Terenz : Transforming Precision Healthcare using AI

Terenz simplifies the diagnosis of Neurodegenerative Diseases by leveraging Artifiical Intelligence .

Curated Web Interface

Terenz Application provides the physicians with a curated user interface and transparent analysis over the input scans by powering the backend with state of the art Artificial Intelligence models.

Super Resolution Using GAN's

Terenz AI engine employs Generative Adversarial Networks to increase the low resolution images to high resolution by maintaining the information gain from the image.

Patient Data Management

Terenz Application employs scalable data management system for the doctors to cater their needs for the storage and maintenance of the exhaustive analysis, data and reports of patients.

Product Portfolio

Terenz Kinon is the product suite that leverages Artificial Intelligence on Wearable Sensor and Neuroimagery data for the Early detection and Progression of Parkinson's Disease.

KinVision, the Artificial Intelligence engine for the detection of Parkinson's Disease leverages state of the art Deep Learning models for the analysis of the Brain MRI and CT Scans.

KinVision has been trained using thousands of MRI and CT Scans which enables itself to produce highly precised and accurate results.

Features of KinVision :

  • Parkinson Disease Prediction
  • Parkinson Disease Progression
  • Brain Connectivity Graphs for Neuron Degradation
  • Anomaly Detection in the Substantia Nigra of the Brain.

KinSense, the platform for the detection of On and Off in patients with Parkinson's disease . The platform leverages state-of-the-art BioSignal Processing algorithms for identifying Gait Patterns in patients suffering from Parkinson's Disease.

KinSense, has been trained with the Gait data from Hundreds of patients with a course of 10 to 15 Minutes each.

Features of KinSense :

  • Parkinson's Disease On-Off Prediction
  • Gait Parameter Analysis

Terenz Demenor is the product suite that leverages Artificial Intelligence on Neuroimaging data for the Early detection and Progression of Alzheimer's Disease.

DemVision, the Artificial Intelligence engine for the detection and probabilistic forecasting of Alzheimer Disease leverages curated Deep Learning models over brain MRI and CT scans of the patients.

The Artificial Intelligence engine has been trained using millions of slices of MRI and CT scans.

Features of DemVision :

  • Alzheimer Disease Prediction
  • Alzheimer Disease Progression and Forecasting
  • Anomaly Plots of the Entorhinal cortex and Hippocampus

Terenz AI presents Cov-XR which is an Artificial Intelligence Solution to detect the COVID-19 from Chest X- Rays

Terenz Cov-XR is an Artificial Intelligence Platform that leverage Chest X-Rays for the detection of Covid-19 and the localization of aneurysms in the Chest X-Rays.

The Artificial Intelligence engine has been trained using Hundred Thousand Chest X-Ray Images

Features of Cov-XR :

  • Detection of COVID-19 from Chest X-Rays.
  • Localization of the Aneurysms in the Chest X-Rays due to the prevalence of COVID-19.

Add On Products

Mellius, the Artificial Intelligence engine for the detection of Diabetic Retinopathy leverages curated and state of the art Deep Learning models for the identification of anomalies in the fundus images.

Conzar, the Artificial Intelligence engine of Terenz leverages Graph Neural Networks for the detection and localization of Cancerous Cells in Histopathologic Tissue Patches.

Corin, the Artificial Intelligence engine leverages state of the art deep learning models for the analysis of the carotid arteries for the detection of plaques and clogs.

Get Connected with Terenz

Terenz enables doctors and physicians to accurately and efficiently mutate upon the medical images for the prediction of specific diseases and also provides synergistic analysis on the prediction by plotting a multitude of explainable region of Interests.

The Artificial Intelligence Engines of Terenz has gathered insights from thousands of images which enables itself to provide state of the art results for particular diseases.

Physical Address

WBC The Palace, 28,
Centum 1-ro, Haeundae-gu,
Busan, South Korea - 48060

Contact

contact@sikonic.io
sikonic.terenz@gmail.com