• Find a Doctor
  • Online Results
  • Online Payment
  • Book an Appointment
  • Find a Doctor
  • Online Results
  • Online Payment
  • Book an Appointment
Facebook Twitter

MakatiMed 24/7 OnCall: +632 8888 8999

  • About Us
    • History
    • Quality Policy
    • Vision / Mission
    • Corporate Partners
    • HMO
    • SHAP
  • Our Services
  • Careers
    • Apply To Be MMC Consultant
    • Corporate
    • Medical
  • Online Health Library
  • What’s New
    • Advisories
    • Blogs
    • Events
    • Exhibits
    • MakatiMed BEAT Newsletter
    • News
    • Promos & Packages
  • Contact Us
Menu
  • About Us
    • History
    • Quality Policy
    • Vision / Mission
    • Corporate Partners
    • HMO
    • SHAP
  • Our Services
  • Careers
    • Apply To Be MMC Consultant
    • Corporate
    • Medical
  • Online Health Library
  • What’s New
    • Advisories
    • Blogs
    • Events
    • Exhibits
    • MakatiMed BEAT Newsletter
    • News
    • Promos & Packages
  • Contact Us

Computed Tomography (CT) Scan & Magnetic Resonance Imaging (MRI)

  • Home
  • Services
  • Computed Tomography (CT) Scan & Magnetic Resonance Imaging (MRI)

Computed Tomography (CT) scan and Magnetic Resonance Imaging (MRI) are advanced imaging methods that use computer processing to reconstruct cross-sectional images (or slices) of different regions of the body. To obtain such images, CT scan uses ionizing radiation in the form of multi-directional X-rays, while MRI applies non-ionizing radiation in the form of magnetic fields and radio waves. Both procedures provide a more detailed depiction of the human anatomy, important in locating and evaluating the extent of a disease. Intravenous (IV) and/or intestinal contrasts may be given during the imaging process to further aid in distinguishing any abnormal masses or lesions from the surrounding normal tissues.

 

The most common diseases evaluated by CT scan and MRI primarily include, but are not limited to, the following:

 

  • Cancer

Diagnosis and management are guided by CT scan and MRI through localizing and staging of tumors, evaluation of treatment response, and long-term surveillance of the disease.

 

  • Cardiovascular Diseases

Extent and severity can be evaluated by cross-sectional imaging through assessment of plaque formation and stenosis (narrowing of a blood vessel) within the coronary arteries, as well as by the detection of vascular aneurysms or dissections. Furthermore, CT scan and MRI can determine and define cardiac anatomy, function, and viability.

 

  • Musculoskeletal Diseases

Common bone and joint disorders are diagnosed by evaluation of the common causes of pain disorders, assessment of the extent of injury related to trauma or sports, and pre-operative planning for surgically-treatable diseases such as bone and soft tissue tumors

 

  • Pulmonary Diseases

Using high resolution images generated by CT scan, pulmonary diseases, such as pneumonia, tuberculosis, and pleural effusions (water in the lungs) as well as chronic obstructive pulmonary disease (COPD) and pulmonary embolism, are readily diagnosed and evaluated for extent and severity

 

  • Stroke

Can be readily assessed by the identification of its location and extent, along with the area of the brain that can be saved, and by prompt recognition of hemorrhage, vascular occlusion (obstruction), and/or aneurysm

 

Services Offered:

 

  • CT Scan – routine region-specific plain and contrast-enhanced CT imaging of the head, neck, chest, abdomen, extremities, etc.
    • Special CT scan procedures:
      • Coronary CT Angiography – identifies and evaluates the degree of plaque formation and stenosis within the coronary arteries
      • CT Angiography of the Aorta (CT Aortogram) – evaluates aortic vessel diameter and patency, detects aortic aneurysms and dissections, and aids in pre-operative planning of aortic surgical procedures
      • CT Brain Perfusion – provides a combination of intracranial vessel angiography and brain parenchymal contrast studies to assess the degree of blood flow in a specific brain region as part of stroke management or to further characterize and evaluate brain mass lesions as an aid for treatment
      • CT Virtual Colonoscopy – detects colorectal wall lesions such as polyps and masses, which may be precursors of malignancy and serves as an alternative to those who are not amenable to the standard colonoscopy
  • MRI – routine region-specific plain and contrast-enhanced MRI of the head, neck, chest, abdomen, spine, knee, shoulder, etc.
    • Special MRI procedures:
      • Breast MRI – provides better evaluation of the breast parenchymal and ductal structures, useful for further assessment of breast masses detected in a cancer screening
      • Cardiac MRI – evaluates the cardiac anatomy and function better than CT or 2D echocardiogram studies
      • Functional Brain MRI – allows the mapping of different body activities into the anatomical brain MR images useful for localizing brain regions and planning for surgical procedures
      • Liver MRI with Liver-Specific Contrast – uses an IV contrast dedicated to the liver that allows better characterization of masses or nodules over routine MRI or CT studies, necessary for directing the next course of management
      • MR Brain Tractography (Fiber Tracking) – allows the identification of brain neural tracts usually used for the assessment of deformation of white matter (brain nerves) by tumors and for pre-surgical planning
      • MR Cholangiopancreatography (MRCP) – yields a more detailed anatomy of the biliary and pancreatic ducts for easy identification of the different causes of obstructions such as stones and masses
      • MR Enterography – yields a more detailed anatomy of the intestines beneficial for evaluation of infection, inflammation, and/or malignancy
      • MR Spectroscopy of the Brain (MRS) – provides better characterization of brain masses useful for guiding clinical management
      • Multiparametric Prostate MRI – assesses the different regions of the prostate, diagnoses nodules and/or masses and their extent to the adjacent structures, and allows their grading according risk of malignancy

 

Chairperson of the Department of Radiology:
Jackson U. Dy, MD

 

Section Head of CT-MRI:
Genevere A. Serna-Santos, MD

Overview

Location & Contact Details
  • Ground Flr., Tower 1
  • +632 8888 8999
    locals 2071 to 2073
Service Hours
  • Daily, 24/7
Location Map
Related Units
Loading...
  • X-Ray
  • Ultrasound & Vascular Laboratory
  • TomoTherapy Radiation
  • Radiology
  • Radiation Oncology
  • Interventional Radiology
Related Links
  • Patient & Visitor Guide
  • Our Doctors
  • About MMC
    • About Us
    • Corporate Partners
    • Health Maintenance Organizations
    • History
    • Partners & Affiliates
    • Quality Policy
    • Vision/Mission
  • Careers
    • Apply to be a MakatiMed Consultant
    • Corporate
    • Medical
  • Contact Us
  • Corporate Governance
  • Institutional Review Board (IRB)
  • Makati Medical Center Clinical Research
  • MakatiMed Beat
  • Online Health Library
  •  
  • Our Doctors
  • Our Services
  • Patient & Visitors Guide
    • Patient Admission
    • Patient References
    • Visitor Information
  • Physician’s Online Services
    • MD Email
    • Profile Updates
    • RIS
    • PACS
  • Price Guide
  • What’s New
    • Advisories
    • Blogs
    • Events
    • Exhibits
    • News
    • Promos & Packages
  • Your Health Matters
    • Baby Care
    • Complete Adult Care
    • Discovery Years
    • Mommy Wellness Care
    • Optimal Aging
    • Prime Care
    • Preschool Ready
    • Youngster’s Guide
    • Yuppie Wellness
  • Others
    • Division of Medical Education & Research
    • Help Us Help Others
    • HMO eLOA Request 
    • Information Registration and General Consent
    • Residency Training Program
Subscribe to Our Newsletter
Facebook Twitter
  • Copyright 2022 Makati Medical Center
  • Privacy Policy
  • Terms of Use
  • Web Designer Philippines
X