Diagnosis is a fundamental part of a physiotherapist's work. Effective diagnosis allows a thorough understanding of the patient's problems, which is essential for developing an effective treatment plan. Physiotherapists use a variety of diagnostic methods and tools to assess a patient's motor function, musculoskeletal structure and overall health. In this article, we will look at the most important diagnostic methods and tools used in physiotherapy.

   1. Medical history

   1.1 Medical history

  The first step in the diagnostic process is a detailed medical interview, during which the physiotherapist collects information about the patient's medical history. He asks about previous injuries, surgeries, chronic conditions, current ailments and lifestyle. This interview helps to understand the patient's health context and identify potential causes of problems.

   1.2 Symptoms and complaints

  The physiotherapist asks the patient about symptom characteristics, such as the location of the pain, its intensity, duration, relieving and aggravating factors, and associated functional limitations. This information helps to pinpoint the problem and its impact on the patient's daily life.

   2. Physical examination

   2.1 Inspection

   Inspection is a visual assessment of the patient's body to note any asymmetries, swellings, skin changes, deformities and other visible abnormalities. The physiotherapist evaluates the patient's posture, the way he or she moves, and his or her overall physique.

   2.2 Palpation

  Palpation is a technique that involves examining a patient's body by touch. It allows assessment of muscle tone, tissue condition, presence of pain points and joint structure. Palpation is important in identifying areas of increased sensitivity and assessing the condition of soft tissues.

   2.3 Range of motion (ROM)

  Range of Motion (ROM) assessment involves measuring the ability of joints to move in different directions. A physical therapist uses a goniometer or inclinometer to accurately measure the angles of joint movement. ROM assessment helps identify movement limitations and determine their severity.

   2.4 Muscle strength

  Assessment of muscle strength is crucial in physiotherapy diagnosis. A physiotherapist assesses a patient's muscle strength using manual tests or dynamometry. Manual tests assess the ability of muscles to resist the resistance of the physiotherapist's hand, while dynamometry allows precise measurement of muscle strength using a specialized device.

   3. Functional tests

   3.1 Balance tests

  Balance tests are used to assess a patient's ability to maintain a stable body position in various situations. Examples of such tests include the single-leg stand test, the dynamic balance test and the functional balance test. These tests assess the risk of falls and identify coordination problems.

   3.2 Mobility tests

  Mobility tests assess a patient's ability to perform smooth and full joint movements. Examples of mobility tests include Sit and Reach, spinal flexion and extension tests, and joint rotation tests. Mobility problems may indicate movement limitations due to muscle tension, adhesions or joint degeneration.

   3.3 Neuromuscular function tests

  Neuromuscular function tests assess the nervous system's ability to control muscles and body movements. Examples of such tests include reflex tests, assessing hand-eye coordination and proprioception tests. Problems with neuromuscular function can indicate nerve damage, neurological conditions or coordination disorders.

   4. Imaging diagnostics

   4.1 X-ray (x-ray)

  X-ray is one of the most widely used imaging diagnostics in physiotherapy. It allows assessment of bone structure, joints and the presence of fractures, dislocations and degeneration. Physiotherapists can use X-ray results to precisely locate problems and adjust treatment plans.

   4.2 Magnetic resonance imaging (MRI)

  Magnetic resonance imaging (MRI) is an advanced diagnostic method that produces detailed images of soft tissues such as muscles, ligaments, cartilage and nerves. MRI is particularly helpful in diagnosing sports injuries, joint disorders and spinal problems.

   4.3 Computed tomography (CT)

  Computed tomography (CT) is a diagnostic method that produces three-dimensional images of anatomical structures of the body. CT is particularly useful in evaluating bone injuries, complex fractures and spinal problems. It is also used in the diagnosis of internal conditions, such as tumors or inflammatory lesions.

   5. Functional diagnosis

   5.1 Gait analysis

  Gait analysis is a technique that evaluates how a patient moves during different phases of gait. Physiotherapists can use sophisticated computer systems that record body movements and analyze them in real time. Gait analysis identifies biomechanical problems, asymmetries and imbalances.

   5.2 Electromyography (EMG)

  Electromyography (EMG) is a diagnostic method that evaluates the electrical activity of muscles. EMG allows precise measurement of muscle activity during movement and at rest. It is particularly useful in the diagnosis of neuromuscular problems such as neuropathies, myopathies and carpal tunnel syndrome.

   5.3 Podometry

  Podometry is a technique that assesses the distribution of foot pressure on the ground during walking and standing. Physiotherapists use specialized podometric platforms that record foot pressure data. Podometry is helpful in diagnosing problems related to posture, foot defects and gait biomechanics.

   6. Specialized tests

   6.1 Orthopedic tests

  Orthopedic tests are a set of specific tests that assess the function of joints, ligaments, tendons and muscles. Examples of such tests include the McMurray test (evaluation of the meniscus of the knee), the Lachman test (evaluation of the anterior cruciate ligament) and the Hawkins-Kennedy test (evaluation of the subacromial conflict). These tests make it possible to precisely locate problems and determine their causes.

   6.2 Neurological tests

  Neurological tests assess the function of the nervous system, including the peripheral and central nerves. Examples of neurological tests include reflex tests, sensory tests (sensory evaluation), muscle strength tests, and assessing motor coordination. Problems with neurological function can indicate nerve damage, neurological conditions or coordination disorders.

   6.3 Respiratory function tests

  Respiratory function tests assess a patient's ability to breathe and lung function. Examples of such tests include spirometry (measuring lung capacity), airflow tests and exercise tests. Problems with respiratory function can indicate respiratory conditions such as asthma, COPD or respiratory failure.

   Summary

  Diagnosis in physiotherapy is an integral part of effective therapy. Through a variety of diagnostic methods and tools, physiotherapists are able to accurately assess a patient's condition, identify the causes of problems and develop a personalized treatment plan. From medical history, physical examination, functional testing, diagnostic imaging and advanced functional analysis techniques, each method has its unique place in the diagnostic process. Effective diagnosis allows for optimal therapeutic results and improved quality of life for patients.