Thyroid Nodule Impedance Measurement System (TN_IMS)

Description

The prevalence of thyroid cancer has been rapidly increasing in the last two decades, with a notable number of cases being identified as small, clinically concealed papillary cancers. This rise in thyroid cancer is largely attributed to advancements in diagnostic capabilities, particularly in the detection of small nodules. The ambiguity surrounding fine-needle aspiration (FNA) outcomes and the necessity for frozen-section pathology have created a critical demand for a more precise and minimally invasive tool for diagnosing thyroid nodules. The Thyroid Nodule Impedance Measurement System (TN-IMS) device is an innovative electrical impedance-based system that addresses this requirement.

The Efficiency of Thyroid Nodule Impedance Measurement System in Thyroid Cancer

The Thyroid Nodule Impedance Measurement System (TN-IMS) is an innovative system that utilizes electrical impedance to measure thyroid nodules. This cutting-edge technology effectively meets the demand for accurate thyroid nodule impedance measurements.

The TN-IMS device utilizes electrical impedance spectroscopy (EIS) to measure two electrical impedance features of thyroid nodules – Z1kHz and IPS. These measurements help distinguish between malignant/high-risk nodules requiring excision and low-risk nodules needing follow-up. The system has been fully calibrated using histopathological results from a cohort study of several patients, providing a precise and real-time diagnostic solution for thyroid nodules.

the new Hospitech Thyroid Nodule Impedance Measurement System is transforming thyroid cancer diagnosis by providing real-time, highly accurate detection of high-risk nodules. This system aims to improve patient outcomes by reducing unnecessary surgeries.

Result of Thyroid Nodule Impedance Measurement System in Clinical Study

The system has been evaluated for performance using sensitivity, specificity, and accuracy metrics. The system has demonstrated a sensitivity of 94%, indicating its ability to detect 94% of actual positive cases (detectable nodules in radiology and surgery). The specificity has been 87%, signifying its capability to correctly identify 87% of negative cases (normal thyroid and colloid goiter), and the overall accuracy has been 91%, reflecting its ability to accurately diagnose 91% of the samples. The evaluation has revealed a high level of accuracy in detecting thyroid nodules using the Thyroid Nodule Impedance Measurement System (TN-IMS) device. A total of 48 detectable nodules have been identified in radiology, 3 in surgery, and 3 undetectable nodules have been missed in both radiology and surgery. Furthermore, 36 samples have been determined to have normal thyroid/colloid goiter. In total, the TN-IMS device has analyzed 90 samples.

Hospitech Thyroid Nodule Impedance Measurement System

Hospitech Cancer Care Innovations is at the forefront of revolutionizing cancer diagnosis with its advanced range of devices. These include the Cancer Diagnostic Probe (CDP), Impedimetric Tumor Detection System (ITDS), Electrical Endoscopy Mass Detection (EMD), and ElectroChemoTherapy (ECT) & Gamma Probe . The Thyroid Nodule Impedance Measurement System (TN-IMS) is a state-of-the-art technology aimed at enhancing thyroid cancer detection and treatment effectiveness. Backed by research, publications, and patents, these tools deliver precise results for early diagnosis and improved patient outcomes. The company prides itself on its dedicated team and steadfast commitment to making a meaningful impact in the healthcare industry’s battle against cancer.

Elevate your medical facility with Hospitech’s Thyroid Nodule Impedance Measurement System and experience a cutting-edge and secure approach to thyroid cancer surgery and treatment.

TECHNOLOGY

Technology of Thyroid Nodule Impedance Measurement System

The Thyroid Nodule Impedance Measurement System (TN-IMS) is an advanced device that utilizes precision impedance-based measurement technology to analyze thyroid nodules. Using a two-electrode probe, the device stimulates the tissue and records a current response signal, which is then processed to calculate impedance magnitude and phase diagrams. The extracted parameters, impedance magnitude at 1 kHz (Z1kHz) and impedance phase slope in the frequency range of 100 kHz to 500 kHz (IPS), offer valuable insights into intracellular, extracellular, and membranous abnormalities associated with cancer development.

The TN-IMS is designed for ease of use, with measurements taking only about 3 seconds to complete. The results are displayed in real-time, providing immediate feedback to clinicians. During the process, a disposable G20 IV cannula is inserted into the suspicious target nodule, while a disposable ECG chest electrode with a pre-gelled Ag/AgCl sensor is attached to the submental skin of the patient.

The device’s calibration is based on histopathological examinations, ensuring accurate and reliable results. With its advanced technology and user-friendly design, the TN-IMS device is an invaluable tool for healthcare professionals in diagnosing and managing thyroid nodules.

FEATURES

Hospitech Thyroid Nodule Impedance Measurement System Features

Real-time detection: detects high-risk thyroid nodules intra-operatively before starting any dissection
High sensitivity and specificity: 92% and 85%, respectively, tested on 103 samples
No need for presurgical radiologic reports
Can score newly found nodules or multinodular lesions without prior information
Facilitates decision-making when considering a lobectomy or total thyroidectomy, especially in the absence of frozen section pathology
Accurate results: detects high-risk nodules by analyzing Z1kHz and IPS signals
Potential to reduce unnecessary surgical procedures and improve patient outcomes

ACHIEVEMENT

Articles

National Library of Medicine

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CLINIAL TRIAL RESULTS

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1. What is the Thyroid Nodule Impedance Measurement System (TN-IMS)?

TN-IMS is a novel device that utilizes electrical impedance spectroscopy to provide real-time, high-accuracy detection of high-risk thyroid nodules, improving patient outcomes and reducing unnecessary surgeries.

2. How does the TN-IMS work?

The device measures two electrical impedance features of thyroid nodules, Z1kHz and IPS, to distinguish between malignant nodules that require excision and low-risk nodules that only need follow-up.

3. What are the key benefits of using TN-IMS?

TN-IMS offers real-time detection of high-risk nodules, high sensitivity (94%) and specificity (87%), eliminates the need for pre-surgical radiologic reports, and aids in surgical decision-making, particularly in the absence of frozen section pathology.

4. How accurate is the TN-IMS in detecting thyroid nodules?

The system has shown an overall accuracy of 91% in diagnosing samples, effectively identifying a majority of both high-risk and low-risk nodules during evaluations.

5. Can TN-IMS be used intra-operatively?

Yes, TN-IMS can detect high-risk thyroid nodules during surgery before any dissection begins, allowing for immediate clinical decision-making.

6. What conditions does the TN-IMS help differentiate?

The device can effectively distinguish between malignancy and benign conditions such as normal thyroid tissue and colloid goiter.

7. How does TN-IMS improve patient outcomes?

By accurately identifying high-risk nodules, TN-IMS helps reduce the number of unnecessary surgeries, ensuring that only patients who truly need intervention undergo surgical procedures.

8. What was the method of validation for TN-IMS?

The performance of TN-IMS was validated through a cohort study involving histopathological comparisons, confirming its effectiveness in accurately diagnosing thyroid nodules based on impedance measurements.