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Original Abstract of the Article

Key Research Findings

Back pain is a common ailment affecting a large portion of the global population. While many studies have been conducted, the most effective treatment methods for back pain remain diverse and inconclusive.

Various therapies are employed for back pain. For instance, 41 compared high-intensity laser therapy and ultrasound therapy, indicating both treatments provide short-term benefits.

45 investigated the effectiveness of McKenzie and Back School techniques for chronic non-specific back pain, suggesting these approaches may be beneficial in managing this condition.

32 compared motor control exercises and graded activity exercises for chronic back pain. Unfortunately, not all patients respond to every treatment, and the study did not definitively conclude which type of exercise is superior.

25 found that traction therapy is used for back pain, often alongside other treatments, particularly for sciatica.

98 investigated the effectiveness of manual therapy and proprioceptive neuromuscular facilitation compared to kinesiotherapy for chronic back pain, concluding these therapies may improve quality of life for patients.

and 30 suggest that staying active may be a solitary treatment option for back pain and sciatica. However, restricted activity, rest, and symptomatic analgesics are also common practices for managing these conditions.

49 reviewed the effectiveness of acupuncture for treating chronic non-specific back pain. Acupuncture has become a popular alternative treatment for back pain.

92 examined the effectiveness of conservative treatment with and without neural mobilization for patients with back pain, highlighting the role of neurodynamic techniques in managing back pain.

83 investigated the efficacy and safety of a fixed combination of diclofenac and thiocolchicoside for acute back pain, suggesting potential benefits for pain relief and improved mobility.

72 proposed integrating mobile health and physical activity to reduce the burden of chronic back pain, aiming to minimize pain and enhance daily life.

compared diflunisal, conservative therapy, and manipulative therapy for acute mechanical back pain. All three treatments demonstrated effectiveness, with potential for diflunisal being most effective.

77 reviewed web-based interventions for chronic back pain, highlighting their potential for providing efficient treatment while minimizing time and resource investments.

11 showed behavioral therapy’s effectiveness in managing chronic back pain by modifying environmental contingencies and cognitive processes, reducing disability.

84 compared spinal manipulation plus laser therapy to laser therapy alone for chronic non-specific back pain, suggesting potential benefits for the combined approach.

61 compared a Back School program and hydrotherapy for elderly patients with chronic non-specific back pain, finding both effective, potentially with the Back School program being superior.

9 suggests acupuncture as a potential treatment option for back pain.

46 analyzed the psychological aspects and outcomes of a Back School program for patients with chronic non-specific back pain, demonstrating the program’s effectiveness.

15 highlighted the potential effectiveness of strengthening lumbar extensors in treating chronic back pain.

80 reviewed acupuncture, acupressure, and chiropractic interventions for chronic non-specific back pain, suggesting these methods may be effective treatments.

89 conducted a meta-analysis on the short-term impact of kinesio taping for chronic non-specific back pain and disability, suggesting potential benefits for this non-invasive treatment.

103 compared pain reprocessing therapy with placebo and usual care for patients with chronic back pain, suggesting potential benefits of pain reprocessing therapy over traditional approaches.

110 compared osteopathic manipulation of the sacroiliac joint with electrotherapy for patients with back pain, suggesting potential for osteopathic manipulation to be more effective.

55 reviewed the effectiveness of drug therapy for chronic non-specific back pain, highlighting its potential benefits while acknowledging potential side effects.

39 compared high-intensity aerobic exercise and passive modalities for treating chronic back pain in workers, suggesting high-intensity aerobic exercise to be more effective.

79 investigated yoga for chronic non-specific back pain, suggesting potential benefits for this mind-body exercise.

86 showed the effectiveness of core stabilization exercises in treating disability associated with chronic non-specific back pain.

117 studied the effectiveness of exercise therapy for acute non-specific back pain, concluding that exercise therapy is a viable option for treating back pain.

56 analyzed back pain patient subgroups in primary care, emphasizing the importance of personalized treatment approaches.

104 compared the effectiveness of the McKenzie method and spiral stabilization for patients with back pain, suggesting potential for the McKenzie method to be more effective.

57 examined lumbar motion changes in chronic back pain patients, indicating that interventions like exercise or spinal manipulation can influence these movements.

96 reviewed clinical practice guidelines for the treatment and management of back pain, providing valuable resources for managing this condition.

19 reviewed conservative interventions for subacute back pain, highlighting the importance of effective treatment to prevent progression to chronic back pain.

64 investigated a mobile web app for self-managing back pain, suggesting potential benefits for patient-driven management.

81 studied the effects of functional resistance training on fitness and quality of life in women with chronic non-specific back pain, suggesting potential benefits for this type of training.

52 investigated fluoroscopic lumbar interlaminar epidural injections for chronic axial or discogenic back pain, highlighting potential benefits for this treatment.

42 researched cognitive interventions and nutritional supplements for long-lasting muscle and back pain, suggesting potential benefits of cognitive behavioral therapy over traditional treatment.

14 investigated chiropractic technique procedures for specific back pain conditions, suggesting potential effectiveness for manipulation therapies.

90 studied the effectiveness of a multidisciplinary biopsychosocial intervention for non-specific subacute back pain in a working population, suggesting potential benefits for reducing disability, pain, and improving quality of life.

50 compared Back School and McKenzie exercises for patients with chronic non-specific back pain, suggesting potential for Back School to be more effective.

Treatment Summary

41 suggests that both high-intensity laser therapy and ultrasound therapy may offer short-term benefits for back pain.

45 indicates that McKenzie and Back School techniques may be effective treatments for chronic non-specific back pain.

32 suggests that motor control exercises and graded activity exercises can be beneficial for chronic back pain, but the study did not determine which is superior.

25 suggests that traction therapy is used for back pain treatment.

98 indicates that manual therapy and proprioceptive neuromuscular facilitation may be effective for chronic back pain.

and 30 suggest that staying active may be a treatment option for back pain and sciatica.

49 indicates that acupuncture is a popular alternative treatment for chronic non-specific back pain.

92 suggests that neurodynamic techniques are used in managing back pain.

83 suggests that a fixed combination of diclofenac and thiocolchicoside may be beneficial for acute back pain.

72 proposes integrating mobile health and physical activity to manage chronic back pain.

suggests that diflunisal, conservative therapy, and manipulative therapy may be effective for acute mechanical back pain.

77 suggests that web-based interventions may be useful for managing chronic back pain.

11 suggests that behavioral therapy can be effective for chronic back pain.

84 suggests that spinal manipulation plus laser therapy may be beneficial for chronic non-specific back pain.

61 suggests that Back School programs and hydrotherapy may be effective for chronic non-specific back pain in elderly patients.

9 suggests that acupuncture is a potential treatment for back pain.

46 suggests that a Back School program is effective for patients with chronic non-specific back pain.

15 suggests that strengthening lumbar extensors may be effective for chronic back pain.

80 suggests that acupuncture, acupressure, and chiropractic interventions may be effective for chronic non-specific back pain.

89 suggests that kinesio taping may be effective for chronic non-specific back pain.

103 suggests that pain reprocessing therapy may be more effective than traditional approaches for chronic back pain.

110 suggests that osteopathic manipulation of the sacroiliac joint may be more effective than electrotherapy for back pain.

55 suggests that drug therapy may be effective for chronic non-specific back pain.

39 suggests that high-intensity aerobic exercise may be more effective than passive modalities for chronic back pain.

79 suggests that yoga may be an effective treatment for chronic non-specific back pain.

86 suggests that core stabilization exercises may be effective for treating disability associated with chronic non-specific back pain.

117 suggests that exercise therapy may be an effective treatment option for acute non-specific back pain.

56 emphasizes the importance of personalized treatment approaches for back pain.

104 suggests that the McKenzie method may be a more effective treatment for back pain than spiral stabilization.

57 suggests that interventions like exercise or spinal manipulation can influence lumbar motion changes in chronic back pain patients.

96 provides resources for managing back pain.

19 emphasizes the importance of effective treatment for subacute back pain to prevent progression to chronic back pain.

64 suggests that mobile web apps may be helpful for self-managing back pain.

81 suggests that functional resistance training may be beneficial for chronic non-specific back pain.

52 suggests that fluoroscopic lumbar interlaminar epidural injections may be an effective treatment for chronic axial or discogenic back pain.

42 suggests that cognitive behavioral therapy may be more effective than traditional treatments for long-lasting muscle and back pain.

14 suggests that manipulation therapies may be effective for specific back pain conditions.

90 suggests that a multidisciplinary biopsychosocial intervention may be effective for reducing disability, pain, and improving quality of life for patients with non-specific subacute back pain.

50 suggests that Back School may be more effective than McKenzie exercises for patients with chronic non-specific back pain.

Benefits and Risks

Benefit Summary

Various treatments for back pain may offer benefits such as pain relief, improved function, returning to daily activities, and improved quality of life. Effective treatment depends on individual symptoms and circumstances, emphasizing the importance of following medical and professional guidance.

Risk Summary

Back pain treatments may involve side effects or risks. For example, drug therapy can cause gastrointestinal issues or allergic reactions, while surgical procedures carry risks of infection or bleeding. Some treatments may also be expensive. Consulting with doctors and professionals to understand the benefits and risks before starting treatment is crucial.

Comparing Research

Commonalities

Numerous studies indicate that diverse treatment methods for back pain can potentially contribute to pain relief and functional improvement. Many studies emphasize the importance of selecting the right treatment for individual patients.

Differences

Different studies may present varied effective treatment methods and varying levels of effectiveness. This variation can be attributed to differences in patient populations, treatment types, and evaluation methods. Therefore, it’s essential to consider multiple studies comprehensively rather than solely relying on individual findings.

Consistency and Contradictions in Results

Effective treatment methods for back pain are not yet fully understood. While many studies demonstrate effectiveness across different treatment approaches, it remains unclear which method is most effective and which treatment best suits individual patients. Some studies present contradictory findings, likely due to variations in patient populations, evaluation methods, and study design. Future research is anticipated to yield more definitive conclusions.

Applying Research to Daily Life

Selecting the most suitable treatment approach for individual back pain patients is paramount. It’s crucial to follow medical and professional guidance when seeking treatment. Some therapies may come with side effects and risks. Consulting with doctors and professionals to understand these factors before starting treatment is essential. Additionally, treatment effectiveness can be significantly influenced by personal effort. Therefore, actively participating in treatment and adhering to medical and professional instructions is vital.

Limitations of Current Research

Back pain research remains incomplete. Consequently, there are many unanswered questions about effective treatments and their effectiveness. Some studies may have small sample sizes, limiting the generalizability of their findings. Variations in study design and evaluation methods can make comparing research results challenging.

Future Research Directions

Advancing back pain research requires several key considerations. Larger-scale studies are needed to enhance result reliability. Comparing various treatment methods is essential to determine the most effective options. Examining how patient factors and treatment combinations influence treatment outcomes is crucial.

Conclusion

Back pain is a widespread global concern, with numerous treatment approaches employed. While many studies show effectiveness across different therapies, it’s still unclear which is most effective or best suited for individual patients. Future research is expected to provide more conclusive answers. Individuals experiencing back pain should consult with doctors and professionals to receive appropriate treatment.

Treatment List

  • High-intensity laser therapy
  • Ultrasound therapy
  • McKenzie method
  • Back School programs
  • Motor control exercises
  • Graded activity exercises
  • Traction therapy
  • Manual therapy
  • Proprioceptive neuromuscular facilitation
  • Acupuncture
  • Neurodynamic techniques
  • Diclofenac and thiocolchicoside combination
  • Mobile health and physical activity integration
  • Diflunisal
  • Conservative therapy
  • Manipulative therapy
  • Web-based interventions
  • Behavioral therapy
  • Spinal manipulation and laser therapy combination
  • Hydrotherapy
  • Lumbar extensor strengthening
  • Acupressure
  • Chiropractic interventions
  • Kinesio taping
  • Pain reprocessing therapy
  • Osteopathic manipulation of the sacroiliac joint
  • Drug therapy
  • High-intensity aerobic exercise
  • Yoga
  • Core stabilization exercises
  • Exercise therapy
  • Multidisciplinary biopsychosocial intervention

Keywords
Benefit Keywords
Risk Keywords
Literature analysis of 117 papers
Positive Content
103
Neutral Content
5
Negative Content
9
Article Type
68
22
43
46
117

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Author: MasRomina Raczy, López-JiménezTomàs, Pujol-RiberaEnriqueta, MartínMaría Isabel Fernández-San, Moix-QueraltóJenny, Montiel-MorilloElena, Rodríguez-BlancoTeresa, Casajuana-ClosasMarc, González-MoneoM J, JuárezEster Núñez, JuárezMontse Núñez, Roura-OlivanMercè, Martin-PeñacobaRaquel, Pie-OncinsMagda, Balagué-CorbellaMontse, MuñozMiguel-Ángel, ViolanConcepción, BerengueraAnna


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