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To improve access to primary care in underserved communities, we established a hybrid model of delivering team-based, comprehensive primary care using both in-person and virtual care options with family physician leadership. Using a cross-sectional online survey (n = 121), results showed high levels (90%) of patient satisfaction. Our findings suggest that a similar hybrid model for primary care delivery can provide levels of patient satisfaction comparable to traditional in-person models of primary care. This can be achieved regardless of whether patients had previously been attached to the same family physician before receiving care through the hybrid model.Annals "Online First" article.

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OBJECTIVES: We investigated popliteal venous haemodynamics of the VenaJet Jet Impulse Technology system within a below-knee fibreglass cast. DESIGN: Randomized controlled trial. PARTICIPANTS: Twenty-four healthy participants aged 18-54 had both feet placed within the Jet Impulse Technology system and were randomised for one or other leg to be within a below-knee fibreglass cast. SETTING: Pacific Radiology, Lower Hutt, Wellington. MAIN OUTCOME MEASURES: The primary outcome variable was peak systolic velocity (cm/s) compared between legs with and without the cast at 60 min (after 10 min Jet Impulse Technology activation), using a mixed linear model and a non-inferiority bound of 4.8 cm/s. Secondary outcome variables were the difference in peak systolic velocity between the casted limb and the non-casted limb at baseline and 40 min after casting, and the difference in mean flow velocity (cm/s), vein diameter (mm), and total volume flow (L/min) between the casted limb and the non-casted limb at baseline, 40 and 60 min. RESULTS: The mean (standard deviation) peak systolic velocity was 4.6(1.5), 4.8(1.1), 28.8(16.1), and 4.3(1.2), 4.8(1.4) and 29.3(19.0) cm/s at baseline, 40 and 60 min in the casted and non-casted leg, respectively. The difference (95% confidence interval) between cast and no-cast at 60 min was -0.8 (-6.5 to 4.9) cm/s, P = 0.78. The peak systolic velocity, flow velocity and total volume flow at 40 min were not statistically significantly different from baseline for both casted and non-casted limb. CONCLUSION: In healthy volunteers, the popliteal venous haemodynamics of the Jet Impulse Technology system was similar between the legs with and without a below-knee fibreglass cast. In-cast Jet Impulse Technology may provide a non-pharmacological option for venous thromboembolism prophylaxis for lower-limb cast-immobility.