| Literature DB >> 27920617 |
Abstract
OBJECTIVE: The purpose of this article is to propose a focused assessment of the identity of chiropractic and its profession, triangulating multiple viewpoints converging upon various aspects and definitions of neurology, manual medicine, and alternative or mainstream medicine. DISCUSSION: Over 120 years since its inception, chiropractic has struggled to achieve an identity for which its foundations could provide optimal health care. Despite recognition of the benefits of spinal manipulation in various government guidelines, advances in US military and Veterans Administration, and persistently high levels of patient satisfaction, the chiropractic profession remains underrepresented in most discussions of health care delivery. Distinguishing characteristics of doctors of chiropractic include the following: (1) they embrace a model of holistic, preventive medicine (wellness); (2) they embrace a concept of neurological imbalance in which form follows function, disease follows disturbed biochemistry, and phenomenology follows physiology; (3) they diagnose, and their institutions of training are accredited by a body recognized by the US Department of Education; (4) they manage patients on a first-contact basis, often as primary care providers in geographical areas that are underserved; (5) the spine is their primary-but not exclusive-area of interaction; (6) they deliver high-velocity, low-amplitude adjustments with a superior safety record compared with other professions; and (7) they use a network of institutions worldwide that have shown increasing commitments to research.Entities:
Keywords: Chiropractic; Complementary Therapies; History, 20th Century; Manipulation, Spinal; Neurology
Year: 2016 PMID: 27920617 PMCID: PMC5127978 DOI: 10.1016/j.echu.2016.05.001
Source DB: PubMed Journal: J Chiropr Humanit ISSN: 1556-3499
Neural Responses to External Forces in Animal Models
| Animal | Intervention | Effect Observed |
|---|---|---|
| Mouse | Ligature implant around sciatic nerve | Inflammation |
| Reduced nerve conduction velocity | ||
| Facilitation | ||
| Motor disturbances in gait | ||
| Rat | External pressure on L6 | Slower nerve conductivity |
| Rat | Surgical clamp insertion in sciatic nerve with bending at T10-T11 | Decreased blood pressure |
| Decreased renal nerve activity | ||
| Rat | Ligature implant around sciatic nerve | Changes in gait |
| Changes in nerve conduction velocity | ||
| Enzymatic changes in denervated muscles | ||
| Rabbit | Manual manipulation | Gastric smooth muscle inhibition |
| Dog | Surgery plus glue injection into bilateral apophyseal joints in upper lateral spine | Impairment of natural killer lymphocytes |
| Rabbit | Miniature compression cuff around 1 sciatic nerve | Decreased aldolase activity |
| Decreased lactic dehydrogenase activity | ||
| Cat | Surgical preparations | Slowly increasing excitatory discharges |
| Expansion of receptive fields | ||
| Hyperresponsiveness to subsequent stimulation | ||
| Rat | Mustard oil injection into para-articular space around C2-C3 joint | Excitatory effects in muscles that were not local including biphasic response |
| Cat | T3 and T4 dorsal nerve stimulation | Activated cardiac somatosympathetic reflexes |
| Rat | Dorsal spinal afferent nerve stimulation | Specific somatosympathetic reflex activity |
| Rat | Saline injection into ipsilateral L4/L5 facet joint | Decreased mean arterial pressure and nerve blood flow |
| Rat | Skin pinch | Decreased gastric motility |
Fig 1Characteristics of doctors of chiropractic.