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The AE-918P EEG Neuro Unit is an 8 channel EEG measuring unit that connects to a Nihon Kohden patient monitor and is intended to monitor brain function. The unit amplifies and analyzes EEG and displays the EEG waveform and the result of analysis on the patient monitor. The AE-918P EEG Neuro Unit includes the calculation of a set of quantitative measures intended to monitor and analyze the EEG waveform. These include quantitative EEG functions such as SEF, MDF, PPF, TP, CSA, DSA, %Theta, %Alpha, %Beta, %Gamma, Abs Delta, Abs Alpha, Abs Beta, and Abs Gamma. These quantitative EEG measures should always be interpreted in conjunction with review of the original EEG waveform. The aEEG functionality included in the AE-918P EEG Neuro Unit is intended to monitor the state of the brain. The device is intended for use by medical personnel in any location within a medical facility, physician's office, laboratory, clinic or nursing home under direct supervision of a medical professional.

The AE-918P is an 8 channel digital Electroencephalography (EEG) that connects to a Nihon Kohden patient monitor. It receives EEG data from patients and digitizes the signals, the waveforms and analysis are displayed on a Nihon Kohden Patient Monitor. The AE-918P is contained in a small enclosure that contains the EEG amplifier and digital circuitry. This enclosure is mounted to the bottom of the patient monitor and connects to the patient monitor through the multilink cable.

The Nihon Kohden TG-970P and is intended for medical purposes to measure the concentration of carbon dioxide in a gas mixture to aid in determining the patient's ventilatory status. Along with other methods indicated by the physician for medical diagnosis, this device is intended as an indicator of patient carbon dioxide concentration during expiration. The device is intended for use by qualified medical personnel within a hospital or clinical environment and is available for use on any patient weighing 2kg or more.

The TG-970P Series CO2 Sensor Kit is comprised of three main components, a CO2 Sensor (photo detector and light emitter) with cable and connector, a CO2 Adapter and an airway adapter. The CO2 Sensor incorporates an infrared light source, of specified wavelength, and an infrared detector. The photo detector and light emitter end of the CO2 sensor is connected to an airway adapter. The airway adapter is connected between the patient airway and the respirator. As the patient completes an expiratory breath the sensor measures the CO2 levels in the expiratory breath and sends that data to the CO2 adapter. The adapter then reads the data and converts the data so it can be displayed on the patient monitor.

The PSG-1100 Sleep Diagnostic System is intended to record the physiological data required for EEG and sleep studies (Polysomnography or PSG). These data may be used by clinicians in Sleep Disorders, Epilepsies and other disorders as a diagnostic aid. This device is intended for use by medical personnel and will be available for use within a medical facility or outside of a medical facility under direct supervision of a medical professional.

The PSG-1100 Sleep Diagnostic System is a digital PSG amplifier intended to record the electrical activity of the brain (EEG) and other bio-potential signals and to record physiological data required for sleep studies. The device consists of an amplifier box (head box) and main interface unit. The head box operates with commercially available sensors and interfaces with a main unit which connects to and communicates with computer hardware/ software via Ethernet connection.

The Nihon Kohden MEB-2300A Neuropack Evoked Potential and EMG Measuring System is intended to monitor, record and display the bioelectric signals produced by muscles, to stimulate peripheral nerves, and to monitor, record and display the electrical activity produced by nerves to aid the clinician in the diagnosis and prognosis of neuromuscular disease (EMG). The device is also intended to measure and display nerve conduction time by applying a stimulus to a patient's nerve (NCV). The device may use electrical stimulus, visual stimulus, or sound stimulus for use in evoked response measurements (EP). The device may be used to determine autonomic responses as psychological indicators by measuring the electrical resistance of the skin and the tissue path between two electrodes applied to the skin. The device may also measure and record the electrical activity of the patient's brain obtained by placing two or more electrodes on the head (EEG). The device is intended for use by medical personnel within a hospital, laboratory, clinic or nursing home setting or outside of a medical facility under direct supervision of a medical professional. The device may also be placed in the intensive care unit or operating room for continuous recording. The device is available for use on any patient as determined by the medical professional including adults and children.

The MEB-2200A Neuropack Evoked Potential and EMG Measuring System consists of a main acquisition unit, operation control panel, foot switch, electrode junction box (head box), electrical stimulation box and commercially available computer, monitor, printer, keyboard, and mouse. The device also includes optional visual, and auditory stimulators. The monitor, keyboard, and mouse connect to the computer. The computer, electrode junction box, electrical stimulation box, and control panel connect to the main unit. All components requiring AC power plug into the main unit's built-in, isolated power supply. The main unit plugs into a hospital grade AC power source. All components fit onto a portable cart. A stand is also available for the electrode junction box and electrical stimulation box. Patient data is stored to a encrypted database on the local hard drive or a remote server. The data can also be archived to other commercially available storage medias.

The Nihon Kohden GR-210R Multi-Gas Module is intended to measure carbon dioxide (CO2), nitrous oxide (N2O), oxygen (O2), and following anesthetic agents (Halothane, Isoflurane, Enflurane, Sevoflurane, and Desflurane) of a patient undergoing anesthesia and display the results on a Nihon Kohden bedside monitor. The GF-210R can measure two anesthetic agents simultaneously. The system is intended for use by qualified medical personnel within a hospital or clinical environment and is available for use on any patients as determined by the qualified medical personnel.

The GF-210R Multi-Gas Module is a fully integrated anesthesia gas detection unit that measures Carbon dioxide (CO2), nitrous oxide (N20), oxygen (O2), and five anesthetic agents and displays the results on a Nihon Kohden bedside monitor. The GF-210R is an enclosure that contains an OEM Gas Analyzer (Draeger Module # 6871620). There is a sample gas exhaust port that allows the GF-210R to sample gas from a anesthetic or respiration circuit through exhaust gas tube. A multi-link connector allows the GF-210R to comunicate the measured gas value and display the value on a Nihon kohden bedside monitor

When the Low output is selected the MS-120BK is used as a nerve stimulator for surgical procedures and brain mapping during treatment of patients with seizure disorders. When High output is selected the MS-120BK is used for the intraoperative diagnosis of acute dysfunction in corticospinal axonal conduction brought about by mechanical trauma (traction, shearing, laceration, or compression) or vascular insufficiency. The system is intended for use by qualified medical personnel within a hospital or clinical environment. The stimulator is available for use on any patients as determined by the qualified medical personnel.

The Nihon Kohden MS-120BK is a dual (high & low) output constant current stimulator. The high and low setting, stimulation current and frequency of stimulation is selected by the user. The Nihon Kohden MS-120BK is connected to the MEE 1000A through the JB-116BK or JB-132BK amplifier. In the Low output setting the Nihon Kohden MS-120BK applies cortical stimulation energy through the Nihon Kohden stimulation pod (JS-102B) which is connected to commercially available cortical electrodes (strip and grid electrodes). In the High output setting, the MS-120BK outputs electrostimulation pulse through the Nihon Kohden extension cord (BM-121B) which is connected to commercially available stimulation electrode(s).

EEG- 1200A Series Neurofax is intended to record, measure and display cerebral and extracerebral activity for EEG and Sleep Studies. These data may be used by the clinician in Sleep Disorder, Epilepsies and other related disorders as an aid in diagnosis. The PE-210AK Switch Box is an optional accessory for the EEG-1200A device. It is used with the EEG-1200A to switch between EEG recording and cortical stimulation using the same cortical electrode. The software is used for functional brain mapping to support diagnostic and surgical epilepsy procedures. The device is intended for use within a hospital or medical facility under direct supervision of a medical professional

The PE-210A Switch Box is an optional accessory for the EEG-1200A device cleared under 510k # k080546. The PE-210AK Hardware is made up of electronic switches inside a box enclosure and cable connections on the outside of the box enclosure. The PE210AK Hardware switch box does not have any controls or adjustment for the operator. All settings, controls, and adjustments are made using the PE-210AK software installed on the EEG's (off the shelf) PC. Utilizing the EEG's CPU. Data storage, keyboard, mouse, and display, the PE-210AK switch box software allows the user switch electrode stimulation sites between the EEG recording and the cortical stimulator. The PE-210AK software allows the user to query the data recorded on the EEG's PC and create a report of the stimulation sites, including duration and intensity settings.

The Prefense EDNS-9000 Series Central Nurse Station is intended for use by medical professionals to provide cardiac and vital signs monitoring for multiple patients within a medical facility. The Prefense EDNS-9000 Series Central Nurse Station will display and record physiological data from up to forty telemetry receivers/transmitters and generates an alarm when a measured parameter falls outside a preset limit or when an arrhythmia is detected. Arrhythmia detection is a function of the telemetry receivers/transmitters. Alarm determination can be configured to be performed by either the Prefense EDNS-9000 Series Central Nurse Station or by the telemetry receivers/transmitters.

The device is intended for use by medical professionals to provide cardiac and vital signs monitoring for multiple patients within a medical facility. The Prefense EDNS-9000 Series Central Nurse Station will display and record physiological data from up to forty telemetry receiver/transmitters and generates an alarm when a measured parameter falls outside a pre-set limit or when life threatening arrhythmia is detected. Arrhythmia detection is a function of the telemetry receivers (Model ORG-9700 Multiple Patient Receiver, per 510k K071058 Commercial distribution certification dated June 29, 2007) transmitter (Model ZS-940PA, per 510(k) K043517 Commercial Distribution certification dated February 3, 2005). Alarm determination can be configured to be performed by either the Prefense EDNS-9000 Series Central Nurse Station or by the telemetry receivers (Model ORG-9700 Multiple Patient Receiver, per 510k K071058 Commercial distribution certification dated June 29, 2007) transmitter (Model ZS-940PA, per 510(k) K043517 Commercial Distribution certification dated February 3, 2005).

The CNS-6200 Series Central Nurse Station is intended for cardiac and vital signs monitoring for multiple patients. The device will display and record physiological data from individual bedside monitors and /or telemetry received transmitters and mimics an alarm when a measured parameter falls outside a preset limit or when an arrhythmia is detected by the bedside monitor or telemetry unit. This product will be available for use by medical personnel on all patient populations within a medical facility.

The device is intended for use by medical professionals to provide cardiac and vital signs monitoring for multiple patients within a medical facility. The CNS-6200 Series Central Nurse Station will display and record physiological data from up to forty telemetry receiver/transmitters and generates an alarm when a measured parameter falls outside a pre-set limit or when life threatening arrhythmia is detected. Arrhythmia detection and alarm determination are functions of the telemetry receivers/transmitters or individual bedside monitor.