National Trends and Predictors of Opioid Administration in Patients Presenting With Abdominal Pain to the Emergency Department (2010-2018).

Given the current opioid crisis, in this study, we assess the national trend and factors associated with opioid administration for patients presenting to the emergency department with abdominal pain. This is a retrospective cross-sectional study conducted using the National Hospital Ambulatory Medical Care Survey from 2010 to 2018. Weighted multiple logistic regression was applied to assess the independent factors associated with opioid administration in the emergency department. Trends of opioid administration were evaluated using the linear trend analysis. There were an estimated total of 100,925,982 emergency department visits for abdominal pain. Overall, opioid was administered in 16.8% of visits. Age less than 25 years was associated with lower odds of receiving opioids. Patients living in the Northeast had the lower odds of receiving opioids (odds ratio [OR] = 0.82, p = .006) than patients living in the Midwest. Patients in the West had the highest odds of receiving opioids (OR = 1.16, p = .01). Non-Hispanic White patients had higher odds of opioid administration (OR = 1.29, p < .001). Trend analysis demonstrated a statistically significant reduction in opioid administration. From 2010 to 2018, opioid administration has approximately decreased in half. Living in the West and the non-Hispanic White racial group were the significant factors associated with a higher risk of opioid administration.

MRI based composite parameter of multiple tissue types for improved patient-level hemispheric and regional level lateralization in pediatric epilepsy.

Although voxel-based morphometry (VBM) of gray matter (GM), white matter (WM) and cerebrospinal fluid (CSF) changes aid in epileptic seizure lateralization, type of T1 pulse sequence, preprocessing steps and tissue segmentation methods lead to variation in tissue classification. Here, we test the prediction accuracy of individual MRI based tissue types and a novel composite ratio parameter [(GM + WM)/CSF], sensitive to parenchymal changes and independent of tissue classification variations. Pediatric patients with partial seizures (both simple and complex), but normal and lesion-free MRI were considered (33 patients; unilateral EEG; 17 female / 16 male; age mean ± SD = 11.5 ± 5 years). MRI based seizure lateralization was performed for each patient and verified with EEG findings alone or in combination with seizure semiology. T1 weighted MRI from patients and normal control subjects was spatially transformed to the Talairach atlas and automatically segmented into GM, WM and CSF tissue types. 41 age matched normal controls (11 female / 30 male; age mean ± SD = 14.6 ± 3 years) served as the null distribution to test tissue type deviations across each epilepsy patient. When verified with the patient EEG prediction, WM, GM and CSF had a hemispheric match of 76%, 70% and 55% respectively, while the composite ratio [(GM + WM)/CSF)] showed the highest accuracy of 85%. When EEG findings and seizure semiology were combined, MRI predictions using the composite ratio improved further to 88%. To further localize the epileptic focus, regional level (frontal, temporal, parietal and occipital) MRI predictions were obtained. The composite ratio performed at 88-91% accuracy, revealing regional MRI changes, not predictable with EEG. The results show inconsistent changes in GM and WM in majority of the pediatric epilepsy patients and demonstrate the applicability of the composite ratio [(GM + WM)/CSF)] as a superior predictor, independent of tissue classification variations. Clinical EEG findings combined with seizure semiology, can overcome scalp EEG's limitations and lean towards the MRI lateralization in specific cases.

Depression and Intolerance of Uncertainty: Association with Decisional Conflict in Otolaryngology Patients.

OBJECTIVE: To determine if anxiety, stress, depression, worry, and intolerance of uncertainty were related to pre-operative decisional conflict (DC), shared decision making (SDM), or demographic variables in adult otolaryngology surgical patients. METHODS: Consecutive adult patients meeting criteria for otolaryngological surgery were recruited and completed DC and SDM scales, Penn State Worry Questionnaire (PSWQ), Intolerance of Uncertainty Scale (IUS-12), and Depression, Anxiety and Stress Scale-21 (DASS-21). RESULTS: The cohort included 118 patients, 61 (51.7%) males and 57 (48.3%) females. Surgery was planned for a benign process in 90 (76.3%) and 46 (39.3%) had previous otolaryngologic surgery. SDM and DC scores did not significantly differ across gender, age, education level, previous otolaryngologic surgery or whether or not surgery was for malignancy. Patients with no malignancy had significantly higher DASS-21 Stress scores (mean 12.94 vs 8.15, P < .05) and total IUS-12 scores (mean 28.63 vs 25.56, P = .004). Women had lower PSWQ scores (41.56 vs 50.87 for men, P = .006). IUS-12 and PSWQ declined with age. DC scores correlated positively with DASS-21 Depression (r = .256, P = .008) and IUS-12 scores (r = .214, P = .024). SDM correlated negatively with DASS-21 Depression (r = -.208, P = .030). Linear regression model for DC scores revealed a significant relationship with DASS depression (B = 0.674, P = .048). CONCLUSION: Preoperative decisional conflict is associated with increased depression and intolerance of uncertainty in adults undergoing otolaryngologic surgery. Screening for and management of depression, anxiety, and related concerns may improve surgical outcomes in this group.

Relationship Between Parental Intolerance of Uncertainty and Decisional Conflict in Pediatric Otolaryngologic Surgery.

OBJECTIVE: To assess the relationship between depression, anxiety, stress, worry, intolerance of uncertainty (IU), and shared decision making (SDM) in parents of pediatric otolaryngology surgical patients with their perceptions of decisional conflict (DC). STUDY DESIGN: Cross-sectional. SETTING: Academic pediatric otolaryngology outpatient clinic. METHODS: Participants were legal guardians of pediatric patients who met criteria for otolaryngologic surgery. Participants completed a demographic survey as well as validated Decisional Conflict Scale (DCS); Shared Decision-Making Scale (SDMS); Depression, Anxiety and Stress Scale-21 (DASS-21); Penn State Worry Questionnaire (PSWQ); and short form of the Intolerance of Uncertainty Scale (IUS-12). RESULTS: A total of 114 participants were enrolled. Respondents were predominantly female (93.0%) and married (60.5%). Most guardians had not consented previously for otolaryngologic surgery for their child (69.3%). Participants reported low levels of DC and depression as well as moderate levels of anxiety and stress. DC scores were not significantly correlated to DASS-21, PSWQ, or SDM. IUS-12 Total and subscale IUS-12 prospective negatively correlated with Total DC. DC was not related to age, sex, education level, previous otolaryngologic surgery, or type of surgery recommended. CONCLUSION: In this group, an association was found between IU and DC. Clinicians should be aware that DC is not modified by previous surgical experience. Interventions aimed at addressing parental IU related to surgery may reduce DC. Further research efforts could help us understand how mental health relates to surgical decision making.

Maxillary Frenulum in Newborns: Association with Breastfeeding.

OBJECTIVE: To relate maxillary and lingual frenulum configuration to breastfeeding success. STUDY DESIGN: Cross-sectional study. SETTING: Newborn nursery in tertiary care academic hospital. SUBJECTS AND METHODS: Newborns were observed between 24 and 72 hours after birth. Mothers were asked a series of questions relating to their breastfeeding experience. The maxillary and lingual frenula were examined and scored. Corresponding LATCH scores were recorded. RESULTS: A total of 161 mothers with newborns participated. The mean gestational age of newborns was 38.81 weeks (95% CI, 38.65-38.98); 82 (50.9%) male and 79 (49.1%) female newborns were included. In sum, 70.8% had the maxillary frenulum attached to the edge of the alveolar ridge; 28.6%, attached to the fixed gingiva; and 0.6%, attached to mobile gingiva. In addition, 3.7% had anterior ankyloglossia, and 96.3% had no obvious anterior ankyloglossia. There was no significant correlation between maxillary frenulum scores or lingual frenulum scores and LATCH scores (P > .05). Of the mothers included in the study, 56.5% were first-time mothers. Overall, 43.5% of the mothers had other biological children, with 70.0% of those mothers having previously breastfed. Experienced mothers who had breastfed for >3 months had significantly higher LATCH scores. Those who had previously breastfed had a mean LATCH score of 9.16 (95% CI, 8.80-9.52), as compared with those who had not, with a mean of 8.14 (95% CI, 7.43-8.85). CONCLUSION: We did not find that maxillary frenulum configuration correlated with LATCH scores. Mothers experienced with breastfeeding had better LATCH scores. Attention toward breastfeeding education, particularly in new mothers, should precede maxillary frenotomy in neonates with breastfeeding difficulties.

Orofacial Granulomatosis in a Child.

Orofacial granulomatosis (OFG) is a rare, idiopathic disorder of the orofacial region. It is clinically characterized by persistent and/or recurrent enlargement of the soft tissues of the oral and maxillofacial region, often manifesting as labial enlargement and swelling of intraoral sites such as the gingiva, tongue, and buccal mucosa. Full-thickness mucosal biopsy reveals noncaseating granulomatous inflammation, similar to Crohn's disease and sarcoidosis. Thus, OFG must be distinguished from other chronic granulomatous disorders. We report a case of a young female patient who presented with labial and maxillary gingival enlargement without any identifiable systemic causes, with suggested involvement of environmental triggers.

Parents' reports of barriers to care for pediatric otolaryngology patients.

OBJECTIVE: To understand parent perceptions of types and severity of barriers to care within the pediatric otolaryngology patient population in WV. STUDY DESIGN: Descriptive survey. SETTING: University pediatric otolaryngology clinic, Morgantown, WV. SUBJECTS AND METHODS: Subjects were caretakers of pediatric patients in clinic. Subjects were asked to complete the modified validated Barriers to Care Questionnaire (BCQ) and to provide some demographic details.Each BCQ question response was reported as a Mean Total Score (MTS), ranging from 0 (complete barrier) to 100 (no barrier) and they were grouped into 5 BTC subscales. Demographic question responses were used to establish subgroups. Data for subscale groups was compared across the demographic subgroups using non-parametric methods. RESULTS: 301 parents provided responses. The overall mean BTC was 91.59 (95% CI 90.12-93.05). The Expectations and Pragmatics subscales were the two greatest barriers at 88.56 and 90.80, respectively. 26.7% reported no barriers to care. No statistically significant association was found among subscale scores and demographic subgroups. CONCLUSIONS: Parents of pediatric otolaryngology patients in WV demonstrate low expectations of the healthcare system. There are concerns about pragmatics that could create barriers. Our hope is to spur scientific interest in this understudied healthcare topic. Future studies should be conducted to identify association/causation and help establish a framework for addressing potential barriers to care in the pediatric population.

Parents' attitudes toward post-operative narcotic use in pediatric patients.

OBJECTIVE: To understand parent perceptions of post-operative narcotic use in the pediatric otolaryngology patient population. METHODS: This was a descriptive survey of caregivers on children being seen in a university pediatric otolaryngology clinic. Caregiver role, age of child, previous exposure to analgesics, choice of analgesics, comfort and concern with narcotic use in this child, knowledge of narcotic side effects, and knowledge about narcotic disposal were included. Comfort and concern questions were scored on a 10-point VAS where the higher numbers indicated more concern/discomfort. RESULTS: 301 caregivers participated, 84.5% were mothers, 11% were fathers and the rest were custodial grandparents. 45.2% knew someone addicted to narcotics. Respondents were uncomfortable with their child experiencing pain in a hypothetical postoperative situation, with 63.9% having at least some discomfort with it. First choice of medication to treat hypothetical post-tonsillectomy pain was ibuprofen (47.5%) followed by acetaminophen (38.9%). 29.9% were concerned about addiction, and 26.6% were concerned about drowsiness as a sequela of narcotic use. There were significant differences between respondents who knew a person addicted to narcotics and those who did not for comfort using narcotics in their child (VAS median 6.0 versus 5.0, p = 0.025), concern that their child would become addicted to narcotics (VAS median 5.0 versus 2.0, p = 0.001), concern about side effects (VAS median 7.0 versus 6.0, p = 0.007) and concern about having narcotics in the home (VAS median 3.0 versus 0.0, p < 0.001). CONCLUSIONS: The national opioid epidemic exposes more parents to narcotic addiction in the community, which affects their perceptions of pediatric post-operative narcotic use. These experiences may need to be considered when planning postoperative pain management strategies in children.