Tutorials
Take Your First Test
After creating your first Patient Profile, Reflex will be ready to take a test. The first test of a new Patient Profile is always a baseline unless switched to Normal by you. Hold your iPad or iPhone up to the eye, align it up with the cutout, and tap the circular start button. Baselining is a great way to see what’s changed from an initial state to monitor therapies, track progression, and support diagnosis from a normal state. Reflex Pro users can also chart immersive data on the iPad.
Automated Detections with Reflex Pro
Reflex Pro users have a state-of-the-art feature in pupillometry, Automated Detection of pupillometric abnormalities. After a test, Reflex Pro will work in the background to determine if Anisocoria, Miosis, Mydriasis, Alpha-Omega Pupil, or Tonic Pupil was detected using our clinically validated detection models. If any are detected then Reflex Pro will present you with red text indicating the detected state. New detections and test methods are being added constantly and we will update you via email when they’re released.
Patient Trending with The Reflex Web Portal
Your Reflex Pro subscription comes standard with The Reflex Web Portal. This allows you to easily search your patient information from your desktop and conduct more detailed patient analytics. In The Reflex Web Portal you can select the patient you’d like to review and select the trending icon to start the in-browser control charting. You can select the tests you’d like to compare, specific parameters of interest, and the display method for your review. The Reflex Web Portal also allows you to conduct batch exporting in CSV and direct exporting to PDF to upload directly to your EMR of choice.
Convergence Testing With Reflex Pro
Reflex Pro now features a new testing mode for convergence which includes Near Point of Convergence (NPC) and Convergence Recovery Point (CRP) test methods. Use this automated distance measurement in coordination with Reflex Pro’s NPC sticker sheet to get fast and accurate convergence distances without the need for a ruler or estimation. Tap the circular button to start the test and simply have your patient follow the line on the NPC sticker and indicate when they see double (or blurry depending on your test preference). Then tap the circular button again to tell Reflex when to stop and give you the convergence value.
Resources
- Altered pupillary size and darkness and light reflexes in Alzheimer’s disease.
- Changes in pupil reaction to light in Alzheimer’s disease patients: a preliminary report.
- Cholinergic deficiency in Alzheimer’s and Parkinson’s disease: Evaluation with pupillometry.
- Pupil Light Reflex in Parkinson’s Disease: Evaluation With Pupillometry.
- Pupillometric findings in patients with Parkinson’s disease and cognitive disorder.
- Evaluation of pupillary response to light in patients with glaucoma: a study using computerized pupillometry.
- Accuracy of Pupil Assessment for the Detection of Glaucoma.
- An evaluation of pupil size standards used by police officers for detecting drug impairment.
- Neuromuscular Blocking Drugs Do Not Alter the Pupillary Light Reflex of Anesthetized Humans.
- Autonomic Components of the Human Pupillary Light Reflex.
- Quantitative pupillometry: normative data in healthy pediatric volunteers.
- Pupillometry in congenital central hypoventilation syndrome (CCHS): quantitative evidence of autonomic nervous system dysregulation.
- Quantitative pupillometry, a new technology: normative data and preliminary observations in patients with acute head injury.
- Brain Stem Blood Flow, Pupillary Response, and Outcome in Patients with Severe Head Injuries.
- Comparison of pupillary dynamics to light in the mild traumatic brain injury (mTBI) and normal populations.
- Saved by the Pupillometer! – A role for pupillometry in the acute assessment of patients with traumatic brain injuries?
- Infrared pupillometry, the Neurological Pupil index and unilateral pupillary dilation after traumatic brain injury: implications for treatment paradigms.
- Mild Traumatic Brain Injury (mTBI) and Photosensitivity: Objective Pupillometric Findings.
- Visual dysfunctions and symptoms during the subacute stage of blast-induced mild traumatic brain injury.
- Objective Pupillary Correlates of Photosensitivity in the Normal and Mild Traumatic Brain Injury Populations.
- Pupillary Light Reflex as an Objective Biomarker for Early Identification of Blast-Induced mTBI.
- Quantifying pupillary asymmetry through objective binocular pupillometry in the normal and mild traumatic brain injury (mTBI) populations.
- Visual Dysfunctions and Symptoms During the Subacute Stage of Blast-Induced Mild Traumatic Brain Injury.
- Assessment of autonomic function in high level athletes by pupillometry.
- Ocular parameters as an objective tool for the assessment of truck drivers fatigue.
- On the Influence of Pretest Conditions on the Reproducibility of the Pupillographic Sleepiness Test.
- Operational implications of varying ambient light levels and time‐of‐day effects on saccadic velocity and pupillary light reflex.
- Original Research: Pupillary Constriction Velocity and Latency to Predict Excessive Daytime Sleepiness.
- Pupillary movements during acute and chronic fatigue.
- Pupillographic assessment of sleepiness in sleep-deprived healthy subjects.
- Pupillographic sleepiness testing in hypersomniacs and normals.
- Pupillography as an objective indicator of fatigue.
- Sleep deprivation alters pupillary reactivity to emotional stimuli in healthy young adults.
- Spontaneous fluctuations in pupil size are not triggered by lens accommodation.
- The Effects of Sleep Deprivation on Oculomotor Responses.
- The pupil as a possible premonitor of drowsiness.
- The Pupillographic Sleepiness Test Analyzed by Computational Intelligence Methods.
- The Pupillographic Sleepiness Test in Adults: Effect of Age, Gender, and Time of Day on Pupillometric Variables.
- Time-of-day variations in different measures of sleepiness ~MSLT, pupillography, and SSS! and their interrelations.
- The Pupillary Light Reflex Effects of Anesthetics and Hyperthermia.
- Pupillary Effects of High-dose Opioid Quantified with Infrared Pupillometry.
- Pupillary Reflex Dilation to Predict Movement.
- Alteration of the Human Pupillary Light Reflex by General Anesthesia.
- The effects of anesthetic agents on pupillary function during general anesthesia using the automated infrared quantitative pupillometer.
Tutorials
Take Your First Test
After creating your first Patient Profile, Reflex will be ready to take a test. The first test of a new Patient Profile is always a baseline unless switched to Normal by you. Hold your iPad or iPhone up to the eye, align it up with the cutout, and tap the circular start button. Baselining is a great way to see what’s changed from an initial state to monitor therapies, track progression, and support diagnosis from a normal state. Reflex Pro users can also chart immersive data on the iPad.
Automated Detections with Reflex Pro
Reflex Pro users have a state-of-the-art feature in pupillometry, Automated Detection of pupillometric abnormalities. After a test, Reflex Pro will work in the background to determine if Anisocoria, Miosis, Mydriasis, Alpha-Omega Pupil, or Tonic Pupil was detected using our clinically validated detection models. If any are detected then Reflex Pro will present you with red text indicating the detected state. New detections and test methods are being added constantly and we will update you via email when they’re released.
Patient Trending with The Reflex Web Portal
Your Reflex Pro subscription comes standard with The Reflex Web Portal. This allows you to easily search your patient information from your desktop and conduct more detailed patient analytics. In The Reflex Web Portal you can select the patient you’d like to review and select the trending icon to start the in-browser control charting. You can select the tests you’d like to compare, specific parameters of interest, and the display method for your review. The Reflex Web Portal also allows you to conduct batch exporting in CSV and direct exporting to PDF to upload directly to your EMR of choice.
Convergence Testing With Reflex Pro
Reflex Pro now features a new testing mode for convergence which includes Near Point of Convergence (NPC) and Convergence Recovery Point (CRP) test methods. Use this automated distance measurement in coordination with Reflex Pro’s NPC sticker sheet to get fast and accurate convergence distances without the need for a ruler or estimation. Tap the circular button to start the test and simply have your patient follow the line on the NPC sticker and indicate when they see double (or blurry depending on your test preference). Then tap the circular button again to tell Reflex when to stop and give you the convergence value.
Resources
- Altered pupillary size and darkness and light reflexes in Alzheimer’s disease.
- Changes in pupil reaction to light in Alzheimer’s disease patients: a preliminary report.
- Cholinergic deficiency in Alzheimer’s and Parkinson’s disease: Evaluation with pupillometry.
- Pupil Light Reflex in Parkinson’s Disease: Evaluation With Pupillometry.
- Pupillometric findings in patients with Parkinson’s disease and cognitive disorder.
- Evaluation of pupillary response to light in patients with glaucoma: a study using computerized pupillometry.
- Accuracy of Pupil Assessment for the Detection of Glaucoma.
- An evaluation of pupil size standards used by police officers for detecting drug impairment.
- Neuromuscular Blocking Drugs Do Not Alter the Pupillary Light Reflex of Anesthetized Humans.
- Autonomic Components of the Human Pupillary Light Reflex.
- Quantitative pupillometry: normative data in healthy pediatric volunteers.
- Pupillometry in congenital central hypoventilation syndrome (CCHS): quantitative evidence of autonomic nervous system dysregulation.
- Quantitative pupillometry, a new technology: normative data and preliminary observations in patients with acute head injury.
- Brain Stem Blood Flow, Pupillary Response, and Outcome in Patients with Severe Head Injuries.
- Comparison of pupillary dynamics to light in the mild traumatic brain injury (mTBI) and normal populations.
- Saved by the Pupillometer! – A role for pupillometry in the acute assessment of patients with traumatic brain injuries?
- Infrared pupillometry, the Neurological Pupil index and unilateral pupillary dilation after traumatic brain injury: implications for treatment paradigms.
- Mild Traumatic Brain Injury (mTBI) and Photosensitivity: Objective Pupillometric Findings.
- Visual dysfunctions and symptoms during the subacute stage of blast-induced mild traumatic brain injury.
- Objective Pupillary Correlates of Photosensitivity in the Normal and Mild Traumatic Brain Injury Populations.
- Pupillary Light Reflex as an Objective Biomarker for Early Identification of Blast-Induced mTBI.
- Quantifying pupillary asymmetry through objective binocular pupillometry in the normal and mild traumatic brain injury (mTBI) populations.
- Visual Dysfunctions and Symptoms During the Subacute Stage of Blast-Induced Mild Traumatic Brain Injury.
- Assessment of autonomic function in high level athletes by pupillometry.
- Ocular parameters as an objective tool for the assessment of truck drivers fatigue.
- On the Influence of Pretest Conditions on the Reproducibility of the Pupillographic Sleepiness Test.
- Operational implications of varying ambient light levels and time‐of‐day effects on saccadic velocity and pupillary light reflex.
- Original Research: Pupillary Constriction Velocity and Latency to Predict Excessive Daytime Sleepiness.
- Pupillary movements during acute and chronic fatigue.
- Pupillographic assessment of sleepiness in sleep-deprived healthy subjects.
- Pupillographic sleepiness testing in hypersomniacs and normals.
- Pupillography as an objective indicator of fatigue.
- Sleep deprivation alters pupillary reactivity to emotional stimuli in healthy young adults.
- Spontaneous fluctuations in pupil size are not triggered by lens accommodation.
- The Effects of Sleep Deprivation on Oculomotor Responses.
- The pupil as a possible premonitor of drowsiness.
- The Pupillographic Sleepiness Test Analyzed by Computational Intelligence Methods.
- The Pupillographic Sleepiness Test in Adults: Effect of Age, Gender, and Time of Day on Pupillometric Variables.
- Time-of-day variations in different measures of sleepiness ~MSLT, pupillography, and SSS! and their interrelations.
- The Pupillary Light Reflex Effects of Anesthetics and Hyperthermia.
- Pupillary Effects of High-dose Opioid Quantified with Infrared Pupillometry.
- Pupillary Reflex Dilation to Predict Movement.
- Alteration of the Human Pupillary Light Reflex by General Anesthesia.
- The effects of anesthetic agents on pupillary function during general anesthesia using the automated infrared quantitative pupillometer.
