This is a prospective, interventional study to assess the effectiveness and safety of a commercially available "eye magnet" to remove corneal foreign bodies.
The vast majority of corneal foreign bodies are metallic and thus are frequently ferromagnetic. Consequently, it may be possible to use a magnet to remove most corneal foreign bodies. There are commercially available products for removing corneal foreign bodies, but there are no published studies assessing these devices. This will be a prospective interventional study to assess the use of an eye magnet for the removal of metallic corneal foreign bodies in the emergency department. After the patient signs written, informed consent, the physician will attempt to remove the corneal foreign body with the North by Honeywell 326734G Eye Magnet with Loop. If the physician is unable to remove the corneal foreign body with the magnet, he or she may proceed with standard care. The treating physician will fill out a brief data collection form for each patient to track various outcomes as discussed below.
Study Type
INTERVENTIONAL
Allocation
NA
Purpose
TREATMENT
Masking
NONE
Enrollment
10
An eye magnet will be brought close to the foreign body on the surface of the eye in an attempt to remove the foreign body.
Kendall Regional Medical Center
Miami, Florida, United States
Success Rate
The percentage of patients in whom the magnet successfully removed the foreign body.
Time frame: 5 minutes.
Epithelial Damage
The percentage of patients in whom the amount of fluorescein uptake on exam was more after the procedure compared to before the procedure.
Time frame: 5 minutes
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