TELERADIOLOGY LUNG ARTIFICIAL INTELLIGENCE

LUNG CANCER
Predicts the likelihood of lung cancer as % .
PNEUMONIA
Predicts the probability of pneumonia as % .
COVID-19 Negative – Predicts probability of COVID-19 positive as % .
INFECTION
Predicts the likelihood of lung infection as % .

LUNG and ARTIFICIAL INTELLIGENCE

Covid-19 and Pneumonia % probability detection from Lung X-ray images with artificial intelligence Our TeleRadiology – AI Lung Module developed by SETINT AI has been turned into a product. Now SETUP Demo download

Basic Features:

* Lung Infection:% probability

* COVID-19 Negative:% probability

* COVID-19 Positive:% probability

* Cancer:% probability

* Pneumonia:% probability

* Normal:

AI Algorithm Rapidly dentifies 
COVID-19
Patients

The role of AI and chest imaging in the COVID-19 pandemic is not limited to chest CT scans.

Because chest imaging alone has limited negative predictive value to fully exclude infection, there is a need to incorporate clinical information into the diagnosis of COVID-19 patients.

It helps the Doctors and Radiologists to make the correct diagnosis by giving the% probability rates. We hope that our artificial intelligence TeleRadiology system, developed for the first time in the world by SETINT – AI, will contribute to the prevention of the spread of the epidemic. We declare that our system is ready to cooperate with all hospitals for Clinical Research.

ARTIFICIAL INTELLIGENCE : Turkey’s first and only disease diagnosis system which developed by Artificial Intelligence.  IMAGE PROCESSING : A system where disease is detected from X-rays, the image processing method by using artificial intelligence. First Teleradiology System of Turkey, a system made by using Artificial Intelligence and Image Processing method AI TELERADIOLOGY : First Teleradiology System of Turkey, a system made by using Artificial Intelligence and Image Processing method

AI models aid in  detecting
monitoring, interpreting the global virus. Chest imaging has the potential to play a role in the COVID pandemic — one that goes well beyond the diagnostic realm. This includes helping exclude other possible causes for COVID-like symptoms, confirming a diagnosis made by another means, and providing critical data for monitoring a patient’s progress.Chest imaging can help monitor a treatment’s effectiveness and help researchers develop new treatments. However, leveraging this potential requires the ability to combine and analyze data from a variety of sources. This is where AI is useful.

Diagnosis and treatment of pneumonia with artificial intelligence.

SETINT AI Artificial Intelligence Doctor Pneumonia disease diagnosis and treatment methods:

Symptoms that suggest a lower respiratory tract infection

Physical Examination Findings

Order Labs & chest X-ray

If the patient meets any of the following criteria for HCAP. Calculation of CURB-65 and Interpretation of CURB-65: Risk of Death from Pneumnoia. The CURB-65 has been compared to the pneumonia severity index in predicting mortality from pneumonia.

Interpretation of CURB-65: Risk of Death from any Infection
A cohort study of patients with any type of infection (half of the patients had pneumonia), the risk of death increases as the score increases. Major Criteria and Minor Criteria

 

Diagnosis and treatment of pneumonia with artificial intelligence.

SETINT AI Artificial Intelligence Doctor Pneumonia disease diagnosis and treatment methods:

Symptoms that suggest a lower respiratory tract infection

Physical Examination Findings

Order Labs & chest X-ray

If the patient meets any of the following criteria for HCAP. Calculation of CURB-65 and Interpretation of CURB-65: Risk of Death from Pneumnoia. The CURB-65 has been compared to the pneumonia severity index in predicting mortality from pneumonia.

Interpretation of CURB-65: Risk of Death from any Infection
A cohort study of patients with any type of infection (half of the patients had pneumonia), the risk of death increases as the score increases. Major Criteria and Minor Criteria