4 Jan 2022 07:00
LungLife AI, Inc.(the "Company" or "LungLife")
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CPTĀ® Code granted by American Medical Association
Successful grant marks first step facilitating commercial reimbursement
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LungLife AI (AIM: LLAI), a developer of clinical diagnostic solutions for lung cancer announces it has been granted a CPTĀ® Proprietary Laboratory Analyses (PLA) code for its LungLBĀ® test by the American Medical Association (AMA). The new code has been approved and published by the AMA Editorial Panel and is scheduled to become effective on 1 April 2022.
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Reimbursement in the US is comprised of three components: code, price, and coverage. CPTĀ® codes offer health care professionals a uniform language for coding medical services and procedures, and the CPTĀ® code allows clinical laboratories to more specifically identify their tests when billing Medicare and commercial insurers. The successful granting of a CPTĀ® code marks the first step on the path for commercial reimbursement.
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Paul Pagano, Chief Executive Officer, LungLife AI said: "A CPTĀ® code is fundamental in the commercialisation of the LungLBĀ® test. We were delighted with the AMA's decision as this will facilitate access to LungLBĀ® for patients with indeterminate pulmonary nodules who are at-risk for lung cancer."
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For further information please contact:
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LungLife AI, Inc. | www.lunglifeai.com |
Paul Pagano, CEOĀ | Via Walbrook PR |
David Anderson, CFO | Ā |
Investec Bank plc (Nominated Adviser & Broker) | Tel: +44 (0)20 7597 5970 |
Daniel Adams / Virginia Bull / Cameron MacRitchie | Ā |
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Walbrook PRĀ Limited | Ā Tel: +44 (0)20 7933 8780 orĀ LungLifeAI@walbrookpr.com |
Paul McManus / Alice Woodings | Mob: 07980 541 893 / 07407 804 654 |
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About LungLife AI
LungLife is a developer of clinical diagnostic solutions for lung cancer enhanced by artificial intelligence. The Company's diagnostic solutions are designed to make a significant impact in the early detection of lung cancer.
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The Company's technology is a combination of the recovery of rare cells and blood-based biomarkers shown to be altered in lung cancer. The Company employs machine learning to improve biomarker detection, and intends to build a deep, novel pool of lung cancer-related data for AI-enabled applications designed to improve its diagnostic solutions over time.
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The Company's core technologies are integrated in the LungLBĀ® test, which is intended to be used as a tool to provide physicians with additional information to help in the decision-making process for people with indeterminate lung nodules that may be lung cancer following a CT scan. There are estimated to be over 1.5 million individuals with indeterminate lung nodules diagnosed each year in the United States. The LungLBĀ® test may have additional utilities, the most significant of which is likely to be in monitoring individuals for recurrence following surgical removal of cancerous lung nodules.
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The Company has completed a 149 subject pilot study to evaluate the LungLBĀ® test, which showed a well-balanced performance and a Positive Predictive Value of 89 per cent. The Company is now gearing up to proceed to a larger, multi-centre validation study to garner regulatory and reimbursement support and facilitate commercialisation.