30-Second Takeaway
- Nurse practitioner–led CKD clinics can achieve meaningful BP and albuminuria reductions and increase guideline therapy uptake.
- Passive EHR display of AI risk scores alone did not change transplant patient–clinician conversations or SDM.
Week ending May 16, 2026
Practical evidence briefs in nephrology: nurse-led care, AI risk tools, migration-era equity, hyperfiltration risks, and eHealth implementation
Nurse practitioner CKD clinic improved BP, albuminuria, and guideline therapy use in early CKD
In a prospective cohort of 95 early CKD patients, a nurse-led clinic lowered median urine albumin-creatinine ratio from 32.3 to 12.4 mg/mmol (P < .001). Systolic and diastolic blood pressures fell by 10.1 mmHg and 5.2 mmHg, respectively, with no change in median eGFR. Use of guideline-directed therapies increased (RAAS inhibitors 88.4% vs 76.8%, SGLT2 inhibitors 53.6% vs 28.4%). Patient satisfaction was high among respondents, supporting acceptability in early CKD care.
EHR-integrated ML risk prediction did not improve SDM or communication after transplant
In a single-center RCT of 76 kidney transplant recipients with eGFR <30, adding an EHR ML model predicting 1-year graft loss did not increase patient–reported conversations about post-graft-loss options (39% vs 40%). No differences occurred in secondary SDM, relationship, distress, or clinical outcomes over 12 months. Post-trial feedback cited low, variable tool uptake and workflow barriers as likely reasons for neutral results. Passive availability of risk estimates in the EHR alone did not change clinician–patient communication.
Organizational supports can enable equitable dialysis delivery and transplant access for immigrants
A 15-year retrospective cohort of 497 incident dialysis patients in Brussels showed peritoneal dialysis use of 25%–30% across groups, including asylum seekers and undocumented immigrants. Age (HR 1.73) and comorbidity (HR 1.62) predicted mortality, while ethnicity did not drive worse outcomes after adjustment. Sub-Saharan African patients had higher transplant access (35%–40% at 10 years; sub-distribution HR 2.13, P = .004). Results suggest clinical and system factors, not migration status, determine outcomes when deliberate structures support care.
References
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Additional Reads
Optional additional studies from this edition.