冲击波（骨震波）治疗
冲击波（骨震波）治疗，又称体外冲击波疗法（ESWT），是一种利用高能声波（冲击波）治疗急慢性疼痛和促进组织愈合的非侵入性物理疗法。 它通过产生机械刺激和空化效应，刺激新血管生长、胶原纤维增生，促进血液循环，减轻疼痛并加速损伤组织的修复。 该疗法常用于治疗足底筋膜炎、网球肘、跟腱炎、骨不连等多种骨骼和软组织疾病，以及勃起功能障碍。
治疗原理和作用
Shockwave Therapy (ESWT)
Extracorporeal Shockwave Therapy (ESWT)—also known as shockwave or bone shockwave therapy—is a non-invasive treatment that uses high-energy sound waves to reduce pain, improve mobility, and promote healing of injured tissues.
It is commonly used for chronic tendon and soft-tissue conditions, joint pain, and certain bone-healing problems. ESWT is also an option for vasculogenic erectile dysfunction (ED).
How Shockwave Therapy Works1. Stimulates Tissue HealingHigh-energy sound waves activate cells in the injured area, promoting:
3. Relieves PainStrong stimulation of nerve endings can interrupt chronic pain signals, providing natural pain relief.
4. Breaks Down Scar Tissue & AdhesionsThe cavitation effect of shockwaves helps loosen tight or adhered tissues.
Common Conditions TreatedMusculoskeletal Conditions
Who Should Avoid Shockwave TherapyESWT is not recommended for:
冲击波（骨震波）治疗，又称体外冲击波疗法（ESWT），是一种利用高能声波（冲击波）治疗急慢性疼痛和促进组织愈合的非侵入性物理疗法。 它通过产生机械刺激和空化效应，刺激新血管生长、胶原纤维增生，促进血液循环，减轻疼痛并加速损伤组织的修复。 该疗法常用于治疗足底筋膜炎、网球肘、跟腱炎、骨不连等多种骨骼和软组织疾病，以及勃起功能障碍。
治疗原理和作用
- 刺激愈合：: 高能声波会刺激组织产生细胞反应，促进新生血管、胶原蛋白和骨组织的生长。
- 促进血液循环：: 冲击波能增加局部血液循环和细胞吸氧量，有助于组织修复。
- 镇痛作用：: 通过强烈刺激神经末梢，可以起到镇痛效果。
- 松解粘连：: 冲击波产生的空化效应可以松解组织粘连。
- 骨骼和软组织损伤：
- 足底筋膜炎、跟腱炎、跟骨骨刺
- 网球肘、高尔夫球肘
- 肩周炎、钙化性肩袖肌腱炎、肩峰下滑囊炎
- 骨不连、骨折延迟愈合
- 其他疾病：
- 男性勃起功能障碍（ED），尤其是血管性ED
- 肌肉痉挛（如偏瘫、脑瘫引起）
- 伤疤愈合
- 方式：: 医生或物理治疗师会使用一个手持设备将冲击波施加到患处，冲击波以短脉冲方式发射。
- 感觉：: 治疗过程中可能会感到轻微到中等程度的敲击或振动感。
- 疗程：: 具体疗程次数和频率取决于损伤类型和严重程度。
- 麻醉：: 通常不需要麻醉，但对疼痛敏感者可进行局部麻醉。
- 副作用：: 治疗后可能会出现轻微的疼痛、肌肉拉紧或红肿，通常几天内会消退。
- 禁忌症：: 孕妇、有出血性疾病、心脏起搏器使用者，以及治疗区域有感染、肿瘤或伤口的人不宜进行冲击波治疗。
Shockwave Therapy (ESWT)
Extracorporeal Shockwave Therapy (ESWT)—also known as shockwave or bone shockwave therapy—is a non-invasive treatment that uses high-energy sound waves to reduce pain, improve mobility, and promote healing of injured tissues.
It is commonly used for chronic tendon and soft-tissue conditions, joint pain, and certain bone-healing problems. ESWT is also an option for vasculogenic erectile dysfunction (ED).
How Shockwave Therapy Works1. Stimulates Tissue HealingHigh-energy sound waves activate cells in the injured area, promoting:
- New blood vessel formation
- Collagen production
- Bone and soft-tissue regeneration
3. Relieves PainStrong stimulation of nerve endings can interrupt chronic pain signals, providing natural pain relief.
4. Breaks Down Scar Tissue & AdhesionsThe cavitation effect of shockwaves helps loosen tight or adhered tissues.
Common Conditions TreatedMusculoskeletal Conditions
- Plantar fasciitis
- Achilles tendinitis
- Heel spurs
- Tennis elbow / Golfer’s elbow
- Frozen shoulder
- Calcific rotator cuff tendinitis
- Subacromial bursitis
- Delayed bone healing or nonunion fractures
- Erectile dysfunction (vasculogenic ED)
- Muscle spasticity (post-stroke, cerebral palsy)
- Scar management
- How it’s done:
A handheld device delivers shockwaves to the treatment area in short pulses. - What you may feel:
Mild to moderate tapping or vibration; some discomfort is normal but tolerable. - Number of sessions:
Depends on your condition—typically once a week for several weeks. - Anesthesia:
Not usually needed. A topical or local anesthetic may be used if you are sensitive.
- Soreness
- Redness
- Swelling
- Temporary increase in pain
Who Should Avoid Shockwave TherapyESWT is not recommended for:
- Pregnant patients
- Individuals with bleeding disorders
- Patients using a pacemaker
- Areas with active infection, open wounds, or tumors
腰椎牵引治疗
腰椎牵引是一种常见的物理治疗方式，通过对下腰部施加牵拉力，增加椎体之间的空间，从而减轻椎间盘和神经的压力。适用于下背痛、坐骨神经痛或神经受压等情况，常作为综合治疗方案的一部分。
虽然研究对其单独使用的疗效有所争议，但对部分患者仍具有潜在的帮助。整体来说，腰椎牵引属于安全的治疗方式，副作用较少，但仍可能出现疼痛加重或肌肉痉挛等情况。
一、治疗原理
五、注意事项
腰椎牵引是一种常见的物理治疗方式，通过对下腰部施加牵拉力，增加椎体之间的空间，从而减轻椎间盘和神经的压力。适用于下背痛、坐骨神经痛或神经受压等情况，常作为综合治疗方案的一部分。
虽然研究对其单独使用的疗效有所争议，但对部分患者仍具有潜在的帮助。整体来说，腰椎牵引属于安全的治疗方式，副作用较少，但仍可能出现疼痛加重或肌肉痉挛等情况。
一、治疗原理
- 牵拉腰椎： 通过外力将腰椎向外拉伸。
- 减轻压力： 有助于减轻椎间盘和神经受压，从而缓解疼痛。
- 改善活动度： 牵引可增加腰部活动幅度，使动作更加灵活。
- 缓解下背痛与不适。
- 神经减压： 减少对坐骨神经等受压神经的刺激。
- 改善下腰部活动度： 减轻僵硬，提高灵活性。
- 疼痛加重： 原有疼痛可能暂时加重，或出现沿腿放射的疼痛。
- 肌肉痉挛： 有可能引发肌肉紧绷或痉挛。
- 神经症状恶化： 在极少数情况下可能加重原有的神经问题，严重者可能需进一步治疗。
- 椎间盘突出
- 腰部肌肉痉挛
- 一般性下背痛与僵硬
- 神经受压导致的不适
通常与运动治疗、手法治疗或物理治疗结合使用效果更好。
五、注意事项
- 应由医疗专业人员评估并指导，确保牵引方式与力度适当。
- 2016 年研究显示：牵引联合运动治疗与单纯运动治疗相比，在神经根受压的下背痛患者中效果无明显差异，因此牵引不应作为唯一治疗方式。
- 请务必遵循医生或治疗师的建议，避免自行加大牵引力度，以免受伤。
Lumbar Traction
Lumbar traction is a physical therapy that involves pulling on the lower spine to create space between the vertebrae, which can help with low back pain, sciatica, or a pinched nerve by relieving pressure on discs and nerves. While some studies question its effectiveness when used alone, it can be a treatment option for certain patients and is often part of a larger care plan. Potential side effects, though uncommon, can include an increase in pain or muscle spasms.
How it works - Traction uses a pulling force to stretch the lumbar (lower) spine.
- This can help decompress spinal discs and nerves, potentially reducing pain and improving mobility.
- It can be applied manually, using motorized devices, or even through home-based methods like using gravity.
- Potential benefits
- Pain relief: Can help alleviate lower back pain and discomfort.
- Nerve decompression: Aims to decrease pressure on pinched nerves, such as those affected by sciatica.
- Improved mobility: May help increase mobility in the lower back.
- Increased pain: In some cases, existing pain can be worsened, or a shooting pain down the limbs may occur.
- Muscle spasms: Can cause muscle spasms.
- Aggravation of neurological signs:There is a risk of making existing neurological symptoms worse, which may, in rare cases, require subsequent surgery.
- Who might benefit
- The effectiveness of lumbar traction can depend on the specific cause of the back pain.
- It is often recommended for conditions like protruded intervertebral discs, spinal muscle spasms, and general pain and stiffness.
- It may be part of a comprehensive plan that includes other interventions like exercise and physical therapy.
- Important considerations
- It is crucial to use a method and force prescribed by a healthcare professional to avoid injury.
- A 2016 study suggested that traction with exercise was no more effective for low back pain with nerve root impingement than physical therapy exercises alone, and some research questions its effectiveness as a standalone treatment.
- A healthcare provider can determine if traction is a suitable option for your specific condition and, if so, the correct way to apply it.
- Risks and side effects:
- Increased pain: In some cases, existing pain can be worsened, or a shooting pain down the limbs may occur.
- Muscle spasms: Can cause muscle spasms.
- Aggravation of neurological signs:There is a risk of making existing neurological symptoms worse, which may, in rare cases, require subsequent surgery.
- The effectiveness of lumbar traction can depend on the specific cause of the back pain.
- It is often recommended for conditions like protruded intervertebral discs, spinal muscle spasms, and general pain and stiffness.
- It may be part of a comprehensive plan that includes other interventions like exercise and physical therapy.
- Important considerations
- It is crucial to use a method and force prescribed by a healthcare professional to avoid injury.
- A 2016 study suggested that traction with exercise was no more effective for low back pain with nerve root impingement than physical therapy exercises alone, and some research questions its effectiveness as a standalone treatment.
- A healthcare provider can determine if traction is a suitable option for your specific condition and, if so, the correct way to apply it.
- Who might benefit
- The effectiveness of lumbar traction can depend on the specific cause of the back pain.
- It is often recommended for conditions like protruded intervertebral discs, spinal muscle spasms, and general pain and stiffness.
- Important considerations
- It is crucial to use a method and force prescribed by a healthcare professional to avoid injury.
- A 2016 study suggested that traction with exercise was no more effective for low back pain with nerve root impingement than physical therapy exercises alone, and some research questions its effectiveness as a standalone treatment.
- A healthcare provider can determine if traction is a suitable option for your specific condition and, if so, the correct way to apply it.
- It may be part of a comprehensive plan that includes other interventions like exercise and physical therapy.
TECAR 疗法
TECAR 疗法是一种非侵入性的物理治疗，通过射频能量来刺激身体的自然愈合过程。
它广泛用于治疗多种肌肉骨骼和神经系统疾病，例如运动损伤、术后康复和关节疾病。该疗法有助于促进组织修复、增加血液循环并缓解疼痛。
TECAR 使用 电容模式 与 电阻模式 两种方式，可分别作用于浅层或深层组织。
TECAR 疗法的工作原理
主要作用与优势
适应症
TECAR Therapy
TECAR therapy is a non-invasive physical therapy that uses radiofrequency energy to stimulate the body's natural healing processes. It is used to treat a variety of musculoskeletal and neurological conditions, such as sports injuries, post-operative rehabilitation, and joint disorders, by promoting tissue repair, increasing circulation, and relieving pain. The therapy uses two modes—capacitive and resistive—to target either superficial or deep tissues.
How TECAR therapy works
It uses radiofrequency energy to generate a mild current that can be applied through two different electrodes.
TECAR 疗法是一种非侵入性的物理治疗，通过射频能量来刺激身体的自然愈合过程。
它广泛用于治疗多种肌肉骨骼和神经系统疾病，例如运动损伤、术后康复和关节疾病。该疗法有助于促进组织修复、增加血液循环并缓解疼痛。
TECAR 使用 电容模式 与 电阻模式 两种方式，可分别作用于浅层或深层组织。
TECAR 疗法的工作原理
- 通过射频能量产生轻微电流，并借由两种不同类型的电极施加到身体组织。
- 电容模式（Capacitive）： 主要作用于浅层组织，如皮肤与浅层肌肉。
- 电阻模式（Resistive）： 能量穿透更深的致密组织，如肌腱、韧带与关节。
- 这两种模式使治疗能够根据不同损伤与症状进行个性化调整。
主要作用与优势
- 促进组织愈合： 刺激细胞代谢与修复机制。
- 消炎止痛： 具有抗炎与镇痛效果。
- 改善血液循环： 增加治疗区域的血流，有助输送氧气与营养。
- 减少肿胀： 协助淋巴引流，加速瘀血、血肿等组织液的吸收。
- 加速康复： 能缩短各种损伤的恢复时间与康复周期。
适应症
- 瘀伤与扭伤
- 运动损伤
- 肌肉与肌腱损伤
- 术后恢复
- 脊柱及四肢关节疾病
- 神经病变
- 软组织疤痕
TECAR Therapy
TECAR therapy is a non-invasive physical therapy that uses radiofrequency energy to stimulate the body's natural healing processes. It is used to treat a variety of musculoskeletal and neurological conditions, such as sports injuries, post-operative rehabilitation, and joint disorders, by promoting tissue repair, increasing circulation, and relieving pain. The therapy uses two modes—capacitive and resistive—to target either superficial or deep tissues.
How TECAR therapy works
It uses radiofrequency energy to generate a mild current that can be applied through two different electrodes.
- Capacitive mode: Targets more superficial tissues like the skin and muscles.
- Resistive mode: Penetrates deeper into denser tissues, such as tendons, ligaments, and joints.
- This dual method allows for customized treatment for different types of injuries and conditions.
- Tissue healing: Stimulates cellular metabolism and repair processes.
- Pain relief: Offers anti-inflammatory and analgesic effects.
- Improved circulation: Enhances blood flow to the treated area, which helps deliver oxygen and nutrients.
- Reduced swelling: Aids in lymphatic drainage and the reabsorption of hemorrhagic masses like bruises and hematomas.
- Rehabilitation: Can reduce recovery and rehabilitation time for various injuries.
- Bruises and sprains
- Sports traumas
- Muscle and tendon injuries
- Post-operative recovery
- Spine and peripheral joint disorders
- Neuropathies
- Scar tissue
- Vascular and lymphatic disorders
治疗性超声波
治疗性超声波治疗性超声波使用低能量超声波治疗软组织，可止痛并促进愈合。通过在肌肉、肌腱、韧带和关节中产生热能和微小振动，帮助缓解疼痛、减少炎症、改善血液循环并松解疤痕组织。常用于韧带扭伤、肌肉拉伤和肌腱炎。
工作原理
Therapeutic ultrasound
Therapeutic ultrasound uses low-power ultrasound waves to treat soft tissues for pain relief and healing. It works by generating heat and vibrations in muscles, tendons, ligaments, and joints, which can help decrease pain, reduce inflammation, improve blood flow, and break up scar tissue. Common applications include injuries like ligament sprains, muscle strains, and tendonitis.
How it works
治疗性超声波治疗性超声波使用低能量超声波治疗软组织，可止痛并促进愈合。通过在肌肉、肌腱、韧带和关节中产生热能和微小振动，帮助缓解疼痛、减少炎症、改善血液循环并松解疤痕组织。常用于韧带扭伤、肌肉拉伤和肌腱炎。
工作原理
- 深层加热： 利用声波加热深层软组织，促进血液循环并便于肌肉拉伸。
- 组织振动： 声波产生微小振动，放松紧绷肌肉并松解疤痕黏连。
- 施作方式： 治疗师在皮肤上涂抹导电凝胶，用探头缓慢移动进行治疗。
- 缓解疼痛
- 促进血液循环
- 减少肿胀
- 改善疤痕组织
- 提升柔韧度
- 扭伤、拉伤、瘀伤
- 肌腱炎、网球肘、高尔夫球肘
- 关节炎及其他关节疾病
- 疤痕黏连及软组织疤痕问题
- 表浅灼伤：探头停留过久可能造成灼伤
- 不适感：轻微不适，通常短暂
- 禁忌症：眼部、脊柱、心脏起搏器周围及孕妇子宫附近禁止使用
Therapeutic ultrasound
Therapeutic ultrasound uses low-power ultrasound waves to treat soft tissues for pain relief and healing. It works by generating heat and vibrations in muscles, tendons, ligaments, and joints, which can help decrease pain, reduce inflammation, improve blood flow, and break up scar tissue. Common applications include injuries like ligament sprains, muscle strains, and tendonitis.
How it works
- Deep heating: Therapeutic ultrasound uses sound waves to heat deep soft tissues, increasing blood circulation and allowing for easier stretching of muscles.
- Vibration: The waves cause tiny vibrations in the tissue, which can help loosen tight muscles and break up scar tissue adhesions.
- Application: A therapist applies a conductive gel to the skin and moves a wand-like device over the area to be treated.
- Pain relief: Reduces pain by heating and relaxing soft tissues.
- Improved circulation: Increases blood flow to the area to promote healing.
- Reduced swelling: Can help reduce inflammation.
- Healing scar tissue: Helps break down scar tissue that can limit movement.
- Improved flexibility: Loosens tight muscles and tendons, making them easier to stretch.
- Soft tissue injuries: Sprains, strains, and bruises
- Tendon issues: Tendonitis and conditions like tennis or golfer's elbow
- Joint problems: Arthritis and other joint disorders
- Scar tissue: Adhesions and other scar tissue issues
- Superficial burns: Can occur if the ultrasound probe is held still for too long on the skin.
- Discomfort: Some minor discomfort can occur due to the shockwaves produced, though it is usually mild and temporary.
- contraindications: Should not be used over the eyes, spine, pacemakers, or near a pregnant woman's womb