PRICE
OVERVIEW, TERMS & CONTACT INFO
OVERVIEW
Ultrasound Biomicroscopy AI & ICL Guru is a high-resolution ultrasound imaging service that maps deep front eye structures and supports precise ICL sizing and follow-up. It provides detailed measurements and AI-guided analysis, helping your ophthalmologist plan and monitor phakic lens procedures more safely.
TERMS AND CONDITIONS, INCLUSIONS, AND EXCLUSIONS
1. Service includes high-frequency ultrasound imaging and structured anterior segment measurements.
2. AI-assisted analysis supports but does not replace physician judgment.
3. Final clinical decisions require full ophthalmic examination.
4. Fees may vary based on complexity and combined diagnostics.
5. Image quality depends on anatomy and patient cooperation.
6. Test may be deferred in active infection or unsafe contact conditions.
7. Surgical treatment and lens costs are not included.
CONTACT INFORMATION
Dr. Manolette Roque | Dr. Barbara Roque
St. Luke’s Medical Center – Global City
2nd Floor, Units 217-218, Roque Eye Clinic, Medical Arts Building
Rizal Drive cor. 5th Ave, Taguig City 1634, Philippines
+63-917-844-2020
+63-998-998-2020
+63-2-8828-2020
+63-2-8789-7700 ext. 7217
+63-2-8789-7700 ext. 7218
Dr. Manolette Roque | Dr. Barbara Roque
St. Luke’s Medical Center – Global City
2nd Floor, Tan Eng Gee Eye Institute, Main Hospital Building
Rizal Drive cor. 5th Ave, Taguig City 1634, Philippines
+63-998-582-1980
+63-2-8789-7700 ext. 2020
+63-2-8789-7700 ext. 2024
DETAILS
ULTRASOUND BIOMICROSCOPY AI & ICL GURU
Ultrasound Biomicroscopy AI & ICL Guru is an advanced diagnostic imaging and analysis service that evaluates the fine structures at the front of the eye using high-frequency ultrasound and intelligent measurement guidance. It provides detailed visualization of the anterior chamber, iris, ciliary body, and lens position. As a result, it supports safer planning and follow-up for Implantable Collamer Lens (ICL) and other anterior segment procedures.
WHAT THIS SERVICE DOES
This service combines ultrasound biomicroscopy with structured AI-assisted analysis and ICL-focused measurement review. It produces high-resolution cross-section images of structures that standard cameras cannot fully capture. In addition, it measures critical distances and angles used in lens sizing and safety checks. Therefore, your ophthalmologist can make more precise clinical decisions.
The system helps verify sulcus anatomy, vault space, and lens relationships. Consequently, it strengthens both pre-operative screening and post-operative assessment.
COMMON CLINICAL USES
Doctors recommend this service when deep anterior segment detail is required. For example, it plays a key role in phakic IOL workflows.
1. ICL and phakic lens pre-operative sizing support
2. Post-ICL vault and position assessment
3. Narrow angle and ciliary body evaluation
4. Iris and posterior chamber structure review
5. Complex anterior segment diagnostics
6. Secondary lens position verification
HOW THE TEST IS PERFORMED
The scan uses high-frequency ultrasound to image internal eye structures. First, anesthetic drops are applied for comfort. Next, a specialized probe captures detailed sectional images using a fluid interface or immersion technique. Then, AI-guided measurement tools assist in structure mapping and parameter checks. As a result, the doctor receives precise numeric and visual data.
The procedure usually takes several minutes per eye. Most patients tolerate the test well.
PATIENT COMFORT AND SAFETY
This diagnostic service uses medical ultrasound energy and follows established ophthalmic safety standards. Because contact technique may be used, strict sterile protocol is observed. Patients may feel mild pressure but not pain. Moreover, vision typically returns to baseline shortly after the test.
WHY DETAILED SULCUS AND VAULT ANALYSIS MATTERS
Accurate sulcus and vault evaluation improves ICL safety and predictability. For instance, improper sizing may increase complication risk. Likewise, early detection of abnormal vault allows timely management. Therefore, high-resolution ultrasound with structured analysis adds an important safety layer in advanced refractive lens care.








