Department of Microbiology, Immunology and Pathology, College of Veterinary Medicine and Biomedical Sciences, Colorado State University, 1601 Campus Delivery, Fort Collins, CO, 80523, USA.
Department of Clinical Sciences, College of Veterinary Medicine and Biomedical Sciences, Colorado State University, 1601 Campus Delivery, Fort Collins, CO, 80523, USA.
BMC Vet Res. 2020 Dec 1;16(1):468. doi: 10.1186/s12917-020-02682-z.
Regular physical activity (PA) promotes health and can prevent and treat diseases among both humans and dogs. Unfortunately, most U.S. adults do not meet PA recommendations, and many dogs are also insufficiently active. Veterinary-prescribed PA programs have shown some success in increasing activity among overweight dogs, but the impacts of such programs have not yet been tested for efficacy among otherwise-healthy dogs and owners. In addition, although wearable devices that monitor PA and provide individuals with feedback (e.g., progress toward a daily step goal) can effectively increase human PA, it is unclear what impact similar wearable devices have on human and dog PA when the PA-monitoring devices are worn by dogs. The present study assessed the impact of an 8-week veterinary-prescribed PA program on activity and health among dogs and their owners, and randomized participants (n = 59) to two groups: one in which PA was measured but not visible to participants (n = 30), and one in which PA was measured and real time feedback was visible through a wearable device (n = 29).
Participants in both groups showed significant PA increases over the course of the 8-week program. Biomedical testing performed at the veterinary clinic facilitated early diagnosis of systemic illness in one human participant. The frequency of hypertension in human participants decreased significantly from baseline to the end of the program (week 8). Other health indices (e.g., BMI in humans, body weight and BCS in dogs) improved, albeit not to a statistically significant extent, over the course of the program. There were no significant differences on the outcomes of interest between the two experimental conditions.
Veterinary-prescribed PA programs appear promising for increasing PA among insufficiently active but otherwise healthy dogs as well as their owners. Additional testing of veterinary-prescribed PA is warranted, particularly at other types of veterinary clinics (e.g., private practices). Incorporating wearable devices permitting owners to track canine PA did not appear necessary for obtaining these benefits; however, additional studies investigating alternative devices or different time periods may be warranted.
定期进行身体活动(PA)可促进人类和犬类健康,并可预防和治疗疾病。遗憾的是,大多数美国成年人无法达到 PA 推荐量,许多犬类也活动不足。兽医开具的 PA 方案已显示出在增加超重犬活跃度方面的一定成效,但这些方案的效果尚未在其他健康犬和犬主人中得到测试。此外,尽管可监测 PA 并为个体提供反馈(例如,每日步数目标的进展)的可穿戴设备可有效增加人类的 PA,但尚不清楚当 PA 监测设备佩戴在犬类身上时,这些类似的可穿戴设备对人类和犬类 PA 会产生何种影响。本研究评估了 8 周兽医开具的 PA 方案对犬类及其主人活动和健康的影响,并将参与者(n = 59)随机分为两组:一组中 PA 可被测量但对参与者不可见(n = 30),另一组中 PA 可被测量且实时反馈可通过可穿戴设备可见(n = 29)。
两组参与者在 8 周方案期间均表现出显著的 PA 增加。在兽医诊所进行的生物医学测试促成了一名人类参与者的全身性疾病的早期诊断。人类参与者的高血压频率从基线到方案结束(第 8 周)显著降低。其他健康指标(例如,人类的 BMI、犬类的体重和体况评分)在方案期间虽有所改善,但未达到统计学显著程度。在两个实验条件下,研究结果无显著差异。
兽医开具的 PA 方案似乎有望增加活动不足但其他方面健康的犬类及其主人的 PA。需要进一步测试兽医开具的 PA,特别是在其他类型的兽医诊所(例如私人诊所)。纳入允许主人跟踪犬类 PA 的可穿戴设备似乎并非获得这些益处所必需;但是,可能需要进行其他研究来调查替代设备或不同时间段。