Nephrology lives on trends and numbers: eGFR falling stage by stage, dialysis adequacy measured cycle to cycle, electrolytes and fluid status that shift week to week. An ambient AI medical scribe drafts your CKD, dialysis, and transplant follow-up notes from what you say during the visit, then hands the draft back about two minutes after the patient leaves. Like every scribe, it has no memory of prior visits, so any trend you want in the note gets spoken out loud. You review the draft, confirm the coding, and sign.
Key takeaways
- The scribe drafts nephrology notes plus ICD-10 suggestions about two minutes after the visit; you review and sign.
- It has no memory of prior visits, so eGFR trends, Kt/V history, and dose changes over time must be spoken.
- The prescription draft reflects the dose you dictated; renal dose adjustment stays your call, since the scribe does not screen kidney function.
- It runs alongside any nephrology EHR. Copy or export. No integration.
- Audio is discarded the moment the note drafts. Nothing is recorded.
From end of visit to drafted note
Assist tier, per clinician, annual billing
Prior-visit data the scribe stores or recalls
Source: Patient Square product specifications, 2026.
How an ambient scribe fits a nephrology visit
A CKD clinic visit is a review of trajectory. You talk through the eGFR, the proteinuria, blood pressure, fluid status, electrolytes, and the medications that need renal adjustment. You decide whether the patient is progressing, whether to change a dose, whether to start planning for renal replacement. A dialysis visit reviews adequacy, access, fluid removal, and labs. A transplant follow-up watches graft function and immunosuppression.
The scribe listens through all of it. When you say the eGFR dropped from 42 to 35 and you are moving the patient from stage 3b thinking to stage 4 planning, that goes in the note. When you say the Kt/V is 1.4 and adequate, that lands in the note. Two minutes after the patient leaves, you have a draft.
Because the clinical story is longitudinal, your narration during the visit builds the note. The scribe carries nothing forward and infers nothing.
The no-memory design and the eGFR trend
Nephrology, like endocrinology, is a specialty where the trend is the story. A single eGFR of 35 means one thing if it was 42 three months ago and another if it was 28. The scribe does not know which, because it has no memory of the prior visit and no view into your labs.
So the discipline is to speak the trend. When you say the eGFR fell from 42 to 35 over three months and the decline is faster than you would like, the trend, the rate, and your concern are all in the note because you said them. Skip it and the note holds only the single value you mentioned.
Most nephrologists already say this to the patient. “Your kidney function has slipped a bit since last time, from 42 to 35, so we need to talk about what comes next.” Say that and the note reflects it. The scribe turns the conversation you are already having into the record.
What a nephrology scribe must capture
The vocabulary here is numeric and specific, and the scribe has to land it when you speak it.
| Note element | What you say out loud | What the scribe drafts |
|---|---|---|
| CKD staging and eGFR | ”eGFR down from 42 to 35, moving to stage 4” | Stage and trend as narrated |
| Proteinuria | ”Urine protein-to-creatinine ratio 1.2, up from 0.8” | Proteinuria value and change |
| Dialysis adequacy | ”Kt/V 1.4, adequate this month” | Adequacy as stated |
| Fluid status | ”Euvolemic, no edema, dry weight unchanged at 72 kg” | Volume assessment |
| Electrolytes | ”Potassium 5.2, bicarbonate 20, phosphorus mildly high” | Labs as you stated them |
| Vascular access | ”AV fistula, good thrill and bruit, no signs of stenosis” | Access exam |
| Transplant follow-up | ”Graft function stable, tacrolimus level therapeutic” | Graft and immunosuppression status |
| Medication renal dosing | ”Reducing gabapentin dose for renal function” | Dose adjustment in the plan |
The electrolytes and fluid status carry weight for both management and coding. If you assess volume and state the potassium and bicarbonate, the note supports the complexity of the visit. If you leave them out, the scribe cannot supply them.
Dialysis adequacy and access, captured not calculated
Worth stating clearly. The scribe does not calculate the Kt/V and it does not measure the fistula. It records what you say. If you state the Kt/V is 1.4 and adequate, that goes in the note because you spoke it. If you examine the access and describe a good thrill and bruit with no stenosis, the scribe writes down your exam.
The judgment about whether dialysis is adequate, whether the access is failing, whether fluid removal needs adjusting, that is yours. The scribe documents your assessment. It does not produce it.
The prescription draft, and where renal dosing stays
This is where nephrology needs a clear boundary. When your plan includes a medication change, the scribe drafts a prescription from what you said. If you reduce a gabapentin dose for a patient with an eGFR of 35, the draft reflects that reduced dose because you dictated it. The scribe writes it out so you are not retyping the order.
What the scribe does not do is screen kidney function or check the dose. There is no renal logic, no flag, no block. In nephrology, where a huge share of medications need dose adjustment or avoidance based on kidney function, that adjustment is exactly the judgement you make on every prescription, and it stays entirely with you. You read the draft, confirm the renal dose against the patient’s function, and sign.
The draft never goes to a pharmacy. There is no e-prescribing connection and nothing transmits. You act on the draft in your own workflow. Our post on prescription draft safety covers how the draft works and why the clinician is the safety check.
ICD-10 suggestions for the renal visit
After the visit the scribe offers ICD-10 suggestions from what you said. Common ones in nephrology:
| Condition | ICD-10 suggestion |
|---|---|
| Chronic kidney disease, stage 3 | N18.3 (with 3a/3b specificity) |
| End-stage renal disease | N18.6 |
| Hypertensive chronic kidney disease | I12.- family |
| Hyperkalemia | E87.5 |
These are suggestions to speed coding, not final answers. CKD staging in ICD-10 wants the right stage and, for stage 3, the a-or-b subdivision, so you confirm the specificity. When the CKD is hypertensive or diabetic, the combination coding matters, and you resolve that. Our explainer on how ICD-10 suggestions are generated has the detail.
Security and ownership
Renal and dialysis records are protected health information and are handled accordingly. Audio is processed in memory and discarded the moment the note drafts, so no recording persists. Notes are encrypted in transit with TLS 1.2 or higher and at rest with AES-256, they belong to your practice, and you can export or delete them any time.
We offer a signed BAA to every customer, our safeguards map to the HIPAA Security Rule, and our SOC 2 Type II audit is underway. If compliance is a gate for you, start with the security page and our detail on BAAs and consent.
Where nephrology fit stands or falls your practice
If you run busy CKD and dialysis clinics and charting is eating your time, the trade is clear: speak the trends and the numbers you already discuss with the patient, and the note drafts for your review, with any prescription draft reflecting the renal dose you set. If your visits are lighter, the gain is smaller.
Pricing starts from $79 per clinician per month on the annual Assist plan, stepping up to Copilot and Autopilot as you add a bundled AI EHR, messaging, and receptionist and follow-up automation. On Assist the scribe works alongside your existing nephrology EHR with no integration and no IT project. See our comparison of AI medical scribes, the cardiology scribe overview for cardiorenal patients, and how to evaluate an AI scribe before committing to any vendor.
Want to see it on a real CKD follow-up? Book a demo. Pricing is on the pricing page.