ProLung, Inc. Announces New Japanese Patent for Diagnosing a Malignant Lung Tumor

March 01, 2018

SALT LAKE CITY, UT / ACCESSWIRE / March 1, 2018 ProLung, Inc., ("ProLung" or the "Company") the world leader in innovative predictive analytics technology and non-invasive tests for lung cancer, announces the Japan Patent Office has issued a Notice of Allowance for its Method for Diagnosing a Malignant Lung Tumor patent application. The new patent (Japanese Patent Application No. 2016-536073) covers the method for using the ProLung Test™ to discriminate between malignant and benign lung lesions in patients with indeterminate lung lesions.

"Japan is consistently ranked as a top-3 largest medtech market in the world where they spend more than $33,000,000,000 annually on medical devices and associated materials.[1],[2] This Japanese patent is a precursor towards bringing our innovative ProLung Test to its aging population of 127,000,000 citizens. It is estimated that 25,000,000 of Japan's population are at risk for lung cancer and our ProLung Test can make a profound difference in time for them,[3],[4]" said Mr. Eror, President and CEO of ProLung®.

About Lung Cancer

Lung cancer is the leading cause of cancer deaths worldwide. It kills more people than colorectal, breast, pancreatic and prostate cancers combined. There are estimated to have been 1,800,000 new lung cancer cases globally in 2012. According to the American Cancer Society, there were 224,390 new cases of lung cancer in the USA in 2016 with 158,080 disease-related deaths resulting from tobacco use, exposure to secondhand smoke, radon, asbestos and other risk factors.[5] Lung cancer has the lowest five-year survival rate of all major cancers, at approximately 16 percent.[6]

There is a severe unmet clinical need today to reduce the time required to determine malignancy in lung cancer patients diagnosed with Indeterminate Pulmonary Nodules (IPNs). Patients with IPNs can wait months or even years while receiving multiple CT scans to confirm malignancy in the lungs. This wait often proves fatal as the cancer advances and spreads. The chance to diagnose and treat a malignant nodule in its early, localized state is often lost. If lung cancer is diagnosed while localized at an early stage, five-year survival rates may soar to over 50 percent.[7]

ProLung's predictive analytics device rapidly evaluates IPNs that have been identified by a CT scan and provides an accurate assessment of the risk of malignancy in the lungs. Patients with a high probability of malignancy may be prioritized for biopsy, leading to an earlier diagnosis with improved prognosis and treatment options. Pre-surgical evaluation may also improve outcomes for individuals with benign nodules through a reduction in futile biopsies which involve significant risk (4.4% mortality rate for resection by thoracotomy[8], possible pneumothorax and infection), a relaxed CT vigilance program and decreased emotional trauma.

About ProLung, Inc.

ProLung's mission is to make a difference in time for lung cancer patients. ProLung is the world leader in innovative predictive analytics technology and non-invasive tests for the risk stratification of lung cancer. The Company develops, tests, and commercializes solutions which may shorten the time to diagnosis and expand the therapeutic window for lung cancer patients. ProLung's predictive analytics platform for lung cancer risk stratification is approved for sale in the European Economic Area and investigational use in the USA.

For further information, contact:

Andy C. Robertson | +1-801-503-9231 | acr@prolunginc.com
ProLung Vice President of Marketing and Business Development

ProLung
757 E. South Temple Suite 150
Salt Lake City, Utah 84102
USA
www.prolunginc.com

Follow ProLung, Inc. on TwitterFacebook and LinkedIn: @ProLunginc

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[1] Emergo Group
[2] International Trade Administration, 2016
[3] American Lung Association and World Lung Foundation
[4] Japan's Ministry of Justice
[5] American Cancer Society, 2016
[6] American Lung Association
[7] American Lung Association
[8] Thorax Journal, 2007

SOURCE: ProLung, Inc.