AMA Announces New Add-On Digital Pathology Codes

AMA Announces New Add-On Digital Pathology Codes

AMA Announces New Add-On Digital Pathology Codes

The American Medical Association (AMA) CPT Editorial Panel has
announced 13 new digital pathology add-on codes effective on January
1, 2023. The new digital pathology Category III CPT codes will be used
to report additional clinical staff work and service requirements associated
with digitizing glass slides for primary diagnosis.

Introduction of the codes will allow CMS to monitor the usage of digital
pathology. However, no relative value units (RVUs) or national payment
rates have been assigned to the new codes.

“It’s an important first step, but widespread use in clinical practice will
need to be demonstrated before the new codes are moved to Category I
and assigned RVUs,” notes Jonathan Myles, MD, Chair of the Council
on Government and Professional Affairs at the College of American
Pathologists (CAP).

The new digital pathology add-on codes are linked with 13 of the most commonly billed pathology procedures, including CPT 88305 (Level IV-Tissue Exam). CAP’s Myles says that the new add-on codes should only be reported when used for clinical diagnosis and not for things like archiving slides, training or validation of AI algorithms, or tumor board conferences. “It’s clear that digital pathology will be a part of the practice of pathology and lab medicine, but it has to be proven to be in widespread clinical use to gain Medicare reimbursement,” says Myles.

Assuming that digital pathology volumes prove to be significant, the very earliest that CMS could  assign RVUs and establish national payment rates for the new add-on codes would be for an effective date of January 1, 2024, notes Laboratory Economics. However, the process is more likely to take at
least a few years. In the meantime, each individual Medicare Administrative Contractor (MAC), as well as private insurers, could establish their own payment rates, but are not required to do so.

Many pathology labs in the United States are experimenting, but very few have gone fully digital, according to Michael Rivers, Vice President and Lifecycle Leader for Digital Pathology, Roche Tissue Diagnostics (Santa Clara, CA). “Digitization is a means to an end. It will allow the application
of innovative AI solutions to pathology images and ultimately integrated multi-modal analysis of patient cases combining anatomic pathology, clinical lab and gene-sequencing data,” says Rivers.

“My prediction is that if the Category III codes are converted to Category I code status, in the future Medicare could potentially reimburse the new add-on codes at roughly 3% to 5% of the global rates for related existing codes,” says Erick Lin, MD, PhD, Senior Director, Medical Affairs, PathAI (Boston, MA). Thus, the add-on code for digitizing one unit of CPT 88305 (current global rate of $72) could be reimbursed at between $2 and $4. The key is for all pathology labs to be aware of the new add-on codes, prepare systems to report, and then begin reporting the new codes effective January 1, 2023. If all clinical utilization is appropriately reported on claims, it can help facilitate Medicare’s establishment of national reimbursement rates, explains Lin.

“Although digital pathology, including usage of AI algorithms, could improve pathologist efficiency, this should not be the sole focus of reimbursement calculations. Digital pathology helps labs and pathologists expand their network of brainpower through greater access to information,
second opinions and subspecialist expertise. This ultimately could lead to optimized diagnostic decision-making and inherently leads to better patient management,” according to Esther Abels, Chief Clinical and Regulatory Officer, Visiopharm Corp. (Westminster, CO) and President of the Digital Pathology Association (Carmel, IN).

BioReference Labs Goes Live With Digital Pathology Plus AI

BioReference Labs Goes Live With Digital Pathology Plus AI

BioReference Labs Goes Live With Digital Pathology Plus AI

OPKO’s BioReference Labs (Elmwood Park, NJ) went live in December with new whole-slide imaging scanners from Leica Biosciences (Buffalo Grove, IL). The scanners have been integrated with a digital pathology solution, PathFlow, made by Gestalt Diagnostics (Spokane, WA). PathFlow is a cloud-based software system that has helped integrate BioReference’s LIS, workflow and scanned slide images with artificial intelligence algorithms developed by MindPeak (Hamburg, Germany). BioReference is also using PathFlow for slide image management and archival storage.

BioReference is using MindPeak’s AI tool (named BreastIHC) to detect and quantify breast cancer cells from digitized slide images with immunohistochemistry at its main laboratory in northern New Jersey. Pathologists can access their case and slide images securely on their computer monitors and use their mouse to outline regions of interest (ROI). All cells within this outlined ROI are instantly classified into positively stained tumor and unstained tumor cells. The panel of algorithms include five key tumor markers (ER, PR, Ki-67, HER2, and P53) which can be counted and scored.

Eventually, Dan Roark, Chief Executive Officer, Gestalt Diagnostics, expects the AI algorithms to both automatically identify the regions of interest in addition to performing IHC marker positivity scoring.

Digital Pathology & AI Market Growth
Separately, Roark says that after more than 10 years of limited adoption, digital pathology is finally starting to take off in the clinical market in the United States. Whole slide scanners have gotten quicker and less expensive. For example, it used to take 8-10 minutes to scan a slide but now takes as little as 30 seconds. But the biggest driver is the pathologist efficiency gains obtained when AI is applied to digitized slides. “The number of RFP requests we receive is exploding,” says Roark.

Worldwide Opportunities for U.S.-Based Pathologists
The U.S. has more working pathologists per capita than most other countries. For example, there are approximately 20,000 actively practicing pathologists in the United States, according to the American Medical Association. This works out to a ratio of one pathologist for every 17,000 people.

CDx Diagnostics Leads In Digital Pathology

CDx Diagnostics Leads In Digital Pathology

CDx Diagnostics Leads In Digital Pathology

CDx Diagnostics (Suffern, NY), which specializes in oral, esophageal, and laryngeal cancer testing, is by far the biggest digital pathology lab as measured by volume of Part B claims for CPT 88361. CDx was paid for 55,082 Part B tests for CPT 88361 (including combined global, TC-only and PC-only claims) in 2019, according to provider utilization and payment data from CMS.

CPT 88361 is used to bill Medicare for digital quantification of HER2, estrogen receptor (ER), progesterone receptor (PR) and Ki-67 for breast cancer. This code can also be used for digital analysis of other cancers, including oral and esophageal cancers.

NeoGenomics has four labs (California, Florida, Michigan and Texas) in the top 25 with a combined total volume of 19,950 Part B allowed tests for CPT 88361 in 2019.

Sonic Healthcare USA has two lab locations (New York and Texas) that performed CPT 88361 with a combined volume of 6,760 allowed Part B tests for CPT 88361.

Overall, Medicare Part B allowed volume for CPT 88361 totaled 191,205 tests in 2019, down 10% from 212,003 tests in 2018.

Swedish Flag

Alverno Labs To Implement Artificial Intelligence For Pathology

Alverno Labs To Implement Artificial Intelligence For Pathology

Alverno Labs To Implement Artificial Intelligence For Pathology

Alverno Laboratories (Hammond, IN), which transitioned to digital pathology in 2019 when it implemented Philips IntelliSite Pathology Solution, now says it will add artificial intelligence to aid its pathologists in cancer diagnosis. Alverno will use the Galen AI system developed by Ibex
Medical Analytics (Tel Aviv, Israel). Ibex’s Galen platform recently received the Breakthrough Device Designation from FDA, which will help fast track the clinical review and clearance process, and is CE marked in Europe for
breast and prostate cancer. Alverno is an independent lab owned by Franciscan Alliance and AMITA Health. Alverno manages a core lab and 32 hospital labs in Indiana and Illinois. It consults on 150,000 histological cases per year, which translates to more than 1.1 million tissue slides.

UltraClinics Aims to Spread Telepathology

UltraClinics Aims to Spread Telepathology

UltraClinics Aims to Spread Telepathology

UltraClinics Inc. (Tucson, AZ) has begun marketing a telepathology service that will allow diagnostic imaging centers and outpatient surgery centers to offer their patients same-day anatomic pathology reports from on-site tissue biopsies, Ronald Weinstein, M.D., 67, chairman of UltraClinics, tells LE. UltraClinics is a for-profit spin-off company of the University of Arizona and its renowned telemedicine program.

Weinstein says the system is currently in use at two locations in Arizona. The University Physicians Tucson Breast Center is offering same-day pathology reports for breast cancer biopsies. And the University Physicians Hospital at Kino (Tucson) is offering the service for both breast and prostate cancer biopsies. Both sites have connected with University Physicians Healthcare for professional services. Weinstein says UltraClinics will add a dermatopathology service soon as well.

The service requires each outpatient site to invest roughly $200,000 to set up a rapid histology lab, microtome, digital slide scanner, and electronic medical record (EMR). The outpatient site prepares a patient biopsy slide, and then electronically transmits a high-resolution image of the entire slide to an off-site pathologist for professional interpretation. The pathologist transmits the lab report into the patient’s EMR. The whole process is usually completed within five hours versus more than two weeks for traditional anatomic pathology reports, according to Weinstein.

He says the service allows referring physicians to consult with their patients about the pathology results on the same day as the biopsy procedure. It also makes it easier to obtain a second opinion on the pathology report, he adds.

Weinstein, who is also head of pathology at the University of Arizona and co-founder of the digitalslide-scanning company DMetrix (Tucson), is hoping to install the UltraClinics’ system at more than 500 outpatient sites in the United States over the next five years. He views UltraClinics as a “turnkey solution” that can connect any pathologist with any hospital or outpatient clinic in the world.

In fact, Weinstein says that foreign-born pathologists on the faculty at the University of Arizona are already making plans to link with their American-boarded pathologist colleagues in India and Shanghai, China. “Telemedicine will enable international group practices to form,” he says. “You’ll have a conference where three world experts can look at the slide at the same time.” He says UltraClinics will leverage time zone differences so that women who have breast biopsies late in the afternoon will be able to receive their lab reports the same day. He expects this service to be available in the near future.

But what about the controversy that outsourcing pathology work overseas is sure to bring? “I believe every American should have access to sub-specialty pathology. It’s quality that we should be focused on,” answers Weinstein.

Weinstein believes the movement towards cosumer-driven healthcare will minimize third-party reimbursement issues. “As we move from insurance company referrals toward HSAs [health savings accounts] that let patients determine where their specimens go, fast test results and second opinions will bring people to UltraClinics,” he says.