Imaging and radiological diagnostics

Imaging and radiological diagnostics form the foundation of modern preventive and clinical medicine, as they provide a detailed insight into both the structure and functional status of key organs and organ systems. By using various diagnostic methods, even very subtle tissue changes can be detected early, often before any significant clinical symptoms appear.

In addition to their exceptional diagnostic value, imaging methods play an important role in assessing individual risk for developing chronic diseases (e.g., cardiovascular, metabolic, or degenerative conditions). By analyzing the results, it is possible to identify risk factors early and plan appropriate preventive measures and personalized health strategies.

Diagnostic Ultrasound

Diagnostic ultrasound is performed according to clinical indication and patient sex, following our Longevity protocol. It includes ultrasound of the heart, Color Doppler of the carotid and vertebral arteries, abdominal ultrasound, and thyroid ultrasound. For men, prostate ultrasound may also be performed, while for women, breast ultrasound is included. Mammography is conducted based on age and individual risk.

Heart ultrasound – provides a detailed view of the heart’s structures, including ventricles and atria, the size of heart chambers, heart valves, as well as the myocardium and contractility. This examination can also visualize the initial segment of the aorta. The information obtained is crucial for a comprehensive assessment of heart function.

Color Doppler of carotid and vertebral arteries – assesses blood flow through the arteries in the neck, helping detect atherosclerotic changes, hard and soft plaques, and stenosis of the carotid arteries.

Ultrasound of the abdomen - allows diagnosis of diseases of abdominal organs, including the liver, gallbladder, bile ducts, pancreas, spleen, and kidneys. It also evaluates the abdominal aorta, enlarged lymph nodes or the presence of free fluid in the abdomen.

Thyroid ultrasound – assesses the size of the thyroid, structural changes, acute or chronic inflammation, benign and malignant lesions and vascularization.

Ultrasound of the breast – examines palpable breast masses and can detect benign changes (inflammation, cysts, benign tumors) as well as malignant changes (breast cancer). It is also used as an adjunct to mammography in women with dense glandular tissue, breast pain, nipple discharge or for evaluating implants.

Mammography – a radiological examination used to detect breast diseases and is the gold standard for early breast cancer detection, especially in women over 40.

All of these examinations allow for timely detection of structural and functional changes in the cardiovascular, digestive and endocrine systems.

FibroScan® of the liver

FibroScan® represents the gold standard among non-invasive elastography methods, accurately and painlessly measuring liver stiffness and elasticity.

Thanks to its high precision in assessing the degree of fatty infiltration and liver tissue damage, this method is extremely valuable for the early detection of liver disease, even before symptoms appear. It also enables monitoring the progression of various liver conditions, including steatosis (fatty liver), alcoholic liver disease, chronic viral hepatitis B and C, autoimmune liver diseases and metabolic liver disorders.

By monitoring liver damage progression, increased risk for hepatocellular carcinoma (liver cell cancer) can be identified early, allowing for the planning of patient follow-up programs. This method can also track the positive effects of treatment for specific liver diseases.

Whole-Body Composition Analysis (Densitometry)

Monitoring body composition and bone health is another fundamental step in maintaining vitality and preventing chronic diseases. Regular assessment allows early detection of changes in the body and supports targeted decisions to maintain health and functionality over time.

The most precise and reliable method to achieve this is the DXA densitometry technique, which measures whole-body composition. For diagnostics, we use the GE Lunar Prodigy device.

Whole-body composition analysis provides precise data on:

body fat percentage and total fat mass
total muscle mass and its distribution across the body
BMI and total body weight
bone density and mass
differences between visceral fat percentage and mass compared to subcutaneous abdominal fat

Preserving muscle mass and bone density is crucial for long-term health. Adequate muscle mass contributes to metabolic balance, strength and overall functionality, while good bone density reduces the risk of osteoporosis and fractures.

Early detection of changes enables better planning of prevention, monitoring, and treatment. Book your appointment and take an important step toward preserving your health and vitality in the long term.