Unique technologies & modern approach
Pelvic IOM (PIOM)
Pelvic IOM (PIOM) and Bladder Pressure Monitoring protect neural functions related to urinary and sexual health, preserving postoperative quality of life.
Learn moreSubcortical Mapping
Subcortical Mapping identifies and preserves critical brain structures during surgeries, optimising outcomes and preserving quality of life.
Learn moreVagus Nerve Monitoring
Vagus Nerve Monitoring is critical for surgeries that risk injuring the vagus nerve, preventing complications such as voice changes and swallowing difficulties.
Learn moreFacial Nerve Monitoring/Mapping
Facial Nerve Monitoring/Mapping ensures the integrity and function of the facial nerve, minimising the risk of postoperative facial paralysis.
Learn moreVisual Evoked Potentials (VEPs)
Visual Evoked Potentials (VEPs) assess the health of visual pathways during surgeries impacting vision, essential for preserving visual function.
Learn moreAuditory Evoked Potentials (AEPs)
Auditory Evoked Potentials (AEPs) monitor the auditory system's function, crucial for surgeries near the auditory nerve to reduce the risk of hearing loss.
Learn moreRecurrent Laryngeal Nerve Monitoring (RLN)
Recurrent Laryngeal Nerve Monitoring (RLN) protects the nerve crucial for voice and swallowing functions, reducing the risk of vocal cord paralysis.
Learn moreD-Wave Monitoring
D-Wave Monitoring offers essential feedback on the condition of the corticospinal tract, enabling surgeons to preserve motor function and ensure safer neurosurgical results.
Learn moreDirect Nerve Stimulation (DNS)
Direct Nerve Stimulation (DNS) is employed to assess the functionality and integrity of nerves, aiding in nerve preservation and optimisation of surgical outcomes.
Learn moreTriggered EMG
Triggered Electromyography (Triggered-EMG)confirms nerve locations and ensures their preservation, maintaining motor and sensory functions postoperatively.
Learn moreDorsal Column Mapping (DCM)
Dorsal Column Mapping (DCM) preserves proprioception and fine touch sensation, essential for minimising postoperative sensory deficits.
Learn morePhase Reversal
Phase Reversal accurately maps the functional areas of the brain or spinal cord, enhancing patient outcomes by reducing postoperative deficits.
Learn moreContinuous Intraoperative Monitoring (CIOM)
Continuous Intraoperative Monitoring (CIOM) during thyroid surgery significantly reduces the risk of nerve damage, enhancing patient safety.
Learn moreTranscranial Motor Evoked Potentials (TcMEPs)
Transcranial Motor Evoked Potentials (TcMEPs) provide instant feedback on motor function, crucial for minimising the risk of postoperative motor deficits during neurosurgery.
Learn moreElectroencephalography
Electroencephalography (EEG) monitors brain activity in real-time, detecting changes to ensure brain safety during surgery
Learn moreDirect Cortical Stimulation (DCS)
Direct Cortical Stimulation (DCS) differentiates functional brain tissue from pathological areas, crucial for preserving vital brain functions.
Learn moreCranial Nerve Monitoring
Cranial Nerve Monitoring continuously assesses cranial nerves during surgeries at risk, preventing nerve damage and preserving essential functions.
Learn moreCranial Nerve Mapping
Cranial Nerve Mapping precisely identifies and preserves the function of cranial nerves, protecting vital functions like speech and facial movements.
Learn moreSensory Evoked Potentials
Sensory Evoked Potentials (SEPs) monitor sensory pathways, crucial for preventing postoperative sensory deficits.
Learn moreFree-running EMG
Free-Running Electromyography (Free-Running EMG) identifies spontaneous neural activity,enhancing nerve preservation strategies.
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Why work with us?
Customer focus
Experience
Technology
Our working process
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Problem identification
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Investigation
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Strategy development
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Results evaluation
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Support
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