Precise, non-invasive and radiation free lung imaging using acoustic technology + machine learning

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Our Mission

Transform global health care for pulmonary imaging

Several imaging methods for the human lung are available and widely used. Conventional radiography, CT, MRI, and methods provided by nuclear medicine are well established.

In general, these imaging modalities are used by specialists in radiology and pathology. However, there exists a more general need for all physicians and health care providers the world over to visualize the lungs to aid in diagnosis at the pointof care or to guide surgical and medical procedures at the point of procedure.

T-Scope Platform. See more, know more, and do more with synchronized ultrasound, digital auscultation and ECG in one powerful tool.

Existing medical devices and methods for cardiothoracic and lung assessment, continue to prove insufficient and hinder the process of decisionmaking. Usually patients have to be referred to other facilities, processes that cause delay of service and are expensive.

In contrast, The T-Scope synchronizes all 3 signals in real time.

T-Scope Probe

A revolution in point of care cardiopulmonary diagnosis, ultrasound, Auscultation and ECG on a single device

High-resolution ultrasound imaging
Integrated Electoral Cardiogram (ECG)
High Fidelity Digital Stethoscope
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T-Scope Tablet

High resolution and visualization tool with AI integrated workflow

Export as DICOM, JPEG, or through USB
Visualize ECG Rhythms
Visualize Auscultation Wave Form
Save, Track and Share recordings
Archive Results to PACS server
HIPAA Compliance
On device ML no need for the internet
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T-Sense. Precise, non-invasive and radiation-free lung ventilation imaging and lung function testing using acoustic technology.

How It Works

A step up from the traditional stethoscope

1

The T-Sense is a multichannel stethoscope with 32 multichannel microphone transducers configured to be fixed over the thorax.

2

Each transducer generates a signal indicative of the pressure waves at the location of the transducer at the time.

3

Each transducer picks up vibrations as air moves in and out of the lung parenchyma.

Benefits

Why T-Sense is different compared to traditional devices in market?

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Easy to install and use with simple T-Lab software

Radiation-free, safe for pregrnant women & children

It’s transportable and can be used bedside

Non-invasive, in some cases can replace autopsy

Our Unique Approach

We’ve made it fast
and simple.

Understanding the location of abnormal lung sounds can help identify areas of pathology as well as assessing the severity of the pathology. Spatial information can be accurately accessed using simultaneous contact based multichannel microphone recordings at different locations of the thoracic surface.

With the T-Sense collecting lung sounds from a plurality of sensors on the back of a subjects back. The recorded sound signals are processed to determine an average acoustic energy
at the locations on the body surface over a duration of time.
The total acoustic energy detected over the back of the subject correlates with the lung airflow.

The T-Sense platform estimates the airflow and plots the airflow as a function of time.

The T-Sense and T-Lab can measure lung parameters like, Forced Expiratory Volume (FEV), FEV1, FEV1%, FVC, FVC%, FEV1/FVC ratio, PEF, FEF and the regional distribution of air.

Algorithms. Bringing AI to Ultrasound, Auscultation and ECG.

T-Health is on a mission to leverage cutting-edge, deep learning algorithms to assist clinicians in assessing the health of the heart and lungs with minimal training, in a matter of few minutes and on a standalone device.

Our artificial intelligence platform is developed on convolutional neural networks, which have been trained on thousands of expert annotated ultrasound images, auscultation spectrograms and ECG data, with an aim to improve cardiopulmonary diagnosis in primary healthcare.

Solutions

For Primary Care

Diagnose heart and lung diseases at your office without the need for referrals

AI-assisted handheld tool to incorporate machine learning into patient assessments, giving physicians and nurses more data and confidence to make clinical decisions and diagnosis in the office. The T-Scope captures high-resolution ultrasound, ECG and digital auscultation all in one device instead of 3.

Schedule a virtual demo

For Hospitals

Improve cardiopulmonary diagnosis at the bedside

The T-Scope AI-assisted handheld tool to incorporate machine learning into patient assessments, giving providers more data and confidence to make clinical decisions and diagnosis at the bedside. The T-Scope captures high-resolution ultrasound, ECG and digital auscultation all in one device instead of 3.

Schedule a virtual demo

For Cardiologists

Full Echo From the Palm of Your Hand

First AI-assisted handheld tool to incorporate machine learning into cardiac assessments, giving cardiologists more data and confidence to make clinical decisions and diagnosis at the bedside.

Schedule a virtual demo

Diagnose heart and lung diseases at your office without the need forreferrals

AI-assisted handheld tool to incorporate machine learning into patient assessments, giving physicians and nurses more data and confidence to make clinical decisions and diagnosis in the office. The T-Scope captures high-resolution ultrasound, ECG and digital auscultation all in one device instead of 3.

Schedule a virtual demo

Improve cardiopulmonary diagnosis at the bedside

The T-Scope AI-assisted handheld tool to incorporate machine learning into patient assessments, giving providers more data and confidence to make clinical decisions and diagnosis at the bedside. The T-Scope captures high-resolution ultrasound, ECG and digital auscultation all in one device instead of 3.

Schedule a virtual demo

Full Echo From the Palm of Your Hand

First AI-assisted handheld tool to incorporate machine learning into cardiac assessments, giving cardiologists more data and confidence to make clinical decisions and diagnosis at the bedside.

Schedule a virtual demo