MRI Berlin | Magnetic Resonance Imaging with MD Sven Walter

Magnetic resonance imaging / MRI

Precise and conservative imaging method

Magnetic resonance imaging (or MRI) – also known as nuclear spin tomography is a very modern imaging examination method. This allows highly detailed sectional images inside the body to be generated. MRI requires no radiation at all and covers the widest diagnostic spectrum of all the radiological methods. In many fields, MRI is considered an indispensable method for rendering pathological changes in the body visible.

In my practice for radiology, I also perform MRI diagnostics with a 3 Tesla scanner. An outstanding aspect of my practice locations is the freely mobile MRI couch as a so-called double couch system. This allows thorough disinfection of the MRI couch between examinations as well as allowing calm patient preparation outside the examination room in a relaxed atmosphere.

Interesting facts about magnetic resonance imaging

Information on the function and use of MRI

How an MRI works

Magnetic resonance scanner – this is the name of the device that produces MRI images. This is a tubular device. As a patient, you are pushed on a transport couch positioned comfortably. Solenoid coils are located in the tube wall. They generate a pulsating magnetic field and radio waves.

There are atoms in our body which react to this magnetic field (so-called resonance). In this way, signals are generated that differ according to the type and composition of tissue and thus deliver excellent contrast. Different anatomical structures can be distinguished in detail, and even the smallest changes can be detected.

An MRI examination is useful in these cases

With magnetic resonance imaging, three-dimensional images of the inside of the body can be created without any radiation exposure at all and using the slice method. MRI diagnostics is particularly suitable for visualising soft tissues and fluid-filled cavities. Accordingly, MRI is especially important in assessing the brain and spinal cord, in diagnosing joints, in searching for tumours in soft tissues and organs, and in biliary tract diseases.

Various diseases and changes can be identified or excluded in this way. In addition, the radiation-free method allows repeated follow-ups without any concerns. The additional administration of contrast media can also be useful in MRI diagnostics for certain investigations, especially in searching for tumours, inflammatory changes or vascular damage.

MRI examination options

Examination areas for MRI diagnostics

MRI of the head

MRT des Kopfes

MRI of the head

various examinations of the skull which can be specially planned
brain and vascular imaging
specific examination of the pituitary gland, the eye sockets and the paranasal sinuses
skull base with cranial nerve representation
head/neck transition
facial skull
jaw joints etc

Magnetic resonance imaging of the head is used to clarify inflammation, bleeding, cerebral infarction (stroke) or tumours, among other things. Vessels can also be depicted very well. Stenoses (constrictions) or aneurysms (dilations) of the vessels can also be identified with this examination.

MRI of the neck region

salivary glands (ear and lower jaw)
larynx and trachea
thyroid and parathyroid glands
vessels and lymph nodes
nervous plexus
neck muscles

MRI of the neck region often involves clarifying inflammation and tumour-related changes or specific assessment of the lymph nodes. Furthermore, if necessary I can monitor the healing process following surgery and other therapeutic measures in the neck area.

MRI of the upper extremities

shoulder joint
shoulder blade and acromioclavicular joint
collar bone
bony upper and lower arm
muscles and soft tissues
nerves and vessels
elbow joints
middle hand and wrists
finger joints

With magnetic resonance imaging of the shoulder, arms and hands, I can assess whether, for example, inflammatory processes, signs of wear or fractures exist in these areas. The structures of the joint, overstretching or tearing of tendons, ligaments and muscles can be depicted in detail.

MRI of the upper extremities

shoulder joint
shoulder blade and acromioclavicular joint
collar bone
bony upper and lower arm
muscles and soft tissues
nerves and vessels
elbow joints
middle hand and wrists
finger joints

MRI of the chest

trunk wall
ribs and sternum
lungs and pleura
mediastinum (middle pleural space)

MRI of the chest is used to clarify contusions, fractures and pulmonary effusions. It is also helpful in tumour diagnostics.

MRI of the heart

MRI is very well suited for detecting inflammatory changes in the heart muscle or pericardium (heart lining). The examination also helps detect congenital or acquired changes in the heart. Furthermore, it can be used to assess circulatory disorders as well as the extent of scaring following a heart attack.

MRI of the spine

cervical spine
thoracic spine
lumbar spine
sacrum and coccyx

Magnetic resonance imaging can be used, for example, to assess the spinal canal with spinal cord and nerves in detail and to detect a slipped disc. MRI can also be used to detect inflammations, malformations, degenerative changes or tumours in the spine.

MRI of the abdomen

abdominal wall
liver with gall bladder and bile ducts
pancreas with duct system
spleen and lymph nodes
adrenal glands
kidneys and urinary tract
vessels
small and large intestines

I can use MRI to detect inflammation or tumorous changes in the abdomen. The examination is also suitable for detecting injuries to the abdominal organs. MRCP (Magnetic resonance cholangiopancreatography), a special type of magnetic resonance imaging, allows me to examine the pancreas and bile duct system without superimposition (structures appearing on top of one another).

MRI of the pelvis and hip

bony pelvis
sacro-iliac joints and hip joints
vessels and lymph nodes
rectum and anus
bladder
sexual organs

MRI diagnostics helps provide assurance in case of abnormal lab results and ultrasound findings as well as in unclear complaints in the lower abdominal. Pathological processes that occur around the pelvis and hip can be clarified in a differentiated manner in this way.

MRI of the prostate

MRI of the prostate is a special multiparametric examination. It is recommended if there is an unclear increase in the PSA value as well as in the case of conspicuous tactile and ultrasound findings. Prostate MRI is also useful if the biopsy is negative but the PSA level in the laboratory is conspicuous.

MRI of the lower extremities

bony upper and lower legs
muscles and vessels
knee and ankle joints
heel and Achilles tendon
midfoot and forefoot

Accidents, sports injuries or diseases of the lower extremities are indications for a leg MRI. With the examination I can identify inflammation, muscle fibre tears and bone fractures. Magnetic resonance imaging is also suitable for clarifying problems with the kneecap, the internal joint structures and the ligaments and tendons.

MRI of the lower extremities

bony upper and lower legs
muscles and vessels
knee and ankle joints
heel and Achilles tendon
midfoot and forefoot

By clicking on the different areas in the image you will obtain more information about the regions for MRI examination.

Possible regions for examination include, but are not limited to:

MRI of the head
MRI of the neck region
MRI of the upper extremities
MRI of the chest
MRI of the heart
MRI of the spine
MRI of the abdomen
MRI of the pelvis and hip
MRI of the prostate
MRI of the lower extremities

Do you need an MRI appointment in Berlin, Potsdam, Leipzig, Nuremberg or Hanover?

Then don’t hesitate to contact me by phone, e-mail or with the form on this page. But you can also arrange your next appointment online – conveniently and easily. I look forward to hearing from you!

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