Home2010 Ultimate MakeoverPlastic SurgeryFacial Plastic SurgeryBreast SurgeryBody SculptingCosmetic DentistryCosmetic GynecologyInjectible FillersLaser Skin ProceduresAesthetic ServicesLaser Hair RemovalNile EssentialsSurgery CenterPavilion ResortContact InformationPatient ResourcesNile Blog

Water's Edge Surgery Center
(772) 286-9000

CoopinOR.gif

At Water's Edge Surgery Center, patients are afforded the highest level of safety, comfort and cutting edge technology.

Our anesthesia department consists of a Board Certified Anesthesiologist and Certified Registered Nurse Anesthetist.  They contact each patient prior to surgery to review medical history and address any special needs or concerns.  When patients arrive for surgery, they are greeted by one of our highly skilled nurses, who keep them comfortable and relaxed throughout the pre-operative process.  Dr. Cooper then sees his patients for a final consultation prior to surgery, answering last minute questions and explaining post-operative expectations.

While in our immaculate operating rooms, safety is the number one priority of every member of the surgical team.  We use special warming blankets and even warm the IV fluids to keep patients at a safe and comfortable temperature.  Dr. Cooper uses the most current, FDA approved anesthesia and research-based equipment, making Water's Edge Surgery Center an exceptional facility.

State-of-the-Art Equipment

CEREBRAL STATE MONITOR (CSM)
The CSM provides up-to-date monitoring of consciousness during sedation.  While other surgery center monitors give a reading that is minutes old, Water's Edge Surgery Center utilizes the CSM, which sets a new standard for EEG monitoring by giving real time data.  This data is also interpreted by an Index that indicates an optimal target for anesthesia.

TRANSCUTANEOUS CO2 MONITOR
This advanced monitor is the only one of its kind trusted by neonatal units, and is also used at Water's Edge Surgery Center.  A small, circular pad is placed on the forearm and measures a patient's carbon dioxide levels while sedated, ensuring adequate ventilation throughout surgery.  This constant monitoring allows for immediate response to changes in oxygen and carbon dioxide levels.