported.
Time frame: Baseline to 6 months post-partum
Change in Blood Pressure From Post-delivery to 6 Months.
Blood pressure will be measured by the study at baseline and again at 6-months post-partum using validated Bluetooth devices and following standardized research protocols. Mean difference scores are reported.
Time frame: Baseline to 6 months post-partum
Change in Blood Pressure From First Prenatal Visit to 6 Months.
First measured prenatal blood pressure will be obtained from the participant's medical record at baseline. Blood pressure at 6 months post-partum will be assessed by the study using validated Bluetooth devices and following standardized research protocols. Mean difference scores are reported.
Time frame: Baseline to 6 months post-partum
Blood Pressure at 6 Months Post-partum
Blood pressure at 6 months post-partum will be assessed by the study using validated Bluetooth devices and following standardized research protocols.
Time frame: 6 months post-partum
BMI at 6 Months Post-partum
Height and Weight at 6 months post-partum will be assessed by the study using a validated Bluetooth scale and following standardized research protocols.
Time frame: 6 months post-partum
Change in Eating Behaviors
Eating behaviors will be assessed at baseline and 6 months post-partum using the Rapid Eating Assessment for Participants - Shortened Version. The Rapid Eating Assessment for Participants is a 16-item self-report scale assessing frequency of various eating behaviors such as skipping breakfast and eating fried foods. Items are rated on a 3-point response scale ranging from Usually/Often (1) to Rarely/Never (3). Three items also have a "Does not apply to me" option which is also coded as a 3. An example of an item with this option is "Eat more than 8 ounces of meat, chicken, turkey, or fish per day." The first 13 items are summed to create a score where higher values indicate healthier eating behaviors. Minimum and maximum scores are 13 and 39, respectively. Mean difference scores are reported.
Time frame: Baseline to 6 months post-partum
Change in Physical Activity
Physical activity will be measured using the Pregnancy Physical Activity Questionnaire. The Pregnancy Physical Activity Questionnaire is a 26-item self-report of activities such as jogging or running, dancing, and watching television or a video. Items are rated on a 6-point likert-type scale ranging from Never to 3 or more hours per day. Responses are weighted to generate metabolic equivalent codes. Specifically, the self-reported time spent in each activity will be multiplied by its intensity to arrive at a measure of average weekly energy expenditure attributable to each activity. The metabolic equivalent codes are then summed to create a physical activity score where higher values indicate greater physical activity. Minimum and maximum scores are 0 and 308.85, respectively. Mean difference scores are reported.
Time frame: Baseline to 6 months post-partum
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