How to Delete ATA Thyrosim
Published by: American Thyroid AssociationRelease Date: July 21, 2022
Need to cancel your ATA Thyrosim subscription or delete the app? This guide provides step-by-step instructions for iPhones, Android devices, PCs (Windows/Mac), and PayPal. Remember to cancel at least 24 hours before your trial ends to avoid charges.
Guide to Cancel and Delete ATA Thyrosim
Table of Contents:
ATA Thyrosim Unsubscribe Instructions
Unsubscribing from ATA Thyrosim is easy. Follow these steps based on your device:
Canceling ATA Thyrosim Subscription on iPhone or iPad:
- Open the Settings app.
- Tap your name at the top to access your Apple ID.
- Tap Subscriptions.
- Here, you'll see all your active subscriptions. Find ATA Thyrosim and tap on it.
- Press Cancel Subscription.
Canceling ATA Thyrosim Subscription on Android:
- Open the Google Play Store.
- Ensure you’re signed in to the correct Google Account.
- Tap the Menu icon, then Subscriptions.
- Select ATA Thyrosim and tap Cancel Subscription.
Canceling ATA Thyrosim Subscription on Paypal:
- Log into your PayPal account.
- Click the Settings icon.
- Navigate to Payments, then Manage Automatic Payments.
- Find ATA Thyrosim and click Cancel.
Congratulations! Your ATA Thyrosim subscription is canceled, but you can still use the service until the end of the billing cycle.
How to Delete ATA Thyrosim - American Thyroid Association from Your iOS or Android
Delete ATA Thyrosim from iPhone or iPad:
To delete ATA Thyrosim from your iOS device, follow these steps:
- Locate the ATA Thyrosim app on your home screen.
- Long press the app until options appear.
- Select Remove App and confirm.
Delete ATA Thyrosim from Android:
- Find ATA Thyrosim in your app drawer or home screen.
- Long press the app and drag it to Uninstall.
- Confirm to uninstall.
Note: Deleting the app does not stop payments.
How to Get a Refund
If you think you’ve been wrongfully billed or want a refund for ATA Thyrosim, here’s what to do:
- Apple Support (for App Store purchases)
- Google Play Support (for Android purchases)
If you need help unsubscribing or further assistance, visit the ATA Thyrosim forum. Our community is ready to help!
What is ATA Thyrosim?
Ata guidelines and hemithyroidectomy for pediatric thyroid cancer with dr rastatter:
The app was developed and well-validated from real normal and hypothyroid human data and it features a simple and intuitive user interface, designed to promote understanding of the basic physiology of this complex endocrine system – by laypersons as well as by clinicians and clinical educators and researchers.
THYROSIM is particularly useful for understanding and safely exploring effects of perturbing the real system, in various ways – without the need for any real human or animal experimentation. The DIRECTIONS and EXAMPLE explain and illustrate normal physiological conditions. Users can then conduct simulated ‘‘what-if’’ experiments, to challenge the simulation model with abnormal conditions – as explained on the app interface pages.
For example, users can simulate hypothyroidism (when the thyroid hormone level in blood is too low) or thyroid hormone malabsorption from the gut. Patients with hypothyroidism can visualize the effects of thyroid hormone replacement therapy, promoting adherence to their doctor’s dosing prescriptions, and also understand better why they should take thyroid hormone replacement drugs without food – facilitating understanding of impaired absorption of the drug in the presence of food. Thyroid cancer patients (any layperson) can visualize the effects of partial or complete surgical removal of the thyroid gland (thyroidectomy) on blood hormone levels, and thereby understand why they need individualized hormone replacement therapy, and so on.
Physicians and laypersons can use THYROSIM as a patient education tool. Scientists can use THYROSIM for clinical research purposes. Clinical and pharmacology educators can use THYROSIM to teach medical and pharmacology students basic thyroid hormone physiology and pathophysiology, complete with easy to understand graphical renditions of the results of “what-if” experimentation with the simulator. Trainees and other students can benefit from use of THYROSIM as a means to deepen and test their understanding the complexities of the “pituitary-thyroid axis”, the primary organ interactions regulating blood thyroid hormone levels by feedback control.
The THYROSIM model has been the basis for several important clinical study applications for well over a decade, with details published in the medical journals Thyroid and Frontiers in Endocrinology.
Show more
THYROSIM is particularly useful for understanding and safely exploring effects of perturbing the real system, in various ways – without the need for any real human or animal experimentation. The DIRECTIONS and EXAMPLE explain and illustrate normal physiological conditions. Users can then conduct simulated ‘‘what-if’’ experiments, to challenge the simulation model with abnormal conditions – as explained on the app interface pages.
For example, users can simulate hypothyroidism (when the thyroid hormone level in blood is too low) or thyroid hormone malabsorption from the gut. Patients with hypothyroidism can visualize the effects of thyroid hormone replacement therapy, promoting adherence to their doctor’s dosing prescriptions, and also understand better why they should take thyroid hormone replacement drugs without food – facilitating understanding of impaired absorption of the drug in the presence of food. Thyroid cancer patients (any layperson) can visualize the effects of partial or complete surgical removal of the thyroid gland (thyroidectomy) on blood hormone levels, and thereby understand why they need individualized hormone replacement therapy, and so on.
Physicians and laypersons can use THYROSIM as a patient education tool. Scientists can use THYROSIM for clinical research purposes. Clinical and pharmacology educators can use THYROSIM to teach medical and pharmacology students basic thyroid hormone physiology and pathophysiology, complete with easy to understand graphical renditions of the results of “what-if” experimentation with the simulator. Trainees and other students can benefit from use of THYROSIM as a means to deepen and test their understanding the complexities of the “pituitary-thyroid axis”, the primary organ interactions regulating blood thyroid hormone levels by feedback control.
The THYROSIM model has been the basis for several important clinical study applications for well over a decade, with details published in the medical journals Thyroid and Frontiers in Endocrinology.
