MRI / Body Parts
Diffusion-Weighted Brain MRI (DWI)
Sometimes, instead of scanning the entire body, it is necessary to focus solely on the "command center." Unlike standard brain MRIs, Diffusion-Weighted Brain MRI (DWI) measures the movement (diffusion) of water molecules within the tissues. This method is the fastest medical aid, particularly in emergencies and critical diagnoses.
1. Why is Diffusion-Weighted Brain MRI Performed
Diffusion MRI reveals conditions in minutes that might take hours to detect with a standard MRI. It is of vital importance in the following situations:
Stroke and Paralysis Risk (Acute Ischemia): When a blockage occurs in the brain vessels, the movement of water within the cells is restricted within seconds. This method allows for early intervention by detecting damage immediately after a stroke occurs.
Tumor and Mass Analysis: It provides critical information about the structure of a mass in the brain by analyzing its cellular density.
Brain Infections (Abscesses): It is the most reliable way to distinguish infection foci (abscesses) in the brain tissue from other fluid accumulations.
2. Which Anatomical Structures Does This Examination Cover
Diffusion-Weighted Brain MRI examines all critical structures within the skull (Cranium) at a millimetric level:
Cerebrum: The largest region, housing the centers for thought, memory, and movement control.
Cerebellum: The main center for the body's balance and coordination system.
Brainstem (Truncus Encephali): The bridge structure between the brain and the spinal cord that manages vital functions such as breathing and heartbeat.
Ventricular System: The channels and spaces through which Cerebrospinal Fluid (CSF) circulates.
Family Physician Consultation and Proper Guidance
We do not simply leave you with a technical report once your scanning process is complete. We draw the "road map" of your health together:
Expert Review: Your Diffusion-Weighted Brain MRI results are meticulously examined by our specialist Family Physician along with the radiology report.
Personal Consultation: Our physician meets with you one-on-one to explain the findings in your brain tissue in plain language and interprets your general neurological health.
Rapid and Accurate Guidance: If a specific finding (a vascular problem, mass, or lesion) is detected in the images, our physician will direct you to the relevant specialist (Neurologist or Neurosurgeon) without losing time, ensuring you start the most accurate treatment as soon as possible.
Biopsy and Pathology
If our doctor detects a suspicious cluster of cells in the brain tissue, they may request a biopsy and pathology to confirm the character of this formation (benign or malignant). While imaging tells us the location of the risk, pathology determines its true identity. This is the globally accepted gold standard for an accurate treatment plan.
Total Spine MRI
The spine, our body's main support column, is a vital structure that protects the nerve networks transmitting commands from the brain to the entire body. A Total Spine MRI is a comprehensive imaging method that examines the entire spine as a whole, from top to bottom. Optionally, these regions can be examined individually or targeted toward a specific limb as needed.
1. The Three Critical Regions of the Spine
A Total Spine MRI anatomically covers three main sections:
Cervical MRI (Neck Region): Covers the 7 cervical vertebrae starting just below the skull. It is used to detect the causes of neck hernias, calcification, or pain radiating from the neck to the arms.
Thoracic MRI (Mid-Back Region): Examines the 12 vertebrae located behind the rib cage, from where the neck ends to where the lower back begins. This scan identifies back pain, postural deformities (scoliosis/kyphosis), and nerve compression in this area.
Coccygeal MRI (Lower Spine / Tailbone Region): Examines the lowest part of the spine, including the tailbone (coccyx) and the sacrum region where it meets the pelvis (hip bone). It is critical for diagnosing pain occurring while sitting, lower spine traumas, or nerve ending sensitivities in this area.
2. Why is Total Spine MRI Performed and When is it Necessary
The spinal system is a single entity: a problem in one region can affect another. Examining the entire spine is of vital importance in the following cases:
Herniation and Nerve Compression: To determine the location and degree of pressure on the nerves resulting from slipped discs between the vertebrae (disc herniation).
Postural Deformities: To see the impact of conditions such as scoliosis (curvature of the spine) on the entire spinal line.
Spinal Stenosis: To detect cases where the canal through which the spinal cord passes narrows and compresses the nerves.
Referred Pain: To find the true cause of chronic pain spreading to the back, lower back, or legs, the source of which is not fully known.
Family Physician Consultation and Proper Guidance
When your imaging process is complete, we do not leave you alone with complex reports
Expert Review: All your Total Spine MRI results are meticulously examined by our specialist Family Physician along with the radiology report.
Personal Consultation: Our physician shares your results with you, explaining the findings in your neck, back, or lower spine in plain language and interprets your overall spinal health.
Rapid and Accurate Guidance: If a hernia requiring surgery, nerve compression, or a structural problem is detected in the images, our physician will direct you to the relevant specialist (Neurosurgeon or Physical Therapy Specialist) without delay to start your treatment process.
Biopsy and Pathology
If a suspicious mass or lesion is detected along the spinal line or in surrounding tissues, our physician may request a biopsy and pathology to confirm the character of this formation. While imaging shows us that "there is a problem there," pathology tells us "what that problem is." This is an indispensable gold standard for the correct treatment method.
Heart MRI
Protect the Rhythm and Health of Your Heart at the Pinnacle of Science
The heart is the engine of our body, ensuring the continuity of our vital functions. MRIScanTurkey’s 5 Tesla MRI technology allows us to "freeze" the heart—a constantly moving organ—at the highest resolution, analyzing every detail from muscle structure to vascular pathways at the "gold standard" level.
Why Should You Have a Cardiac MRI
Cardiac MRI is the most advanced, radiation-free method that simultaneously demonstrates both the structure of the heart and how well it functions. It is of vital importance in the following cases:
Heart Muscle Diseases (Cardiomyopathy): Detection of thickening, enlargement, or genetic disorders in the heart muscle.
Silent Heart Attacks and Damage Analysis: Identification of damaged tissue (scar) left in the heart muscle by past heart attacks that may have gone unnoticed.
Heart Failure: Precise measurement of the heart's pumping power (ejection fraction).
Valve Diseases: Functional analysis of narrowings or insufficiencies in the heart valves.
Congenital Disorders: Detailed mapping of structural differences present from birth.
What is Visible in a Cardiac MRI
Myocardium (Heart Muscle): Vitality, thickness, and inflammatory conditions (myocarditis) of the muscle tissue.
Pericardium: The condition of the membrane surrounding the heart and any fluid accumulation.
Cardiac Chambers: Volumes of the atria and ventricles.
Blood Flow Dynamics: The velocity and turbulence of blood within the heart.
Our Comprehensive Heart Screening Package
We do not settle for imaging alone; we subject your heart to a holistic check-up process.
Package Contents and Descriptions:
1. CT Coronary Angiography: Imaging of the vessels supplying the heart (coronary arteries) via computerized tomography within seconds; it instantly detects the risk of vascular occlusion.
2. ECG (Electrocardiogram): Monitors rhythm disturbances by creating an electrical map of the heart.
3. Single-View Chest X-Ray: Checks the placement of the heart within the chest cavity and its relationship with the lungs.
4. Hemogram (Complete Blood Count): Analyzes factors that strain the heart, such as anemia or infection.
5. Comprehensive Biochemistry Panel:
Liver and Kidney Functions (AST, ALT, GGT, ALP, BUN, Creatinine, Albumin, Protein): Measures the harmony of these organs with the heart.
Fat and Cholesterol Profile (Total, HDL, LDL, Triglyceride): Determines your risk of arteriosclerosis (hardening of the arteries).
Electrolytes and Minerals (Sodium, Potassium, Chloride, Calcium, Phosphorus): Checks the balance of vital minerals that regulate heart rhythm.
Vitamins and Metabolic Values (Vit D, Vit B12, Uric Acid): Critical values for general vascular health and cellular repair.
From Diagnosis to Treatment: Professional Consultation Process
Once your screening results are complete, ScanTurkey provides you with a roadmap:
1. Physician Evaluation: Your MRI images, angiography results, and laboratory values are synthesized by our Family Physician. A detailed consultation regarding your specific medical status is conducted.
2. Cardiology Referral: Based on the findings, our physician directs you directly to the relevant specialist (Cardiology or Cardiovascular Surgery), ensuring your recovery process begins in the most reliable way.
3. Advanced Diagnostic Steps: In the rare event that a mass or suspicious formation is detected within or around the heart, your physician may request Biopsy and Pathology tests for a definitive diagnosis.
Family Physician Consultation and Proper Guidance We do not simply leave you with a technical report once your scanning process is complete. We draw the "road map" of your heart health together:
Expert Review: Your Cardiac MRI results are meticulously examined by our specialist Family Physician with a holistic approach, alongside the radiology report.
Personal Consultation: Our physician meets with you one-on-one to explain the findings regarding your heart muscle, valves, and cardiac structure in plain language, interpreting your overall cardiovascular health.
Rapid and Accurate Guidance: If a specific finding (such as a vascular blockage, valve disorder, or heart muscle lesion) is detected in the images, our physician will direct you to the relevant specialist (Cardiologist or Cardiovascular Surgeon) without losing time, ensuring you start the most accurate treatment as soon as possible.
The Importance of Biopsy and Pathology
While MRI and CT technologies show us where a problem is, a Biopsy is the only method that tells us what that problem is.
Biopsy: The procedure of taking a microscopic sample from the suspicious area.
Pathology: The examination of this sample at the cellular level in a laboratory.
Naming the disease with 100% accuracy leaves no room for error in planning the appropriate treatment (medication, stent, or surgery). The most certain way to protect your health is to know the identity of the tissue.
Neck (Cervical) MRI
The neck region serves as a gateway for nerves originating from the brain and also houses vital organs that manage our breathing, swallowing, and metabolism. A Neck MRI is an advanced imaging method that examines both the skeletal structures and the vital internal organs (soft tissues) in this region in the finest detail.
1. Which Structures and Organs Does a Neck MRI Examine
During this scan, the complex anatomy of the neck region is evaluated in sections:
Thyroid and Parathyroid Glands: The structure, size, and potential nodules within these glands—which regulate your body's metabolic rate and calcium balance—are visualized in detail.
Larynx and Pharynx (Voice Box & Throat): The tissues of the vocal cords, the entrance to the windpipe (trachea), and the beginning of the esophagus are examined.
Lymph Nodes: We determine the status of the lymph nodes, which are the defensive strongholds of our immune system, and identify the causes of any potential swelling.
Salivary Glands: The health of the glands located in the mouth and neck area that initiate digestion is checked.
Cervical Spine and Soft Tissues: The relationships between the cervical vertebrae, discs, and the muscle groups in this region are analyzed.
2. Why is a Neck MRI Performed and When is it Necessary
A localized neck MRI examination is of vital importance, particularly for finding the source of the following complaints:
Thyroid Issues: To understand the character of a suspicious nodule in the thyroid gland that was felt by hand or detected via ultrasound.
Unexplained Swellings: To determine whether lumps (enlarged lymph nodes) forming in the neck area are due to an infection or a more serious mass.
Voice and Swallowing Problems: To examine the tissues in cases of persistent hoarseness, a feeling of something stuck in the throat, or difficulty swallowing.
Mass and Tumor Screening: To early-diagnose benign or malignant formations originating from the soft tissues in the neck.
Family Physician Consultation and Proper Guidance
We do not simply leave you with technical data once your scanning process is complete; we take charge of managing your health:
Expert Review: Your Neck MRI results are meticulously examined by our specialist Family Physician with a holistic approach, alongside the radiology report.
Personal Consultation: Our physician explains all findings—from your thyroid gland to your lymph nodes—in plain language and interprets your general health status.
Rapid and Accurate Guidance: If a thyroid nodule, a suspicious mass, or lymph node enlargement is detected in the images, our physician will direct you to the relevant specialist (Endocrinologist, ENT Specialist, or Oncologist) without delay to start the most accurate treatment process.
Biopsy and Pathology
If our doctor detects a suspicious structure in a nodule or mass in the neck region (especially in the thyroid), they may request a biopsy and pathology to confirm the character of this formation. While imaging shows us the location and size of the risk, a biopsy is the gold standard that determines whether the tissue is benign or malignant. The foundation of the correct treatment plan is laid with this analysis.
Chest (Thorax) MRI
The rib cage is not merely a protective shield composed of ribs; it is a critical region that houses life-sustaining organs such as the heart, lungs, and great vessels. A Chest (Thorax) MRI is an advanced diagnostic method that examines the soft tissues, vascular structures, and bone tissue in this area using high-resolution, radiation-free technology.
1. Which Parts and Structures Does a Chest MRI Cover
During this scan, the anatomical structures within the chest cavity (Thorax) are evaluated in detail:
Mediastinum: Examines the central region located between the two lungs, containing the heart, great vessels (Aorta, pulmonary arteries), esophagus, and trachea.
Pleura (Lung Membrane): Checks the structure of the membranes surrounding the lungs and monitors for any fluid accumulation between these membranes.
Chest Wall and Bone Structure (Sternum & Ribs): Focuses on the breastbone (Sternum), the ribs (Kotlar), and the muscle tissues surrounding these bones.
Lymph Nodes: Detects immune stations within the chest cavity and analyzes potential enlargements.
Diaphragm: Examines the structure of the primary muscle that separates the chest cavity from the abdominal cavity and facilitates breathing.
2. Why is a Chest MRI Performed and When is it Necessary
To find the source of complaints in the chest area and to protect internal organ health, an MRI is necessary in the following situations:
Mass and Tumor Screening: To determine the character of suspicious formations detected in the lungs, mediastinum, or chest wall.
Vascular Enlargements (Aneurysm): To monitor enlargements or structural abnormalities on the Aorta, the body's main artery.
Lymph Node Enlargement: To identify the cause (infection or oncological processes) of enlarged lymph nodes noticed within the chest.
Chronic Chest Pain: To investigate pain caused by chest wall or nerve compression issues, distinct from cardiac or lung-related causes.
Family Physician Consultation and Proper Guidance
Once your scanning process is complete, we do not simply leave you with a technical report; we manage your process under the guidance of an expert:
Expert Review: Your chest MRI results are meticulously reviewed by our specialist Family Physician with a holistic approach, alongside the radiology report.
Personal Consultation: Our physician meets with you one-on-one to explain findings regarding the pleura, vascular structures, or your chest wall in plain language.
Rapid and Accurate Referral: If a risk regarding cardiovascular health, a suspicious mass, or lymph node enlargement is detected in the images, our physician will refer you to the relevant specialist (Thoracic Surgeon, Cardiologist, or Oncologist) without delay to start your treatment process.
Biopsy and Pathology
If our doctor detects a suspicious cluster of cells in the tissues or lymph nodes within the chest cavity, they may request a biopsy and pathology to confirm the character of this formation. While imaging tells us "there is something there," pathology tells us "what that thing is." This is the globally accepted gold standard for the most accurate treatment plan.
Upper Extremity MRI
The shoulder, arm, and hand region—the parts of our body we use most actively in daily life—is a magnificent marvel of engineering where bones, muscles, tendons, and nerves are intertwined. An Upper Extremity MRI is an advanced diagnostic method that detects even the smallest damages in this complex structure with high resolution.
1. Which Regions Does an Upper Extremity MRI Cover
When we say "upper extremity," we can examine the following regions from the shoulder to the fingertips, either individually or holistically, for both the right and left sides (bilateral):
Shoulder MRI: Examines the shoulder joint (Glenohumeral joint) where the arm connects to the torso. It is particularly critical for tears in the muscle group known as the "rotator cuff" and shoulder impingement syndromes.
Upper Arm MRI: Scrutinizes the Humerus bone between the shoulder and the elbow, as well as the strong muscle tissues surrounding it.
Elbow MRI: Examines the region where the upper arm bone and forearm bones meet. It is used to detect conditions such as tennis elbow or nerve compression.
Forearm MRI: Visualizes the dual-bone structure (Radius and Ulna) between the elbow and the wrist, along with the neurovascular networks in this area.
Wrist and Hand MRI: Examines the small bones in the wrist (Carpal bones), the finger bones, and the tendons. It is the most reliable method for diagnosing canal narrowing (Carpal Tunnel Syndrome) and microscopic cracks.
2. Why is an Upper Extremity MRI Performed and When is it Necessary
Finding the source of complaints in the arm and hand region is the first step toward correct treatment. An MRI examination is necessary in the following situations:
Traumas and Sports Injuries: To detect muscle tears, ligament ruptures, and bone edema.
Chronic Pain: To determine the cause of calcification (Arthritis), increased joint fluid, or persistent aching.
Nerve Compression: To identify nerve pressure causing numbness, tingling, or loss of strength in the arms.
Soft Tissue Masses: To analyze suspicious formations noticed under the skin or deep within the muscles.
Family Physician Consultation and Proper Guidance
We are by your side during the process of making sense of the results once your imaging process is finished:
Expert Review: Your upper extremity MRI results are meticulously examined by our specialist Family Physician along with the radiology report.
Personal Consultation: Our physician explains the findings in your joints or muscles in plain language and interprets the cause of your restricted mobility.
Rapid and Accurate Guidance: If a tear requiring surgical intervention, a serious fracture, or nerve compression is detected in the images, our physician will direct you to the relevant specialist (Orthopedics and Traumatology or Physical Therapy Specialist) without delay to start your treatment process.
Biopsy and Pathology
If our doctor detects a suspicious cluster of cells in the muscle or bone tissue, they may request a biopsy and pathology to confirm the character of this formation. While imaging shows us "where there is a problem," pathology tells us "what that problem is." This is the globally accepted gold standard for the most accurate treatment plan.
Lower Extremity MRI
Our leg and foot system, which carries all our load in the rhythm of daily life, consists of complex joints, strong muscle groups, and sensitive nerve networks. A Lower Extremity MRI is an advanced imaging method that detects structural problems, hidden injuries, and causes of pain in this region with the highest detail.
1. Which Regions Does a Lower Extremity MRI Cover
In our lower extremity scans, we meticulously examine the regions extending from the hip to the fingertips, both for the right and left sides (bilaterally):
Upper Leg (Thigh) MRI: Examines the Femur, the longest bone in the body, and the strong muscle groups surrounding it (quadriceps and hamstrings). It is used to detect muscle tears and bone tissue problems.
Knee MRI: Scrutinizes the knee region, the most complex joint in the body, in terms of menisci, anterior cruciate ligaments (ACL), and cartilage structure.
Lower Leg (Calf) MRI: Visualizes the Tibia and Fibula bones between the knee and ankle, along with the muscle and vascular structures there.
Ankle and Foot MRI: Examines the ankle joint, heel bone, Achilles tendon, and the small bone structure of the foot. It identifies structural issues causing sprains, tendon inflammation, and gait disorders.
2. Why is a Lower Extremity MRI Performed and When is it Necessary
A Lower Extremity MRI is indispensable for finding the source of problems that cause difficulty in walking, running, or maintaining balance. This examination is necessary in the following situations:
Sports Injuries: To determine the degree of ligament ruptures, meniscus tears, or muscle strains.
Persistent Joint Pain: To understand the cause of chronic aching and restricted mobility in the knee, ankle, or hip region.
Edema and Swelling: To analyze increased fluid within the joint (effusion) or soft tissue swelling.
Neurological Complaints: To detect nerve compressions causing numbness, tingling, or loss of strength in the legs.
Family Physician Consultation and Proper Guidance
We do not simply leave you with a report once your scanning process is complete; we plan your recovery process accompanied by an expert:
Expert Review: Your lower extremity MRI results are meticulously examined by our specialist Family Physician with a holistic approach, alongside the radiology report.
Personal Consultation: Our physician meets with you one-on-one to explain the findings in your joints, ligaments, or muscles in plain language.
Rapid and Accurate Guidance: If a rupture requiring surgical intervention, advanced calcification, or nerve compression is detected in the images, our physician will direct you to the relevant specialist (Orthopedics and Traumatology or Physical Therapy Specialist) without delay to start your treatment process.
Biopsy and Pathology
If our doctor detects a suspicious mass in the soft tissue or bone of the leg or foot area, they may request a biopsy and pathology to confirm the character (benign or malignant) of this formation. While imaging shows us the location of the problem, pathology issues the "identity card" of that problem. This is the accepted gold standard for the most accurate treatment plan.
Abdominal (Abdomen) MRI
The abdominal region (Abdomen) is the center where organs that carry out most of our vital functions are gathered, located between the rib cage and the pelvis. Abdominal MRI is the most advanced imaging technology that examines the organs in this region in millimetric layers without using radiation.
1. Which Organs and Structures Does Abdominal MRI Examine
During this scan, all critical structures within the abdominal cavity, which we call the "Abdomen," are scrutinized:
Liver: It is the body's main factory and detoxification center. The liver's fat level, tissue structure, and potential masses are examined.
Pancreas: It produces the hormone insulin, which maintains sugar balance, and digestive enzymes. Cysts and inflammations (pancreatitis) in this region are observed.
Spleen: It plays a role in blood filtration and the immune system. Enlargement or tissue damage is detected.
Kidneys and Adrenal Glands: The structure of the kidneys that filter blood and the glands located above them, which produce vital hormones (such as adrenaline and cortisol), are examined.
Gallbladder and Bile Ducts: The sac where bile necessary for fat digestion is stored and the channels (Biliary system) that carry this bile to the duodenum are checked.
2. Why is Abdominal MRI Performed and When is it Necessary
The source of complaints in the abdominal region can sometimes be too deep to be understood with standard examinations. MRI is necessary in the following situations:
Unexplained Abdominal Pain: To find the cause of chronic or sudden-onset pain whose source cannot be identified.
Organ Enlargements: To investigate the underlying cause when organs such as the liver or spleen are larger than normal.
Jaundice: To detect blockages in the bile ducts or liver function disorders.
Mass and Cyst Screening: To determine exactly what a lesion or cyst detected on ultrasound is (distinction between benign and malignant).
Family Physician Consultation and Proper Guidance
Once your scanning process is complete, we do not simply dismiss you with a technical report; we manage your process under the guidance of an expert:
Expert Review: Your abdominal MRI results are meticulously reviewed by our specialist Family Physician with a holistic approach, alongside the radiology report.
Personal Consultation: Our physician meets with you one-on-one and explains all findings—from your liver to your kidneys—in plain language.
Rapid and Accurate Guidance: If a specific risk, a suspicious mass, or a functional disorder is detected in the images, our physician will direct you to the relevant specialist (Gastroenterologist, Urologist, or General Surgeon) without losing time to start your treatment process.
Biopsy and Pathology
If our doctor detects a suspicious cluster of cells in the abdominal organs (for example, in the liver or pancreas), they may request a biopsy and pathology to confirm the character of this formation.
While imaging tells us "there is a lesion there," pathology tells us "what that lesion is." This is the globally accepted gold standard for the most accurate treatment plan.
Pelvıc MRI
In-Depth Diagnostic Power in the Lower Abdominal Region
The pelvic region is a complex area located in the lower part of the body, containing the reproductive organs,bladder, rectum, and the structures of the pelvic bones. MRIScanTurkey’s 5 Tesla MRI technology visualizes the finest details in this intricate region with crystal clarity, eliminating the margin of error in the diagnosis of diseases.
Why Should You Have a Pelvic MRI
Complaints in the pelvic region often present with symptoms that can be easily confused with one another. Since Pelvic MRI is unrivaled, especially in soft tissue resolution, it is the most reliable guide in the following situations:
Reproductive Health Issues: For detailed examination of uterine fibroids, endometriosis (chocolate cysts), or ovarian cysts in women; and prostate diseases in men.
Unexplained Pelvic Pain: To identify the source of chronic or undiagnosed pain radiating to the groin area.
Oncological Screening: To observe the spread and relationship with surrounding tissues (staging) of masses detected in pelvic organs.
Excretory System Problems: For the detection of bladder wall thickening or suspicious formations in the rectal area.
Joint and Bone Structure: For the analysis of rheumatic or traumatic issues in the sacroiliac joints (the junction of the pelvic bone and spine) and hip joints.
What is Visible in a Pelvic MRI
Our 5 Tesla technology analyzes the following anatomical structures deep within the pelvis at a microscopic level:
Reproductive Organs: The internal structure of the uterus, ovaries, or prostate gland.
Bladder: The bladder wall and its junction points with the urinary tracts.
Rectum and Anal Canal: Tissue integrity in the last section of the digestive system.
Pelvic Floor Muscles: Sagging or damage in the muscle structures that support the organs in this region.
Lymph Nodes: Lymph node enlargements that may indicate regional spread.
Our Pelvıc MRI Package
Our pelvic-focused screening includes high-resolution protocols specifically tailored for you.
Package Includes:
Ultra-High Detail Imaging with 5 Tesla MRI
Protocols Specific to Female or Male Anatomy
Diagnostic Report Prepared by Expert Radiologists
Digital Archive and Image Sharing Support
From Diagnosis to Treatment Professional Consultation Process
When your imaging procedure is completed, your process does not end with just a report. The holistic management of your health is under the assurance of MRIScanTurkey:
1. Physician Evaluation: Your MRI results are carefully reviewed by our in-house Family Physician. You are provided with a detailed consultation explaining your current status in light of the images and the radiology report.
2. Referral to the Correct Specialty: Based on the findings, our physician directs you directly to the relevant specialist (Gynecology, Urology, or General Surgery), ensuring your treatment process is initiated by the most appropriate expert.
3. Advanced Diagnostic Steps: If a suspicious mass or tissue anomaly is detected in the MRI images, our physician may request Biopsy and Pathology tests for a definitive diagnosis.
The Importance of Biopsy and Pathology
MRI is a perfect map that shows us the location of a mass and its relationship with surrounding tissues. However, to determine the character of this tissue (whether it is benign or a structure requiring treatment), the cells must speak the "language of the laboratory."
Biopsy: The process of taking a very small cell sample from the suspicious area.
Pathology: The examination of this sample at the cellular level under a microscope.
Pathological examination is the only way to put a definitive name to a disease. This process prevents unnecessary interventions while ensuring that the most accurate method (medication, surgery, or follow-up) is determined if you require treatment.
Sacroiliac Joint MRI
The sacroiliac joints are the most strategic connection points that transfer the weight of the upper body to the legs. Sacroiliac Joint MRI is an imaging method that examines this narrow but vital area—where the lowest part of the spine meets the pelvis—in millimetric detail. It is considered the "gold standard," particularly for the early diagnosis of rheumatic diseases.
Which Structures and Regions Does Sacroiliac MRI Cover
During this scan, the following anatomical structures that form the body's balance center are evaluated in detail:
Sacrum Bone: The triangular bone structure located at the very bottom of the spine, just above the tailbone.
Ilium Bones: The wide, wing-shaped bones located on the right and left sides of the pelvis.
Joint Space: The narrow gap between the sacrum and ilium bones. Fluid increases or narrowing in this area are meticulously examined.
Surrounding Ligaments and Soft Tissues: The strong connective tissues (Ligaments) that hold the joint in place and the surrounding muscle groups are analyzed.
Why is Sacroiliac MRI Performed and When is it Necessary
This MRI is essential for diagnosing many conditions that are often confused with a lumbar herniated disc (slipped disc) but require completely different treatments:
Sacroiliitis (Joint Inflammation): To detect inflammation in this joint. Specifically, to find the cause of lower back stiffness felt in the mornings.
Rheumatic Diseases: To catch rheumatic processes affecting the spine, primarily Ankylosing Spondylitis (AS), while they are still in their early stages.
Persistent Lower Back and Hip Pain: To investigate the source of stubborn pain radiating to the hip when no issues are found on standard lumbar MRI scans.
Trauma and Bone Edema: To detect hidden cracks or fluid accumulation (Edema) within the bone forming around the joint following a fall or impact.
Family Physician Consultation and Proper Guidance
We do not simply hand you a technical report once your imaging process is complete; we plan your health management under the guidance of an expert:
Expert Review: Your Sacroiliac MRI results are meticulously reviewed by our specialist Family Physician with a holistic approach, alongside the radiology report.
Personal Consultation: Our physician meets with you one-on-one to explain findings such as edema, inflammation, or structural changes in your joint in plain language.
Rapid and Accurate Guidance: If a rheumatic process or sacroiliitis is detected in the images, our physician will direct you to the relevant specialist (Rheumatologist or Physical Therapy Specialist) without losing time, ensuring your treatment begins from the most accurate point.
Biopsy and Pathology
If our doctor detects a suspicious formation or an infection focus in the soft tissues or bone structure surrounding the joint, they may request a biopsy and pathology to confirm the nature of this condition. While imaging shows us the location of the damage, pathology tells us the "reason" behind it. This is the globally accepted gold standard for an accurate treatment plan.
Kidney MRI
Diagnostic Certainty and a New Standard in Renal Health
The kidneys are vital organs that serve as the body's filtration system. Thanks to MRIScanTurkey’s advanced technological infrastructure—one of only two such centers in the world—we can analyze even the smallest structural changes in your kidneys at a microscopic level.
Why Should You Have a Kidney MRI
Kidney disorders often do not show symptoms until they reach an advanced stage. A kidney MRI allows us to see the internal structure of the organ in the finest detail without any risk of radiation. Your physician may request this examination in the presence of the following conditions:
Analysis of Suspicious Masses: To differentiate whether masses detected by methods such as ultrasound or tomography are benign (cysts) or malignant (tumors).
Unexplained Flank Pain: To find the source of chronic pain radiating to the back and waist area with an unknown cause.
Blood in Urine (Hematuria): To determine the cause and location of bleeding within the urinary system.
Vascular Examinations: Evaluation of narrowings or blockages in the arteries supplying the kidneys (Renal Artery Stenosis).
Functional Assessment: Examination of the health of the kidney tissue (parenchyma) and potential dilations in the urine collection channels (hydronephrosis).
What is Visible in a Kidney MRI
In the reports prepared with our advanced 5 Tesla technology, the following anatomical structures are detailed:
Renal Cortex and Medulla: The primary tissue layers of the kidney that perform the filtration process.
Renal Pelvis: The main reservoir where urine is collected and the exit pathways.
Ureters: The course of the tubes that carry urine to the bladder and potential points of obstruction.
Adrenal Glands: Potential enlargements or nodules in these glands that manage hormonal balance.,
Our Kidney MRI Package
At MRIScanTurkey, we offer our patients region-specific packages tailored to specific complaints, in addition to our whole-body scanning options.
Package Includes:
Ultra High Resolution Imaging with 5 Tesla MRI
Comprehensive Report Prepared by Expert Radiologists
Fast Result Delivery and Digital Archiving
From Diagnosis to Treatment: Professional Consultation Process
When your imaging procedure is completed, your process does not end with just a report. We offer a professional roadmap for the management of your health:
1. Physician Evaluation: Your MRI results are carefully reviewed by our in-house Family Physician, who provides you with a detailed consultation regarding your medical condition.
2. Referral to the Correct Specialty: Based on the findings, our physician directs you directly to the relevant specialist (Urology or Nephrology), ensuring you start the correct recovery process without losing time.
3. Advanced Diagnostic Steps: If a mass or suspicious tissue change is detected in the MRI images, your physician may request Biopsy and Pathology tests for a definitive diagnosis.
The Importance of Biopsy and Pathology
MRI is a powerful "eye" that shows us the location, size, and shape of a mass. However, to determine the exact character of a structure (benign/malignant), the "identity" of that tissue must be established.
Biopsy: The process of taking a microscopic sample from the suspicious tissue.
Pathology: The examination of this sample at the cellular level in a laboratory environment.
Pathological examination is the only way to name the disease with 100% accuracy. This process is the most critical stage in determining the type of treatment you will receive.
Thyroid Ultrasound
Discover the Command Center of Your Metabolism
The thyroid gland is a butterfly shaped organ located at the front of the neck that regulates the body's energy use (metabolism) through the hormones it secretes. At MRIScanTurkey, we protect the health of this vital organ with the most advanced ultrasound technologies and comprehensive blood analyses.
Why Should You Have a Thyroid Ultrasound
Thyroid diseases often progress insidiously. Very small changes that cannot be felt during a physical examination can only be detected with high-resolution ultrasound. Ultrasound examination is of critical importance in the following cases:
Nodule Follow-up: To examine the structure (cystic/solid) of a mass when a swelling is felt in the neck area.
Thyroid Size: To understand the reasons for the gland being larger than normal (Goiter) or smaller.
Inflammatory Conditions: To see the damage in the thyroid tissue in autoimmune diseases such as Hashimoto's or Graves'.
Hoarseness and Difficulty Swallowing: To identify the source of the feeling of pressure in the neck area.
What is Visible in a Thyroid Ultrasound
During this examination, our radiologist analyzes the following anatomical details:
Thyroid Parenchyma: The texture of the gland's internal tissue and the level of vascularization.
Isthmus: The thickness of the bridge part connecting the two lobes of the gland.
Cervical Lymph Nodes: Whether there is growth or a reaction in the lymph nodes in the neck area.
Vascularization: The blood supply rate of the tissue (excessive blood supply can sometimes indicate overactivity).
Our Thyroid Screening Package
We support your health not only with imaging but also with laboratory data.
Package Includes:
1. Advanced Thyroid Ultrasound: High-resolution imaging and expert radiologist report.
2. Hormone Profile (Blood Tests):
TSH (Thyroid Stimulating Hormone): The "command" hormone that tells your thyroid how hard it needs to work. It is the first indicator of whether the thyroid is underactive or overactive.
fT3 (Free T3): The active thyroid hormone that determines how your body uses energy.
fT4 (Free T4): The main production substance of the thyroid; it keeps your body's metabolic rate in balance.
From Diagnosis to Treatment: Professional Consultation Process
When your screening results are ready, the process does not end with a report. The professional management of your health begins:
1. Physician Evaluation: Both your ultrasound images and blood values are reviewed as a whole by our in-house Family Physician. You are provided with a comprehensive consultation explaining your current status.
2. Referral to the Correct Specialty: Based on the findings, our physician directs you to the relevant specialist (Endocrinology or General Surgery), ensuring the initiation of the most accurate treatment plan.
3. Advanced Diagnostic Steps: If a suspicious mass or tissue disorder (e.g., a risky nodül) is detected in the ultrasound or hormone results, your physician may request Biopsy and Pathology tests for a definitive diagnosis.
The Importance of Biopsy and Pathology
Ultrasound tells us "how a nodule looks" (size, shape, firmness). However, only the cells themselves can tell us whether this nodule is "benign or a structure requiring surgery."
Biopsy: The process of taking a cell sample from the suspicious area using a very fine needle.
Pathology: The identification of these cells by examining them under a microscope.
Pathological results are the most critical turning point in your treatment process; they prevent unnecessary surgeries or allow you to protect your health with early intervention.
Full Biochemistry Panel
Beyond the Numbers, the Story of Your Health
Our body is like a massive laboratory where millions of processes occur every second. The minerals, proteins, and enzymes circulating in your blood tell the story of your organs—their silent cries or how efficiently they are functioning. The MRIScanTurkey Full Biochemistry Panel analyzes your body’s current status down to the finest detail, providing you with a comprehensive "Health Report Card."
What Do We Measure and What Do They Mean for You
1. The Health Status of Your Liver (Enzymes)
The liver acts as both the factory and the cleaning unit of the body.
AST, ALT, GGT, ALP: These enzymes show how hard the liver is working. Elevated levels are harbingers of situations where "things are not going well," such as fatty liver, or the impact of alcohol and medication.
2. The Filtration Capacity of Your Kidneys
These units manage the body's fluid balance and waste management.
BUN and Creatinine: These measure the speed at which the kidneys clean the blood. If these values are normal, it means your body’s "waste recycling" system is working perfectly.
3. Nutrition and Building Blocks
Essential for body resistance and tissue repair.
Albumin and Protein: These are your body’s primary construction materials—the raw ingredients for everything from muscle structure to immunity.
4. Energy and Vascular Health (Lipid Profile)
Determines whether your arteries are prone to blockage or fluidity.
Total Cholesterol, HDL (Good), LDL (Bad), and Triglycerides: LDL is the "artery polluter," while HDL is the "artery sweeper." This balance is the most important map for determining your risk of heart attack and stroke.
5. Sources of Strength and Vitality (Vitamins)
The "spark" sources of the body.
Vitamin D: The key not just to bone health, but also to your immune system and mood.
Vitamin B12: Indispensable for the freshness of your memory and the transmission speed of your nervous system.
6. The Body’s Electrical Balance (Minerals)
These manage everything from heart rhythm to muscle contractions.
Sodium, Potassium, Chloride: They control the water balance inside your cells and electrical transmission. Deficiencies lead to fatigue and cramps.
Calcium and Phosphorus: The guarantee for the strength of your skeletal system.
7. Metabolic Waste Management
Uric Acid: The final product of protein breakdown. High levels can lead to joint pain (gout) or a risk of kidney stones.
Why Is This Test Important
Many serious diseases (such as diabetes, kidney failure, and fatty liver) show no symptoms in the early stages. The Full Biochemistry Panel allows you to catch these diseases while they are still in their "silent" phase.
The MRIScanTurkey Difference: We Offer Solutions, Not Just Results
After your blood sample is taken, the results are not just handed to you as a printout:
1. Expert Analysis: Your results are combined with your radiological images (if available) and examined through a holistic lens.
2. Family Physician Consultation: Our physician translates this complex data into a language you can easily understand.
3. Personalized Roadmap: If there is an imbalance in your values, your recovery process is planned immediately through nutritional guidance, lifestyle changes, or referral to the relevant medical specialist.