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Background Existing studies show that consuming food consistent with one’s culture reduces cardiometabolic risk. However, few studies have assessed whether these dietary choices influence sleep health. Accordingly, this study assessed how Mexican food consumption by individuals of Mexican descent residing at the US-Mexico border, was associated with various measures of sleep, after accounting for acculturation. Methods Data were provided by 100 adults between the ages of 18–60, in the city of Nogales, AZ. Questionnaires were provided in either Spanish or English. Acculturation was assessed with the Acculturation Scale for Mexican-Americans (ARSMA-II), with an additional question, asking how often “my family cooks Mexican foods.” Frequency of cooking Mexican food was coded as either “yes” or “no.” Sleep was assessed, using validated measures that include the Insomnia Severity Index (ISI), the Epworth Sleepiness Scale (ESS), the Pittsburgh Sleep Quality Index (PSQI), and sleep duration with the item “how many hours of actual sleep did you get at night?” Regression models estimated the associations between sleep health variables as outcomes and consumption of Mexican food as the independent variable. Covariates included age, sex, and acculturation scores. Parental education level was also included, as an indicator of childhood socioeconomic status and since food culture likely involves parents. Result We found that among individuals who identified as Mexican-Americans who consumed culturally-consistent foods, was associated with, on average, 1.41 more hours of sleep (95% CI 0.19, 2.62; p = 0.024) and were less likely to report snoring (OR: 0.25; 95% CI 0.07, 0.93; p = 0.039). Consuming Mexican food was not associated with sleep quality, insomnia severity or sleepiness. Conclusion Individuals of Mexican descent residing at the US-Mexico border who regularly consumed Mexican food, reported more sleep and less snoring. Mexican acculturation has been shown previously to improve sleep health. This is likely due to consumption of a culturally- consistent diet. Future studies should examine the role of acculturation in sleep health, dietary choices, and subsequent cardiometabolic risk.

Pulmonary hypertension (PH), defined as mean pulmonary arterial pressure ≥25 mm Hg, may be a complication of a secundum atrial septal defect (ASD). This study sought to evaluate the impact of PH at time of ASD device closure on patient survival. A prospectively collected database of ASD closures was utilized. Patients were stratified by age above and below the cohort median (48 years). Survival was analyzed by preprocedural PH status, age cohort, and echocardiographic resolution of PH at 3 months postdevice closure. PH was present in 48 of 228 patients (21.1%) and was more common in the older cohort (31.3% vs 10.6%, p0.01). ASD size was unrelated to the presence of PH (p = 0.33). Older patients had more medical co-morbidities including diabetes (p = 0.02), hyperlipidemia (p0.01), and systemic hypertension (p0.01) compared with younger patients. PH did not impact survival in patients ≤48 years, but PH was associated with fivefold increased risk of death in patients48 years (p0.01). Patients with preprocedural PH and RVSP ≥40 mm Hg at 3-month follow-up continued to have an increased risk of mortality (p0.01), whereas those with resolution of PH had similar survival to those without PH at time of closure. In conclusion, PH is common in adults with unrepaired ASDs and appears unrelated to defect size. PH in older adults and its persistence closure are strong predictors of a worsened clinical outcome. These patients may benefit from additional risk assessment and advanced medical therapies to mitigate this risk.

Background Balloon postdilation ( BPD ) has emerged as an effective strategy to reduce paravalvular regurgitation ( PVR ) during transcatheter aortic valve replacement ( TAVR ). We investigated the utility of a time‐integrated aortic regurgitation index ( TIARI ) to guide balloon postdilation ( BPD ) after valve deployment. Methods and Results All consecutive patients who had echocardiography, aortography, and hemodynamic tracings recorded immediately after valve deployment during TAVR were included in the study. Catheter‐derived invasive hemodynamic parameters were calculated offline. Among 157 patients who underwent TAVR , 49 (32%) patients required BPD to reduce significant PVR after valve deployment. Two experienced operators decided whether the patients required BPD for significant PVR . Median TIARI measured immediately after valve deployment was significantly lower in patients who required BPD when compared with patients who did not require BPD ( P TIARI (odds ratio: 0.81; P =0.003) and higher PVR grade on aortography and echocardiography ( P BPD . Adding TIARI to echocardiography and aortographic PVR assessment resulted in a significant increase in global χ 2 ( P P =0.002), and combined C‐statistics of 0.99 for predicting BPD . Higher TIARI after valve deployment was associated with better survival (hazard ratio: 0.94, P =0.014), while other hemodynamic and imaging parameters did not predict mortality after TAVR . Conclusions Among patients undergoing TAVR , a TIARI measured immediately after valve deployment adds incremental value to guide BPD over aortography and echocardiography. Higher residual TIARI is associated with better survival after TAVR .

Diagnosis of low-gradient severe aortic stenosis (AS) is challenging. We hypothesized that the time between left ventricular (LV) and aortic systolic pressure peaks (TLV-Ao) is associated with aortic stenosis (AS) severity and may have additive value in diagnosing severe AS, especially in patients with low-gradient AS.To investigate the diagnostic utility of measuring catheter-based TLV-Ao in patients with severe AS.We studied 123 patients with severe AS at the Cleveland Clinic Foundation, a tertiary referral center, who underwent transcatheter aortic valve replacement (TAVR) via femoral access and had pre-TAVR cardiac computed tomography assessment and hemodynamic measurements recorded during a TAVR procedure. All patients received hemodynamic evaluation, echocardiographic assessment, and quantification of aortic valve calcification (AVC) by multidetector computed tomography. Hemodynamic data were collected via left heart catheterization done just before TAVR, and TLV-Ao was calculated offline. Data were analyzed between October 5, 2015, and July 20, 2016.The association between TLV-Ao and AVC or other conventional imaging parameters was analyzed.Of the included patients, the mean (SD) age was 81 (9) years, and 65 (54%) were men (54%). Among 123 patients, 48 patients (39%) had low-gradient AS (40 mm Hg) and mean (SD) TLV-Ao was 69 (39) milliseconds. In multivariable logistic regression analyses, higher TLV-Ao (odds ratio [OR], 1.02; 95% CI, 1.01-1.04; P = .002) and higher peak aortic valve (AV) velocity (OR, 1.01; 95% CI, 1.00-1.02; P = .008) were independently associated with severe AVC (AVC1000 AU). Adding TLV-Ao to the peak AV velocity and AV area showed significant incremental value to be associated with AVC, with a net reclassification improvement of 0.61 (95% CI, 0.23-0.99; P = .002) and integrated discriminatory improvement of 0.09 (95% CI, 0.03-0.16; P = .003). In a subgroup of patients with low-grade AS, higher TLV-Ao was the only parameter associated with severe AVC (OR, 1.02; 95% CI, 1.001-1.04; P = .03).Prolonged TLV-Ao was associated with severe AVC. This catheter-based hemodynamic index may be an additional surrogate to differentiate low-gradient true severe AS. Larger, prospective studies investigating the role of TLV-Ao as a marker of clinical outcomes in patients undergoing TAVR are required.

Residual paravalvular regurgitation (PVR) after transcatheter aortic valve replacement (TAVR) is associated with higher mortality. We investigated the value of a time-integrated aortic regurgitation index (TIARI) in assessing PVR during TAVR. We included 247 consecutive patients who underwent TAVR