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The LUCA device shows high accuracy in thyroid cancer screening


The LUCA device shows high accuracy in thyroid cancer screening
Thyroid nodules are a common pathology having a prevalence of 19-76% when screened with ultrasound, with higher frequencies in women. Current medical methods used to assess the malignancy of a nodule consist in performing an ultrasound, followed by a Doppler ultrasound, and then a biopsy. However, unfortunately, these methods present both low specificity and low sensitivity. This insufficient effectiveness in accurately being able to diagnose thyroid tumors leads to many unclear or unnoticed cases as well as many others that undergo unnecessary surgeries (false positives) and increase the cost of medical healthcare, not to mention the reduction of quality of life of patients. ....

Comunidad Autonoma De Cataluna , Turgut Durduran , Ramon Gomis , Mireia Mora , Emily Henderson , Pii Sunyer Biomedical Research Institute , Ultrasound Co Analyzer , Thyroid Nodules , Biomedical Optics Express , Sunyer Biomedical Research Institute , Medical Optics , Thyroid Cancer , Clinical Testing , காமுனிடட தன்னாட்சி டி கடலுள் , எமிலி ஹென்டர்சன் , உயிர் மருத்துவ ஒளியியல் எக்ஸ்பிரஸ் , மருத்துவ ஒளியியல் ,

The LUCA device proves its readiness for a better thyroid cancer screening


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IMAGE: First lab tests in 2019 of the LUCA device at ICFO research center in Barcelona. Dr. Mattia Squarcia tests the probe on a healthy patient to see the performance of.
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Credit: ICFO
Thyroid nodules are a common pathology having a prevalence of 19-76% when screened with ultrasound, with higher frequencies in women. Current medical methods used to assess the malignancy of a nodule consist in performing an ultrasound, followed by a Doppler ultrasound, and then a biopsy. However, unfortunately, these methods present both low specificity and low sensitivity. This insufficient effectiveness in accurately being able to diagnose thyroid tumors leads to many unclear or unnoticed cases as well as many others that undergo unnecessary surgeries (false positives) and increase the cost of medical healthcare, not to mention the reduction of quality of life of patients. ....

United Kingdom , Comunidad Autonoma De Cataluna , Turgut Durduran , Lorenzo Cortese , Ramon Gomis , Feliciaa Hanzu , Mireia Mora Porta , Mattia Squarcia , Alberto Tosi , Gloria Aranda , Udom Weigel , Davide Contini , Alberto Dalla Mora , Mauro Buttafava , Stanislaw Wojtkiewicz , Marta Zanoletti , Bogdan Rosinski , Mireia Mora , Hamid Dehghani , Marco Renna , European Union Horizon , Sunyer Biomedical Research Institute , Institute For Photonic Sciences , European Institute For Biomedical Imaging Research , University Of Birmingham , Photonics Public Private Partnership ,

Scientists' algorithm will diagnose thyroid tumors faster


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Scientists’ algorithm will diagnose thyroid tumors faster
Researchers from 10 leading centers in Russia, including TSU, have developed a new approach to diagnosing thyroid tumors, based on a blood test. The main diagnostic tools are spectroscopy and machine learning. The role of the TSU scientists was to create methods of analysis using artificial intelligence. The results are presented in the highly ranked journal Biomedical Optics Express (Q1).
The methods used today to diagnose thyroid tumors are either complicated or not accurate enough,- explains Yuri Kistenev, head of the TSU Laboratory of Biophotonics and executive director of the TSU Institute of Biomedicine. -Our approach involves the analysis of molecular markers of blood by terahertz spectroscopy and machine learning. ....

Novosibirskaya Oblast , Yuri Kistenev , Yuri Kistenyov , Institute Of Biomedicine , Laboratory Of Biophotonics , Biomedical Optics Express , Tomsk State University , Artificial Intelligence , Machine Learning , Molecular Markers , உயிர் மருத்துவ ஒளியியல் எக்ஸ்பிரஸ் ,