A scoping review to identify barriers and facilitators of research participation among chiropractic faculty.

OBJECTIVE: To describe peer-reviewed literature on chiropractic faculty participation in research and identify important barriers and facilitators. METHODS: We conducted a scoping review using comprehensive searches of relevant databases from inception through November 2022. English language publications of any design were included, with search terms consisting of subject headings specific to each database and free text words related to chiropractic, faculty, and research. Primary and secondary reviewer teams performed article screening and data abstraction using Covidence software, with primary reviewers responsible for consensus. Data were entered into evidence tables and analyzed descriptively. RESULTS: A total of 330 articles were screened, with 14 deemed eligible including 8 cross-sectional/correlational studies and 6 narrative reviews/editorials. Article publication dates ranged from 1987 to 2017. No intervention studies were identified. Facilitators of chiropractic faculty research included research assignment as primary role, institutional culture promoting research, and dedicated release time. Barriers included teaching/clinic assignments, lack of incentives and mentorship, and teaching load. Qualitative results identified 5 domains impacting faculty research: demographics/professional roles; personal empowerment; research culture; institutional setting/policies; and research training. CONCLUSION: Our scoping review found a paucity of recently published articles on chiropractic faculty participation in research. Educational institutions building research capacity among chiropractic faculty must establish cultural environments where scholarship is expected, rewarded, and valued. Tangible support, such as research policies, resources, and space, advanced training, funding, and release time, must be available. Faculty are encouraged to build upon key facilitators, evaluate interventions to address barriers to chiropractic faculty research, and publish their results.

Fetal bladder morphology as a predictor of outcome in fetal lower urinary tract obstruction.

OBJECTIVE: We evaluate survival of fetuses with severe Lower Urinary Tract Obstruction (LUTO) based on bladder morphology. We hypothesize that fetuses with a "floppy" appearing bladder on initial prenatal ultrasound will have worse infant outcomes than fetuses with full/rounded bladders. METHOD: We retrospectively reviewed all cases of LUTO evaluated in our fetal center between January 2013 and December 2021. Ultrasonographic assessment, renal biochemistry, and bladder refilling contributed to a "favorable" or "unfavorable" evaluation. Bladder morphology on initial ultrasound was classified as "floppy" or "full/rounded." Vesicoamniotic shunting was offered for favorably evaluated fetuses. Baseline demographics, ultrasound parameters, prenatal evaluations of fetal renal function, and infant outcomes were collected. Fetuses diagnosed with severe LUTO were included in analysis using descriptive statistics. The primary outcome measured was survival at 6 months of life. RESULTS: 104 LUTO patients were evaluated; 24 were included in analysis. Infant survival rate at 6 months was 60% for rounded bladders and 0% for floppy bladders (p = 0.003). Bladder refill adequacy was lower in fetuses with floppy bladders compared with rounded bladders (p value < 0.00001). CONCLUSION: We propose that bladder morphology in fetuses with severe LUTO may be a prognostication factor for predicting infant outcomes and provides a valuable, noninvasive assessment tool.

Multimodal Chiropractic Management of a Postsurgical Sternoclavicular Injury Utilizing Gamified Rehabilitation: A Case Report.

Objective: The purpose of this study was to describe how gamification was incorporated into postoperative rehabilitation of a patient recovering from a sternoclavicular dislocation. Clinical Features: A 23-year-old man sought chiropractic care from an academic chiropractic clinic for persistent right-sided, sternoclavicular joint, moderate-to-severe pain that was exacerbated with shoulder movements and overhead activities. His shoulder was treated previously with reconstructive surgery and a 6-week trial of physical therapy; however, he reported minimal improvement in his pain, and his functional ability was suboptimal. Intervention and Outcome: Multimodal chiropractic treatment consisted of manual therapy in conjunction with active rehabilitation. The rehabilitation program incorporated gamification principles, such as competition, point scoring, and task focus. After 8 treatments, a clinically significant reduction in his upper extremity functional index score and numerical pain rating was observed. Conclusion: The patient was managed using a gamified approach to postsurgical sternoclavicular joint rehabilitation and responded positively. Chiropractors may consider including gamified, multimodal care for patients with postoperative musculoskeletal concerns.

Gastrokine-1, an anti-amyloidogenic protein secreted by the stomach, regulates diet-induced obesity.

Obesity and its sequelae have a major impact on human health. The stomach contributes to obesity in ways that extend beyond its role in digestion, including through effects on the microbiome. Gastrokine-1 (GKN1) is an anti-amyloidogenic protein abundantly and specifically secreted into the stomach lumen. We examined whether GKN1 plays a role in the development of obesity and regulation of the gut microbiome. Gkn1-/- mice were resistant to diet-induced obesity and hepatic steatosis (high fat diet (HFD) fat mass (g) = 10.4 ± 3.0 (WT) versus 2.9 ± 2.3 (Gkn1-/-) p < 0.005; HFD liver mass (g) = 1.3 ± 0.11 (WT) versus 1.1 ± 0.07 (Gkn1-/-) p < 0.05). Gkn1-/- mice also exhibited increased expression of the lipid-regulating hormone ANGPTL4 in the small bowel. The microbiome of Gkn1-/- mice exhibited reduced populations of microbes implicated in obesity, namely Firmicutes of the class Erysipelotrichia. Altered metabolism consistent with use of fat as an energy source was evident in Gkn1-/- mice during the sleep period. GKN1 may contribute to the effects of the stomach on the microbiome and obesity. Inhibition of GKN1 may be a means to prevent obesity.