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- How to mine your 835 files for six-figure savings that actually stick
How to mine your 835 files for six-figure savings that actually stick
Denials speak through 835s. Are you listening?
Hi and happy Tuesday,
A lot of practices we pitch Auxee to say the same thing:
“We already have a claim scrubber.”
They’re right. Nearly everyone does. Automation at the front end is now a table-stakes requirement. However, here’s the problem:
Once a claim is submitted, the scrubber’s job ends. Then, your real revenue risk begins.
The blind spot most teams miss
Let’s start with a stat: denials often run between 10 and 15 percent. That kind of volume adds up to significant lost revenue. One behavioral health operator we spoke to manages dozens of facilities and already had claim scrubbers in place, following all the standard best practices.
Then we asked:
“What happens when a claim gets denied?”
There was a long pause. In that silence, the real issue came into focus: revenue quietly slipping away.
Here’s what we typically see:
Denials go unresolved due to weak triage
Rework happens manually, with no learning loop
835 files go unanalyzed, so patterns stay hidden
Where the answers actually live: Inside your 835
We get it. The 835 remittance file is… ugly, dense, and easy to ignore.
But buried in that mess we can see signals that indicate:
Recurring denial types by payer
Modifier and documentation patterns
Small-dollar adjustments silently slashing revenue
A major U.S. health system started paying attention to its 835 data and made small shifts with big results:
Denials dropped from 27% to 6.5%
“Discharged not billed” accounts shrank by $15M/month
Overdue billing hit historic lows (top-tier Epic performance)
The lesson: If you’re not looking at the 835 regularly, you’re likely missing the most actionable part of the revenue cycle.
What top-performing teams are doing differently
They’ve moved past just cleaning claims up front. Instead, they’re building active feedback loops:
Ingesting 835s daily to surface denial trends
Using AI to auto-correct and resubmit (when allowed)
Flagging costly denials before they pile up
Prioritizing appeals by dollar impact, not filing order
If your team is still reviewing 835s manually, or worse, not at all, you might be flying blind.
Here are four signs:
❌ Denial trends only surface after the deadline
❌ You can’t trace top revenue leaks back to specific codes or payers
❌ Denial rates are flat despite high-effort scrubbing
❌ Rework keeps showing up downstream
Scrubbing alone isn’t enough. The feedback loop has to start where the payer speaks — the 835.
Clean claims are just the beginning. True performance comes from tracking how payers respond and closing the loop at denial resolution. That’s where most teams are still losing (unless they're using Auxee 😉).
Start mining your 835s with this AI prompt
Here’s a plug-and-play prompt to analyze your 835 files using ChatGPT. Copy the prompt below, attach a cleansed 835 file and watch the magic happen.
835 Analysis Prompt for AI
Act as a Revenue Cycle Data Analyst with expertise in 835 remittance files, payer behavior, and denial trend identification.
I will provide one or more 835 files (or their parsed data). Your task is to:
Identify and categorize the most frequent denial types (e.g., CO-97, CO-109, PR-204, etc.), and tell me which payers are responsible for each category. Show results in a ranked table by volume and financial impact.
Spot recurring documentation or modifier issues linked to denials. Look for patterns where certain CPTs, POS, or modifiers are denied or underpaid. Suggest likely causes based on CMS and commercial payer logic.
Detect systemic small-dollar adjustments (e.g., takebacks, CO-45 adjustments, PR-1) that may not be individually flagged but collectively reduce net revenue over time. Highlight payers and service lines where this is common.
Group findings by payer, provider, and denial code, and provide a summary of revenue at risk.
If possible, visualize the trends using tables or simple charts to show patterns over time or by payer/facility/provider.
Format your output as:
Executive summary (1 paragraph)
Table 1: Top Denial Reasons by Payer
Table 2: Recurring Modifier/Documentation Issues
Table 3: Hidden Adjustments (by payer and code)
Summary Recommendations
Use language that aligns with RCM best practices and provide actionable remediation steps wherever patterns emerge.
⚠️ CAUTION: You must scrub your 835 files from any Protected Health Information (PHI) for compliance. NEVER feed full data into any public AI. For a list of 18 items that must be deleted or de-identified, refer to this list.
At Auxee, we can help you deploy a secure internal AI chatbot for your practice at a fraction of the cost charged by OpenAI or similar services. Your team will be able to use ChatGPT without ever worrying about HIPAA violations. Reply to this email for a quote.
Next week, I’ll show you all the different ways AI can be used in healthcare practices, from the second a patient walks through the doors all the way to collecting your hard earned dollars.
See you next Tuesday,
Dino Gane-Palmer
That's it for today!Before you go we’d love to know what you thought of today's newsletter to help us improve the experience for you. |
![]() Dino Gane-Palmer | About the Author Dino Gane-Palmer is the founder of Auxee and CEO of PreScouter, an Inc. 5000–recognized innovation consultancy that helps Fortune 500 companies and global organizations capitalize on new markets and emerging technologies. He launched PreScouter while earning his MBA at Kellogg and later founded Auxee to help teams use AI to tackle complex, research-heavy workflows. His work has supported decisions at some of the world’s leading healthcare, manufacturing, and consumer brands. Dino is also the author of the best-selling book Do More With Less: The AI Playbook, a practical guide to applying AI where it matters most. |
