Neoplasms

Skin and Connective Tissue Diseases

All Conditions

Symptoms and General Pathology

Behaviors and Mental Disorders

Nervous System Diseases

Rare Diseases

Breast Neoplasms

Chronic Pain

Kinesiophobia

Pain

Breast Diseases

Skin Diseases

Neurologic Manifestations

Phobic Disorders

Anxiety Disorders

Mental Disorders

Psychotic Disorders

Chronic Graft Versus Host Disease

Participants will receive a 9-week physiotherapy program. Consisting of 3 sessions of pain neuroscience education and 24 sessions of therapeutic exercise (16 face-to-face sessions and 8 at home).

Pain neuroscience education and therapeutic exercise

Jose Antonio Lores, PT

Introduction: Breast cancer represents the most common type of malignant neoplasm worldwide. Advances in diagnosis and treatment have increased the life expectancy of patients. However, the sequelae associated with treatment and disease in survivors such as chronic pain, kinesiophobia and loss of physical function represent a long-term health problem. Physical therapy is a frequently used strategy for the treatment of sequelae in the acute stage of the disease, but there is a need to evaluate its effectiveness in cancer survivors with chronic sequelae. Therapeutic exercise and pain neuroscience education have been shown to be effective in the management of populations with chronic pain and loss of function; however, more evidence is needed in specific populations of cancer survivors. Objective:To evaluate the effectiveness of a physical therapy program based on pain neuroscience education and therapeutic exercise for the treatment of chronic pain, kinesiophobia and loss of physical function in breast cancer survivors. Methodology. Quasi-experimental study. The sample will consist of 40 female breast cancer survivors. The intervention will last 9 weeks, with 3 sessions of pain neuroscience education and 24 sessions of therapeutic exercise, 3 times per week (16 face-to-face sessions and 8 sessions at home). The intervention will be carried out in small groups of 8 to 12 people. The frequency and intensity of pain, the level of kinesiophobia and physical functionality and the range of of motion of the shoulder will be evaluated in 4 assessments, before the intervention (T0), 3rd (T1), 6th (T2) and 9th (T3) week of the intervention. Different validated measurement instruments will be used in this population such as self-report scales, questionnaires and the use of a goniometer.

Pain Neuroscience Education and Therapeutic Exercise as a Treatment for Breast Cancer Survivors Living With Sequelae

Pain Neuroscience Education and Therapeutic Exercise as a Treatment for Chronic Pain, Kinesiophobia and Increased Physical Functionality in Breast Cancer Survivors

An initial survey with 2 sections will be applied: the first will collect information on sociodemographic variables such as: age, marital status, occupation, level of schooling, weight, height, BMI, habits (alcohol and tobacco) and comorbidities. The second will contain questions on the clinical characteristics of breast cancer such as: number of months with pain, time since initial diagnosis, time elapsed and stage of breast cancer at diagnosis, type of breast cancer according to histological classification, hormone receptor status, location of breast cancer (right, left or bilateral), type of surgery and other treatments (radiotherapy, chemotherapy, hormone therapy or inmunotherapy), the region of pain (axilla, shoulder, arm or thorax).

The DN4 questionnarie will be used to discriminate between neuropathic and nociceptive type of pain. The DN4 questionnaire consists of a total of 10 items grouped in 4 sections. The first seven items are related to the quality of pain (burning, painful cold, electric shocks) and its association to abnormal sensations (tingling, pins and needles, numbness, itching). The other 3 items are related to neurological examination in the painful area (touch hypoesthesia, pinprick hypoesthesia, tactile allodynia). A score of 1 is given to each positive item and a score of 0 to each negative item. The total score is calculated as the sum of all 10 items, and the cut-off value for the diagnosis of neuropathic pain is a total score of 4/10.

To evaluate central sensitization related symptoms part A of the Spanish Central Sensitization Inventory (CSI) will be used. Part A of the CSI assesses 25 health-related symptoms common to central sensitization, with total scores ranging from 0 to 100. . A total score of 40 or higher indicates the presence of central sensitization.

To evaluate possible nociplastic pain, the clinical criteria for nociplastic pain affecting the musculoeskeletal system propose by the International Association for The Study of Pain (IASP) Terminology Task Force (TTF) will be used. It consists of 4 items to clinically evaluate: the type of pain (if greater than 3 months, its distribution and the presence or not of nociceptive type of pain), history of hypersensitivity in the region of pain, presence of comorbidities (sensitivity to sound or light, sleep problems, fatigue or cognitive problems), evoked pain hypersensitivity in the region of pain (static mechanical allodynia, static dynamic allodynia, allodynia to heat or cold). Presence of item 1 and 4 is classifed as possible nociplastic pain, and all of the above (item 1, 2, 3 and 4) as probable nociplastic pain.

Pain intensity will be measured using the visual analog scale (VAS), participants will report their pain intensity within a range of 0 to 100 millimeters, with 0 being no pain and 100 being the maximum pain.

Participants will report the number of days per week with pain.

Kinesiophobia will be measured through the Tampa Kinesiophobia Scale Spanish version with 11 items (TSK-11V). It consists of a self-report instrument with 11 items related to fear of movement or injury relapse. Each ítem is measured on a Likert-type scale between 1 and 4 points, being 1 totally disagree and 4 totally agree, being able to obtain a total between a range of 11 to 44 final points. The higher the score, the higher the level of kinesiophobia.

Physical functionality will be measured through the Upper Limb Functional Index scale (ULFI-Sp), which consists of a list of 25 items. Each item is scored on a 3-point scale by filling in a box, so that filling in the whole box means strongly agree, half a box means partially agree, and leaving it empty means strongly disagree, giving it a score of 1, 0.5 and 0 points respectively. The total score (25 points maximum) is multiplied by 4 to obtain a score based on 100 points, of which 0 would represent no functional limitation and 100 maximum limitation. The first 16 items refer to common functional activities, while the other 9 focus on activities involving the use of the upper limb.

Active joint range of motion (active ROM) will be measured as part of the physical function assessment of the patient's upper limb. Flexion, horizontal flexion, extension, internal rotation, external rotation and abduction of both shoulders will be measured. Active ROM will be measured using a BASELINE® brand 12-inch shoulder goniometer. Three goniometric measurements will be taken per movement, and the average will be taken to obtain a value of the active ROM between a range of 0 and 180 degrees.

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