Haas Amy, Chung Jonathan, Kent Christopher, Mills Brooke, McCoy Matthew
Research, Foundation for Vertebral Subluxation, Kennesaw, USA.
Research, Sherman College, Spartanburg, USA.
Cureus. 2024 Mar 15;16(3):e56223. doi: 10.7759/cureus.56223. eCollection 2024 Mar.
In this paper we synthesize an expansive body of literature examining the multifaceted influence of chiropractic care on processes within and modulators of the neuroendocrine-immune (NEI) system, for the purpose of generating an inductive hypothesis regarding the potential impacts of chiropractic care on integrated physiology. Taking a broad, interdisciplinary, and integrative view of two decades of research-documented outcomes of chiropractic care, inclusive of reports ranging from systematic and meta-analysis and randomized and observational trials to case and cohort studies, this review encapsulates a rigorous analysis of research and suggests the appropriateness of a more integrative perspective on the impact of chiropractic care on systemic physiology. A novel perspective on the salutogenic, health-promoting effects of chiropractic adjustment is presented, focused on the improvement of physical indicators of well-being and adaptability such as blood pressure, heart rate variability, and sleep, potential benefits that may be facilitated through multiple neurologically mediated pathways. Our findings support the biological plausibility of complex benefits from chiropractic intervention that is not limited to simple neuromusculoskeletal outcomes and open new avenues for future research, specifically the exploration and mapping of the precise neural pathways and networks influenced by chiropractic adjustment.
在本文中,我们综合了大量文献,这些文献研究了整脊疗法对神经内分泌免疫(NEI)系统内的过程和调节因子的多方面影响,目的是就整脊疗法对综合生理学的潜在影响提出一个归纳性假设。本综述从广泛、跨学科和综合的角度审视了二十年来整脊疗法的研究记录结果,包括从系统综述和荟萃分析、随机试验和观察性试验到病例和队列研究等各类报告,对研究进行了严谨分析,并表明对整脊疗法对全身生理学影响采用更综合的观点是恰当的。本文提出了一个关于整脊调整促进健康、增进福祉作用的新观点,重点关注改善幸福和适应能力的身体指标,如血压、心率变异性和睡眠等,这些潜在益处可能通过多种神经介导途径得以实现。我们的研究结果支持了整脊干预产生复杂益处的生物学合理性,这些益处不限于简单的神经肌肉骨骼方面的结果,并为未来研究开辟了新途径,特别是探索和描绘受整脊调整影响的精确神经通路和网络。