Why nephrology IT has to span multiple clinical settings.

Most office-based specialists work in one setting — their office. Nephrologists routinely work across five:

• Office-based CKD and general nephrology care — outpatient CKD management, hypertension, glomerular disease, hereditary kidney disease, consultative nephrology for primary care referrals.
• Dialysis unit rounding — monthly comprehensive visits with dialysis patients at hemodialysis centers (typically DaVita or Fresenius units, sometimes regional or independent centers). Documentation happens partly in the dialysis vendor's system, partly in the nephrology practice EHR.
• Home dialysis oversight — peritoneal dialysis and home hemodialysis patient management, different clinical and documentation workflow from in-center dialysis.
• Transplant patient coordination — pre-transplant workup, post-transplant immunosuppression management, rejection monitoring, often in coordination with transplant center.
• Inpatient consultation — hospital inpatient consultations, ICU AKI management, perioperative renal consultation.

IT implications: nephrology EHR has to integrate with dialysis vendor systems, hospital EHRs, and transplant center platforms. Documentation consistency across settings is operationally difficult; workflow that reduces this friction materially affects practice productivity.

Technology concerns distinct to nephrology.

Dialysis vendor system integration

DaVita (Falcon EHR), Fresenius (CernerPreventiveCare-derived systems), independent units (Intermedix, other platforms) — nephrologists rounding at these units document partly in vendor systems. Integration quality between vendor systems and practice EHR varies; data flow for monthly capitation billing, care coordination, and outcome tracking is specific engagement work.

ESRD patient billing complexity

Monthly capitated physician payment (MCP) for ESRD patients — CPT 90957-90962 depending on patient age, visit count, and comprehensive assessment documentation. Proper MCP billing requires specific documentation patterns, visit counting, and coordination between rounding schedule and billing workflow. Ad-hoc workflow loses MCP revenue that structured workflow captures.

CKD progression tracking

eGFR trending, albuminuria tracking, kidney function decline rate calculation, and pre-dialysis planning for patients approaching ESRD. Workflow tools that surface progression patterns for intervention and transplant referral are operationally important. CKD-specific MIPS measures require documentation capture during encounters.

Vascular access management

AV fistula and graft creation, monitoring, intervention (thrombectomy, angioplasty), and outcomes tracking. Often involves coordination with interventional nephrology or vascular surgery. Documentation specific to access outcomes feeds MIPS and quality reporting.

Transplant coordination

Pre-transplant workup documentation, transplant center coordination, post-transplant follow-up with immunosuppression management, and rejection monitoring. Transplant center integration varies by center and practice proximity; documentation coordination matters.