Medical Imaging

Diagnostic Medical Imaging refers to the technologies used in various areas of medicine to look inside the body for clues about a clinical condition. It uses a variety of equipment and techniques to create images of structures and activities within the body.

Available in:

Santa Ana Headquarters

Headquarters

Aleste Headquarters

Sede Santa Ana

Sede Central

Sede Aleste

Telephone exchange

Budget

Medical technician assisting a patient in an MRI machine.

Spectral CT

A revolutionary solution in medical diagnostics

This state-of-the-art technology with 128 detectors and a capacity of up to 256 slices allows Clínica Bíblica's patients to obtain more precise and exclusive diagnoses.

Clínica Bíblica is the only health center in Costa Rica, Central America and the Caribbean with a 256-slice SPECTRAL CAT scan, which offers a 360° image of the patient that can be reconstructed from different angles and with adjustable contrast to differentiate tissues. Its special X-ray detector distinguishes high and low energies, achieving better differentiation of similar tissues. This intelligent system provides high quality spectral images in each scan, reduces unnecessary follow-ups and maintains the same dose levels as conventional studies. In addition, the SPECTRAL CT radiates less, uses lower doses of ionizing radiation and allows faster and more satisfactory diagnoses, facilitating timely treatment.

Physician viewing magnetic resonance images on a computer

Tomography is one of today's most important imaging techniques and has always been characterized by its excellent resolution, but it has always had a low contrast (similar tissues look almost the same and it is difficult to distinguish them). On the other hand, spectral technology provides tomography with the capacity to differentiate similar tissues much better and this helps to detect lesions that could be hidden in other equipment.

It is possible to reconstruct a poorly contrasted study with spectral techniques to obtain an adequate diagnosis even when the patient's own conditions, such as difficulty in finding suitable veins to administer the contrast or alterations in renal function, make it impossible to use the ideal amount of contrast. With traditional tomographs, images are obtained that are not always reliable.

Computed Axial Tomography (CAT) scan

Advanced medical imaging for accurate and confident diagnosis

Computed Axial Tomography (CT) is a diagnostic imaging study that uses X-rays and computer processing to generate highly accurate cross-sectional slices of the body. These tomographic images make it possible to detect tumors, lesions, diseases or internal abnormalities in much greater detail than a conventional X-ray.

Thanks to its state-of-the-art technology, CT allows:

Three-dimensional reconstruction for better anatomical visualization.
Preventive studies such as CT Angiography and CT Pulmonary Analysis.
Evaluations without the need for sedation in pediatric or geriatric patients.
Optimized use of intravenous contrast medium, minimizing the dose thanks to the automatic synchronized injector.

What is CT used for?

CT is used to study multiple areas of the body: head, neck, thorax, abdomen, pelvis, extremities and spine. It is useful for:

Diagnosis of tumors
Detection of internal bleeding or fractures.
Evaluation of internal organs
Monitoring of chronic diseases

Types of CT scans

The studies can be performed: without contrast, with intravenous contrast and combined, according to medical indication.

The contrast improves the visibility of internal organs and structures, and its application is defined by the professional in the medical order.

Patient receiving a CT scan assisted by medical staff

Magnetic Resonance Imaging (MRI)

Advanced diagnosis without radiation

Magnetic resonance imaging (MRI) is a diagnostic imaging technique that allows detailed views of organs, tissues and internal structures to be obtained without the use of X-rays. It is especially useful for detecting diseases of the nervous system, abdomen, breast and musculoskeletal system.

Types of MRI

Depending on the area of the body or clinical objective, MRI can be performed with or without contrast. Some of the most frequent studies include:

Breast MRI
Arthroresonance (for joints)
Cholangioresonance (biliary tract)
Abdominal MRI
Vascular MRI
Renal arteries
Spine (cervical, dorsal, lumbar)
Whole body / virtual PET

Patient lying down being prepared by medical personnel for an MRI study.

Computed Radiology

Safer, faster and more sustainable diagnostic imaging

Digital radiology with CR (Computed Radiography) technology enables high-quality medical images to be obtained with a reduced radiation dose. Thanks to highly sensitive image plates, the protection of patients, medical staff and the environment is optimized.

Benefits of our digital radiology technology

Reduced radiation exposure due to the high sensitivity of the system.
No use of chemicals: AGFA technology eliminates traditional developing processes, favoring environmental care.
Faster results in the diagnostic sub-process.
High quality digital images, manipulable with specialized software for a more accurate diagnosis.
Easy storage and shipping, facilitating medical consultation and remote access.
More practical delivery for the patient, with reproducible and easy-to-transport digital formats.

Physician observing magnetic resonance images on a control monitor.

Densitometry

Prevention and Early Diagnosis of Osteoporosis

Bone densitometry is a study that uses low-dose X-rays to measure bone mineral density. It can detect osteoporosis, evaluate the risk of fractures and follow up bone strengthening treatments.

Who is this test for?

People over 45 years of age
People with menopause
Patients between 21 and 44 years old, with medical referral.

Radiological technique performing X-ray study of standing patient

Fluoroscopy

Real-time imaging for more accurate diagnosis

Fluoroscopy is a radiological study that uses X-rays with contrast medium to observe in real time the functioning of internal organs and structures of the body. It allows the physician to visualize specific areas with greater precision and detect possible abnormalities.

What is it used for?

To evaluate the movement and functioning of internal organs in real time.
To support the diagnosis of gastrointestinal, urinary or joint diseases.
To guide certain therapeutic or interventional procedures.

Radiological technique performing an examination of a patient lying on an inclined X-ray table.

Ultrasound

Safe, noninvasive, high-precision diagnosis

Ultrasound, also known as ultrasound or sonography, is a diagnostic imaging procedure that uses high-frequency sound waves to visualize internal body structures in real time, without the use of radiation.

What is an ultrasound used for?

Ultrasound allows the evaluation of a wide range of medical conditions and is ideal for the study of:

Soft organs.
Thyroid, testicles, eyes and other small parts.
Vascular system and joints.
Prenatal monitoring and pregnancy (obstetrics).
Procedures such as guided biopsies and drainage of abscesses or collections.

State-of-the-art technology at Clínica Bíblica

We have state-of-the-art equipment, including:

4D Ultrasound for obstetric studies.
HD Life technology with high resolution transducers for more detailed and accurate images.

Physician performing breast ultrasound on a lying patient

Mammography

Early Detection of Breast Cancer with Specialized Technology

Mammography is a diagnostic X-ray study that provides detailed images of breast tissue. It is the standard screening test for women over the age of 40 because it can detect early signs of breast cancer, even before they are palpable.

Who should have a mammogram?

Women over 40 years of age as an annual screening.
Women under 40 years of age with a medical order from a gynecologist or oncologist.
Patients under follow-up for history or clinical suspicion.

Requirements for mammography

Prior appointment is mandatory.
Do not apply talcum powder, deodorant, creams, lotions or perfumes in the breast or axillary area on the day of the study.
It is recommended to perform the study 8 days after the menstrual period.
Breastfeeding women should wait at least 4 months to have a mammogram.
To repeat the study before one year, a medical order from gynecology or oncology is required.