Stigma, Social Support, and Decision Satisfaction in Terminations of Pregnancy for Medical Reasons

Objective

Existing abortion stigma research has rarely isolated the reason for termination; thus, the consequences of termination for medical reasons (TFMR) are poorly understood. We aimed to understand the association of stigma and social support with decision satisfaction in TFMR.

Methods

We performed a cross-sectional study on the experiences of 132 individuals who had a TFMR in the second or third trimester. We recruited participants via Facebook. Most participants were non-Hispanic White (85.6%), between 31 and 40 years old (72.7%), highly educated (84.1% with a 4-year degree), and married (89.4%). Participants completed an online demographic data questionnaire, including questions about stigma and social support, and an adapted satisfaction with decision survey. We used t-tests to explore the connection of stigma and social support with decision satisfaction.

Results

Results did not reveal an association between stigma and decision satisfaction, but showed that higher social support is associated with higher decision satisfaction. Decision satisfaction was higher in participants who experienced more than one source of support [t(130) = 2.527, p = 0.01], compared with those reporting only one source of support, and in those who experienced support from a relative [t(130) = 1.983, p = 0.049] and physician [t(130) = 2.357, p = 0.020] than in those who did not.

Discussion

Social support can alleviate the suffering related to TFMR. Exploring how different forms of social support, including therapy groups, can impact decision satisfaction might help develop interventions to improve postabortion outcomes.

Practice Implications

Provider training must encourage providers to (1) support patients having a TFMR and (2) connect patients with other sources of support.

Perceptions of Patient-Centered Care and Their Association With Patient Satisfaction in Abortions for Medical Reasons

OBJECTIVE

Abortions for medical reasons, which happen in the event of fetal abnormalities or maternal life endangerment, are highly politicized and understudied given their prevalence. Our objective was to understand the health care experiences of U.S. individuals who had an abortion of a wanted pregnancy for medical reasons in the second or third trimester.

METHODS

Participants were recruited on Facebook and completed surveys with their demographic information, their perception of their health provider's cultural sensitivity, their patient satisfaction, and their satisfaction with their decision to proceed with an abortion for medical reasons.

RESULTS

Participants were 132 women who were mostly between the ages of 31 and 40 (72.7%), highly educated (84.1% had at least a 4-year college degree), and non-Hispanic White (85.6%). There was no statistically significant difference in patients' rated highest average item score on their providers' Competence or Sensitivity; however, average item scores of providers' Competence and Sensitivity were both higher than Respect scores. Linear regression results show that experiencing patient-centered care significantly predicted patient satisfaction (β = .73, t(131) = 12.03, p < .001) and decision satisfaction (β = .37, t(131) = 4.63, p < .001).

CONCLUSION

Our findings underscore the importance of training providers to deliver patient-centered care that empowers patients to adapt to challenging situations, such as the diagnosis of medical concerns during pregnancy. Providers understanding and supporting the complex process of an abortion for medical reasons can ameliorate the emotional impact of this procedure.

Dynamic contrast enhanced MRI for characterization of blood-brain-barrier dysfunction after traumatic brain injury

BACKGROUND AND PURPOSE

Dysfunction of the blood-brain-barrier (BBB) is a recognized pathological consequence of traumatic brain injury (TBI) which may play an important role in chronic TBI pathophysiology. We hypothesized that BBB disruption can be detected with dynamic contrast-enhanced (DCE) MRI not only in association with focal traumatic lesions but also in normal-appearing brain tissue of TBI patients, reflecting microscopic microvascular injury. We further hypothesized that BBB integrity would improve but not completely normalize months after TBI.

MATERIALS AND METHODS

DCE MRI was performed in 40 adult patients a median of 23 days after hospitalized TBI and in 21 healthy controls. DCE data was analyzed using Patlak and linear models, and derived metrics of BBB leakage including the volume transfer constant (Ktrans) and the normalized permeability index (NPI) were compared between groups. BBB metrics were compared with focal lesion distribution as well as with contemporaneous measures of symptomatology and cognitive function in TBI patients. Finally, BBB metrics were examined longitudinally among 18 TBI patients who returned for a second MRI a median of 204 days postinjury.

RESULTS

TBI patients exhibited higher mean Ktrans (p = 0.0028) and proportion of suprathreshold NPI voxels (p = 0.001) relative to controls. Tissue-based analysis confirmed greatest TBI-related BBB disruption in association with focal lesions, however elevated Ktrans was also observed in perilesional (p = 0.011) and nonlesional (p = 0.044) regions. BBB disruption showed inverse correlation with quality of life (rho = -0.51, corrected p = 0.016). Among the subset of TBI patients who underwent a second MRI several months after the initial evaluation, metrics of BBB disruption did not differ significantly at the group level, though variable longitudinal changes were observed at the individual subject level.

CONCLUSIONS

This pilot investigation suggests that TBI-related BBB disruption is detectable in the early post-injury period in association with focal and diffuse brain injury.

Arterial Spin Labeling Reveals Elevated Cerebral Blood Flow with Distinct Clusters of Hypo- and Hyperperfusion after Traumatic Brain Injury

Imaging detection of brain perfusion alterations after traumatic brain injury (TBI) may provide prognostic insights. In this study, we used arterial spin labeling (ASL) to quantify cross-sectional and longitudinal changes in cerebral blood flow (CBF) after TBI and correlated changes with clinical outcome. We analyzed magnetic resonance imaging scans from adult participants with TBI requiring hospitalization in the acute (2 weeks post-injury, n = 33) and chronic (6 months post-injury, n = 16) phases, with 13 participants scanned longitudinally at both time points. We also analyzed 18 age- and sex-matched healthy controls. Whole-brain CBF maps were derived using a three-dimensional pseudo-continuous arterial spin label technique. Mean CBF across tissue-based regions (whole brain, gray matter, and white matter) was compared cross-sectionally and longitudinally. In addition, individual-level clusters of abnormal perfusion were identified using voxel-based z-score analysis of relative CBF maps, and number and volume of abnormally hypo- and hyperperfused clusters were assessed cross-sectionally and longitudinally. Finally, all CBF measures were correlated with clinical outcome measures. Mean global and gray matter CBF were significantly elevated in acute and chronic TBI participants compared to controls. Participants with better outcome at 6 months post-injury tended to have higher CBF in the acute phase compared to those with poorer outcome. Acute TBI participants had a significantly greater volume of hypo- and hyperperfused brain tissue compared to controls, with these regions partially normalizing by the chronic phase. Our findings demonstrate global elevation of CBF with focal hypo- and hyperperfusion in the early post-injury period and suggest a reparative role for acute elevation in CBF post-TBI.