Get updated on your labor wherever you are!

The Eagle Management Group app is used to communicate information and pictures from the trade show/event space floor to our customers. Logging into the app, a client can stay up to date on the status of their labor with updates on everything from inputted notes to an install's completion. They may also view pictures of their projects as they are installed, completed, and dismantled.

Users can refer to their project's information for months into the past or review their upcoming work in various regions. There is also the ability to favorite a specific area or order so retrieving it is easy.

What's New in the Latest Version 1.1

Last updated on May 10, 2024

1.1 testing notifications.

EMG (Electromyography) is a technique that uses electrical signals to assess the health and function of muscles. It is a non-invasive procedure that involves placing electrodes on the skin over the muscle being tested. The electrodes pick up electrical signals generated by the muscle when it contracts. These signals are then amplified and recorded, providing information about the muscle's activity, strength, and coordination.

Applications of EMG:

EMG has a wide range of applications in both clinical and research settings, including:

* Diagnosis of neuromuscular disorders: EMG can help diagnose conditions such as muscular dystrophy, myasthenia gravis, and peripheral nerve injuries.

* Assessment of muscle function: EMG can evaluate muscle strength, endurance, and coordination, making it useful in sports medicine, rehabilitation, and ergonomics.

* Research on muscle physiology: EMG can provide insights into the mechanisms of muscle contraction, fatigue, and recovery.

Procedure:

During an EMG procedure, the following steps are typically involved:

* The skin over the muscle being tested is cleaned and shaved if necessary.

* Electrodes are placed on the skin and secured with tape or straps.

* The patient is asked to perform a series of muscle contractions while the EMG signals are recorded.

* The EMG signals are analyzed by a computer or trained professional to assess muscle activity.

Interpretation of EMG Results:

EMG results are typically interpreted by a physician or other healthcare professional trained in EMG analysis. The results may include:

* Amplitude: The height of the EMG signal, which reflects the number of muscle fibers activated during contraction.

* Duration: The length of time the EMG signal lasts, which can indicate muscle fatigue or weakness.

* Frequency: The number of EMG signals per second, which can provide information about muscle coordination and recruitment patterns.

* Recruitment pattern: The order in which muscle fibers are activated during contraction, which can indicate muscle coordination and strength.

Advantages and Limitations:

Advantages:

* Non-invasive and painless

* Provides objective and quantitative data on muscle function

* Can help diagnose and monitor neuromuscular disorders

Limitations:

* May not be suitable for all patients, such as those with skin infections or implanted devices

* Results can be affected by factors such as electrode placement and patient effort

* Cannot provide information about muscle morphology or pathology

Get updated on your labor wherever you are!

The Eagle Management Group app is used to communicate information and pictures from the trade show/event space floor to our customers. Logging into the app, a client can stay up to date on the status of their labor with updates on everything from inputted notes to an install's completion. They may also view pictures of their projects as they are installed, completed, and dismantled.

Users can refer to their project's information for months into the past or review their upcoming work in various regions. There is also the ability to favorite a specific area or order so retrieving it is easy.

What's New in the Latest Version 1.1

Last updated on May 10, 2024

1.1 testing notifications.

EMG (Electromyography) is a technique that uses electrical signals to assess the health and function of muscles. It is a non-invasive procedure that involves placing electrodes on the skin over the muscle being tested. The electrodes pick up electrical signals generated by the muscle when it contracts. These signals are then amplified and recorded, providing information about the muscle's activity, strength, and coordination.

Applications of EMG:

EMG has a wide range of applications in both clinical and research settings, including:

* Diagnosis of neuromuscular disorders: EMG can help diagnose conditions such as muscular dystrophy, myasthenia gravis, and peripheral nerve injuries.

* Assessment of muscle function: EMG can evaluate muscle strength, endurance, and coordination, making it useful in sports medicine, rehabilitation, and ergonomics.

* Research on muscle physiology: EMG can provide insights into the mechanisms of muscle contraction, fatigue, and recovery.

Procedure:

During an EMG procedure, the following steps are typically involved:

* The skin over the muscle being tested is cleaned and shaved if necessary.

* Electrodes are placed on the skin and secured with tape or straps.

* The patient is asked to perform a series of muscle contractions while the EMG signals are recorded.

* The EMG signals are analyzed by a computer or trained professional to assess muscle activity.

Interpretation of EMG Results:

EMG results are typically interpreted by a physician or other healthcare professional trained in EMG analysis. The results may include:

* Amplitude: The height of the EMG signal, which reflects the number of muscle fibers activated during contraction.

* Duration: The length of time the EMG signal lasts, which can indicate muscle fatigue or weakness.

* Frequency: The number of EMG signals per second, which can provide information about muscle coordination and recruitment patterns.

* Recruitment pattern: The order in which muscle fibers are activated during contraction, which can indicate muscle coordination and strength.

Advantages and Limitations:

Advantages:

* Non-invasive and painless

* Provides objective and quantitative data on muscle function

* Can help diagnose and monitor neuromuscular disorders

Limitations:

* May not be suitable for all patients, such as those with skin infections or implanted devices

* Results can be affected by factors such as electrode placement and patient effort

* Cannot provide information about muscle morphology or pathology