About Us
Aerobe provides cutting-edge technology and scientific expertise to support researchers and clinicians in their endeavour to find novel approaches and innovative solutions in a range of disciplines.
We are a goal focused and process driven company, helping us command a high level of professional reputation and goodwill with all our stakeholders.
Specialities we serve
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Clinical Imaging
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Neurophysiology Research
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Electrophysiology Research
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Clinical Neurostimulation
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Clinical Neurology
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Rehab and Sports Research
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- Clinical Products
- Research Products
Scientific expertise, Prompt support
We are committed to provide the best Customer Support in the Industry. A sale is not an end, rather it is a beginning of a relationship for Aerobe. We believe that a satisfied customer is the best Sales reference.
Facts about us-
- Our team of scientific and product specialists comprise of many PHD’s holding over 100 years of experience combined.
- Our support staff is trained by our suppliers for effective and quick resolutions of technical issues.
- Efficient and automated support backend so our customers get quick and professional service.
- Presence across our territories to reach the end user quickly.
LATEST NEWS
The Chain Program
We created a new how-to video on how to use the Chain program to simplify your QST test set-up. We'll take you step-by-step to composing, changing, and running the Chain program.
Transcranial Evoked Potentials can be reliably recorded with active electrodes
Here, we compared the performance of passive recording electrodes; active electrodes systems in recording TMS-induced EEG signals after stimulation of the primary motor cortex (M1) and medial prefrontal cortex (mPFC), areas commonly investigated in TMS-EEG studies. To do so, we calculated significant differences and similarities at the map level between the transcranial evoked potential (TEP) recorded with AE and PE in a sample of healthy subjects.
Combining EEG and eye tracking: a workflow for your mobile experiment
Recording EEG in the real world presents some challenges; the combination with wearable eye tracking could provide you with a possible solution to technical limitations, such as marking events. In this article, we describe one example application of combined mobile EEG and wearable eye tracking for exploring natural behavior outside of the lab. To record EEG data, we used the Brain Products LiveAmp, while eye movements were detected by the Tobii Pro Glasses 3 wearable eye tracker.
A guide to peripheral physiology measurements using the BrainAmp ExG MR – Part 1: Let’s focus on EMG
Measuring peripheral physiological signals during fMRI can add valuable information about physiological processes to your studies. Our BrainAmp ExG MR can be used to record bipolar signals such as surface EMG and ECG, and signals from peripheral physiology sensors measuring GSR, respiration, or acceleration can be recorded using auxiliary channels.
Combining Brain Products and MindAffect for a fast, robust and reliable BCI speller
The combination of Brain Products hardware, LabStreamingLayer (LSL), and the open-source MindAffect platform allow you to easily add brain control to many of your projects in a straightforward and user-friendly way. mindaffectBCI provides a platform with many flexible options no matter what level of experience you have.
Alzheimer’s patients now also have access to Transcranial Pulse Stimulation (TPS) in Munich
Alzheimer's patients now also have access to Transcranial Pulse Stimulation (TPS) in Munich – one of the leading medical cities in Germany. In July 2021, a NEUROLITH system was installed in the private practice Schleicher & Brückl. It is the first NEUROLITH in the capital of Bavaria, the largest German state.
A New Way to Measure Change of Direction?
Tyreek Hill is an amazing athlete, perhaps one of the greatest to ever grace the NFL. His breakaway speed is undeniable—he’s called “the Cheetah” for good reason—and to top it off, he is shifty as all get-out. When Hill has the ball, he might go left, right, forward, backward, upfield, downfield, up, down, diagonal, spinning, spiraling, rectangle-ing, into the past, back to the future—he may even disappear into a portal and reappear 45 yards downfield. I’m not really sure.
Concurrent validity and within-session reliability of gait kinematics measured using an inertial motion capture system with repeated calibration
A frequently calibrated IMU system provides reliable gait measurements; comparing highly to OMC after removing modelling differences. Calibration poses can be implemented accurately for most angles and consistently. IMU-measured gait data are clinically useful and comparable within participants, but should not be compared to OMC-measured data.
Noraxon Technology for Higher Education
For over 30 years, Noraxon has been trusted as a leader in research-grade biomechanics technology. myoRESEARCH, our multi-device software allows students to seamlessly collect, review, analyze and report data from many complex biomechanics recording systems all in one easy-to-use platform.
Webinar Recording- Analysis and Application of Counter movement Jump Data External Inbox Website News
This pre-recorded webinar focuses on the fundamentals of force plate counter movement jump analysis and the actionable translation of data into performance training settings for athletes returning from ACLR.
Thermal testing: what is the norm? A guide to using normative data
Normative data is a large amount of values gathered from people who, in this context, are known to be healthy. This data is gathered using standardized methodology and equipment. In gathering quantitative sensory test results (QST) from healthy subjects in defined age and sex groups, a good comparison to a “healthy standard” can be made. Normative data may differ for specific ethnic backgrounds, therefore, several labs around the world have endeavored to gather data from the local population in their country
Three more neurological specialist clinics add TPS to their range of therapies
Transcranial Pulse Stimulation (TPS®) with the NEUROLITH® system for the treatment of Alzheimer's patients is increasingly gaining momentum: In early June 2021, three more devices were installed in renowned neurological specialist clinics in Germany, Austria and Turkey. In Germany, the Alexius/Josef Hospital in Neuss, with over 30 000 patients per year, opened a TPS® treatment centre under the direction of Prof. Dr Dr Dipl.-Psych. Ulrich Sprick (head physician of the outpatient services and day clinics). The respected specialist in psychiatry and psychotherapy is a lecturer at the Heinrich Heine University Düsseldorf and will work closely with STORZ MEDICAL in the future to further develop TPS®.
The Chain Program
We created a new how-to video on how to use the Chain program to simplify your QST test set-up. We'll take you step-by-step to composing, changing, and running the Chain program.
Combining EEG and eye tracking: a workflow for your mobile experiment
Recording EEG in the real world presents some challenges; the combination with wearable eye tracking could provide you with a possible solution to technical limitations, such as marking events. In this article, we describe one example application of combined mobile EEG and wearable eye tracking for exploring natural behavior outside of the lab. To record EEG data, we used the Brain Products LiveAmp, while eye movements were detected by the Tobii Pro Glasses 3 wearable eye tracker.
A guide to peripheral physiology measurements using the BrainAmp ExG MR – Part 1: Let’s focus on EMG
Measuring peripheral physiological signals during fMRI can add valuable information about physiological processes to your studies. Our BrainAmp ExG MR can be used to record bipolar signals such as surface EMG and ECG, and signals from peripheral physiology sensors measuring GSR, respiration, or acceleration can be recorded using auxiliary channels.
Combining EEG and eye tracking: a workflow for your mobile experiment
Recording EEG in the real world presents some challenges; the combination with wearable eye tracking could provide you with a possible solution to technical limitations, such as marking events. In this article, we describe one example application of combined mobile EEG and wearable eye tracking for exploring natural behavior outside of the lab. To record EEG data, we used the Brain Products LiveAmp, while eye movements were detected by the Tobii Pro Glasses 3 wearable eye tracker.
A guide to peripheral physiology measurements using the BrainAmp ExG MR – Part 1: Let’s focus on EMG
Measuring peripheral physiological signals during fMRI can add valuable information about physiological processes to your studies. Our BrainAmp ExG MR can be used to record bipolar signals such as surface EMG and ECG, and signals from peripheral physiology sensors measuring GSR, respiration, or acceleration can be recorded using auxiliary channels.
Combining Brain Products and MindAffect for a fast, robust and reliable BCI speller
The combination of Brain Products hardware, LabStreamingLayer (LSL), and the open-source MindAffect platform allow you to easily add brain control to many of your projects in a straightforward and user-friendly way. mindaffectBCI provides a platform with many flexible options no matter what level of experience you have.
A New Way to Measure Change of Direction?
Tyreek Hill is an amazing athlete, perhaps one of the greatest to ever grace the NFL. His breakaway speed is undeniable—he’s called “the Cheetah” for good reason—and to top it off, he is shifty as all get-out. When Hill has the ball, he might go left, right, forward, backward, upfield, downfield, up, down, diagonal, spinning, spiraling, rectangle-ing, into the past, back to the future—he may even disappear into a portal and reappear 45 yards downfield. I’m not really sure.
Webinar Recording- Analysis and Application of Counter movement Jump Data External Inbox Website News
This pre-recorded webinar focuses on the fundamentals of force plate counter movement jump analysis and the actionable translation of data into performance training settings for athletes returning from ACLR.
Three more neurological specialist clinics add TPS to their range of therapies
Transcranial Pulse Stimulation (TPS®) with the NEUROLITH® system for the treatment of Alzheimer's patients is increasingly gaining momentum: In early June 2021, three more devices were installed in renowned neurological specialist clinics in Germany, Austria and Turkey. In Germany, the Alexius/Josef Hospital in Neuss, with over 30 000 patients per year, opened a TPS® treatment centre under the direction of Prof. Dr Dr Dipl.-Psych. Ulrich Sprick (head physician of the outpatient services and day clinics). The respected specialist in psychiatry and psychotherapy is a lecturer at the Heinrich Heine University Düsseldorf and will work closely with STORZ MEDICAL in the future to further develop TPS®.
Transcranial Evoked Potentials can be reliably recorded with active electrodes
Here, we compared the performance of passive recording electrodes; active electrodes systems in recording TMS-induced EEG signals after stimulation of the primary motor cortex (M1) and medial prefrontal cortex (mPFC), areas commonly investigated in TMS-EEG studies. To do so, we calculated significant differences and similarities at the map level between the transcranial evoked potential (TEP) recorded with AE and PE in a sample of healthy subjects.
A New Way to Measure Change of Direction?
Tyreek Hill is an amazing athlete, perhaps one of the greatest to ever grace the NFL. His breakaway speed is undeniable—he’s called “the Cheetah” for good reason—and to top it off, he is shifty as all get-out. When Hill has the ball, he might go left, right, forward, backward, upfield, downfield, up, down, diagonal, spinning, spiraling, rectangle-ing, into the past, back to the future—he may even disappear into a portal and reappear 45 yards downfield. I’m not really sure.
Concurrent validity and within-session reliability of gait kinematics measured using an inertial motion capture system with repeated calibration
A frequently calibrated IMU system provides reliable gait measurements; comparing highly to OMC after removing modelling differences. Calibration poses can be implemented accurately for most angles and consistently. IMU-measured gait data are clinically useful and comparable within participants, but should not be compared to OMC-measured data.
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