Universal

A box of 100 Single-Use Protected Neurological Pins - A disposable precision instrument for testing cutaneous pinprick sensation designed to optimise the patient's perception of sharpness without piercing delicate skin for use in the clinical or non-clinical setting. GMDN Definition: A hand-held manual pin-like device with a sharp distal end intended to be used to test for the presence of pain (pin prick) sensation in the skin. A healthcare professional uses the device to touch the skin of a patient who provides a response based on the sensation experienced; the device may have a safety feature to prevent unintentional injury. This is a single-use device.

A carton of 12 Single-Use Protected Neurological Pins intended to allow patients with diabetes to test themselves safely at home monthly for early signs of diabetic neuropathy according to American Diabetes Association guidelines - A disposable precision instrument for testing cutaneous pinprick sensation designed to optimise the patient's perception of sharpness without piercing delicate skin for use in the clinical or non-clinical setting. GMDN Definition: A hand-held manual pin-like device with a sharp distal end intended to be used to test for the presence of pain (pin prick) sensation in the skin. A healthcare professional uses the device to touch the skin of a patient who provides a response based on the sensation experienced; the device may have a safety feature to prevent unintentional injury. This is a single-use device.

MRC's PinPrick stimulators are used for quantitative sensory testing (QST) of pain and perception thresholds. They allow a reproducible measurement and documentation of nociceptor activation of the skin. Thus, they enable a better diagnostic of symptoms of neuropathologic pain and the investigation of mechanisms that are connected with chronic pain.

MRC's PinPrick stimulators are used for quantitative sensory testing (QST) of pain and perception thresholds. They allow a reproducible measurement and documentation of nociceptor activation of the skin. Thus, they enable a better diagnostic of symptoms of neuropathologic pain and the investigation of mechanisms that are connected with chronic pain.

MRC's PinPrick stimulators are used for quantitative sensory testing (QST) of pain and perception thresholds. They allow a reproducible measurement and documentation of nociceptor activation of the skin. Thus, they enable a better diagnostic of symptoms of neuropathologic pain and the investigation of mechanisms that are connected with chronic pain.

MRC's PinPrick stimulators are used for quantitative sensory testing (QST) of pain and perception thresholds. They allow a reproducible measurement and documentation of nociceptor activation of the skin. Thus, they enable a better diagnostic of symptoms of neuropathologic pain and the investigation of mechanisms that are connected with chronic pain.

MRC's PinPrick stimulators are used for quantitative sensory testing (QST) of pain and perception thresholds. They allow a reproducible measurement and documentation of nociceptor activation of the skin. Thus, they enable a better diagnostic of symptoms of neuropathologic pain and the investigation of mechanisms that are connected with chronic pain.

MRC's PinPrick stimulators are used for quantitative sensory testing (QST) of pain and perception thresholds. They allow a reproducible measurement and documentation of nociceptor activation of the skin. Thus, they enable a better diagnostic of symptoms of neuropathologic pain and the investigation of mechanisms that are connected with chronic pain.

MRC's PinPrick stimulators are used for quantitative sensory testing (QST) of pain and perception thresholds. They allow a reproducible measurement and documentation of nociceptor activation of the skin. Thus, they enable a better diagnostic of symptoms of neuropathologic pain and the investigation of mechanisms that are connected with chronic pain.

MRC's PinPrick stimulators are used for quantitative sensory testing (QST) of pain and perception thresholds. They allow a reproducible measurement and documentation of nociceptor activation of the skin. Thus, they enable a better diagnostic of symptoms of neuropathologic pain and the investigation of mechanisms that are connected with chronic pain.

MRC's PinPrick stimulators are used for quantitative sensory testing (QST) of pain and perception thresholds. They allow a reproducible measurement and documentation of nociceptor activation of the skin. Thus, they enable a better diagnostic of symptoms of neuropathologic pain and the investigation of mechanisms that are connected with chronic pain.

MRC's PinPrick stimulators are used for quantitative sensory testing (QST) of pain and perception thresholds. They allow a reproducible measurement and documentation of nociceptor activation of the skin. Thus, they enable a better diagnostic of symptoms of neuropathologic pain and the investigation of mechanisms that are connected with chronic pain.

MRC's PinPrick stimulators are used for quantitative sensory testing (QST) of pain and perception thresholds. They allow a reproducible measurement and documentation of nociceptor activation of the skin. Thus, they enable a better diagnostic of symptoms of neuropathologic pain and the investigation of mechanisms that are connected with chronic pain.

MRC's PinPrick stimulators are used for quantitative sensory testing (QST) of pain and perception thresholds. They allow a reproducible measurement and documentation of nociceptor activation of the skin. Thus, they enable a better diagnostic of symptoms of neuropathologic pain and the investigation of mechanisms that are connected with chronic pain.

MRC's PinPrick stimulators are used for quantitative sensory testing (QST) of pain and perception thresholds. They allow a reproducible measurement and documentation of nociceptor activation of the skin. Thus, they enable a better diagnostic of symptoms of neuropathologic pain and the investigation of mechanisms that are connected with chronic pain.

MRC's PinPrick stimulators are used for quantitative sensory testing (QST) of pain and perception thresholds. They allow a reproducible measurement and documentation of nociceptor activation of the skin. Thus, they enable a better diagnostic of symptoms of neuropathologic pain and the investigation of mechanisms that are connected with chronic pain.

MRC's PinPrick stimulators are used for quantitative sensory testing (QST) of pain and perception thresholds. They allow a reproducible measurement and documentation of nociceptor activation of the skin. Thus, they enable a better diagnostic of symptoms of neuropathologic pain and the investigation of mechanisms that are connected with chronic pain.

MRC's PinPrick stimulators are used for quantitative sensory testing (QST) of pain and perception thresholds. They allow a reproducible measurement and documentation of nociceptor activation of the skin. Thus, they enable a better diagnostic of symptoms of neuropathologic pain and the investigation of mechanisms that are connected with chronic pain.

The "OptiHair2" - von Frey filaments are used to investigate the tactile detection threshold in quantitative sensory testing (QST).

Sterile single use neuropathy screening pins

Monofilaments for neuropathy screening

Non sterile, sensory neuropathy screening device