IVF Clinical EMR — Built for
Fertility Workflows
Generic EMR platforms were built for general medicine and adapted — poorly — for IVF. MedART's Clinical EMR starts from the IVF cycle, not from a hospital admission workflow.
Built for clinical directors who govern protocols, not for vendors selling add-ons.
Generic EMR Was Not Built for IVF
Most EMR platforms were designed around physician notes, prescriptions, and hospital admissions. When adapted for IVF, they treat the entire stimulation process as a free-text field — with no structure, no protocol enforcement, and no connection to the lab.
MedART was architected from day one around the IVF cycle — structured STIM protocols, cycle-aware monitoring, and a direct data pipeline from the clinical record to embryology and andrology.
- No structured STIM protocol templates — free text only
- No deviation logging — protocol drift is invisible
- No cycle monitoring dashboard across active patients
- No direct data link from clinical record to the lab
Protocol Libraries That Govern Themselves
MedART's STIM governance tools ensure every physician at every branch follows the clinic protocol — with deviation logging, real-time alerts, and a complete audit trail at the medical director level.
- Pre-loaded templates: GnRH antagonist, long agonist, mini-IVF, natural cycle, freeze-all
- Gonadotropin brand and dose fields with automatic unit conversion
- Monitoring trigger rules: follicle size, E2 threshold, and LH surge criteria
- Deviation logging with mandatory clinical rationale — every departure is documented
- Medical director dashboard: adherence rates across all providers and branches
Every Active Cycle — One Real-Time View
The cycle monitoring dashboard gives physicians and coordinators a live view of every active cycle in the clinic — follicle progression, hormone levels, and trigger readiness — without opening individual patient records.
- Real-time follicle count and size per ovary — updated after every scan
- Hormone trend view: E2, LH, P4 across all monitoring visits
- OHSS risk flags fire when follicle count and E2 cross clinical thresholds
- Trigger status indicator: Ready / Approaching / Not Ready per patient
- Multi-room, multi-physician view with role-based access controls
Procedure Records That Flow Into the Lab
OPU and ET documentation in MedART is not standalone — oocyte records feed directly into the embryology module the moment they are signed. No transcription, no handoff delay, no data silos between theatre and lab.
OPU Documentation
- Oocyte count per ovary + maturity grading (MII/MI/GV)
- Fertilisation method: ICSI, conventional IVF, IMSI
- Complication logging with structured code options
- Immediate handoff to embryology — no manual re-entry
ET Documentation
- Embryo selection rationale: grade, day, PGT status
- Catheter type, difficulty score (1–4), endometrial depth
- Luteal support prescription generated from ET record
- Physician e-signature locks record at time of procedure
Everything Else Your Clinic Needs
IVF-Specific Patient Records
Structured templates for fertility history, ICD-10 diagnosis coding, prior cycle summaries, and referring physician linkage — all registry-ready.
E-Consent & Digital Signatures
Pre-loaded consent templates for IVF, ICSI, donor sperm, donor egg, embryo freezing, PGT, and surrogacy. Patients sign digitally on tablet or via MedX portal.
Multi-Clinic & Multi-Physician Access
Shared patient records across all branches with role-based access controls. Used by Indira IVF across 175+ locations on a single MedART instance.
Audit Trail & Compliance Reporting
Every record view, edit, and sign-off generates an immutable timestamp log. Structured exports support SART, ESHRE, DHA Nabidh, and regional registry requirements.
See IVF Clinical EMR in Action
Walk through STIM protocol management, the cycle monitoring dashboard, and OPU/ET documentation in a personalised MedART demo.
Common Questions
What is IVF-specific clinical EMR software?
IVF-specific clinical EMR software like MedART is purpose-built for IVF and ART workflows — it includes STIM protocol libraries, 7-step cycle workflow management (stimulation, monitoring, OPU, fertilisation, embryo culture, ET, luteal support), follicle tracking, hormone charting, and ESHRE/SART-ready reporting. Unlike generic EMR systems that rely on free-text notes, IVF EMR captures structured data at every cycle step to support clinical decisions and registry submissions.
Which registries does MedART Clinical EMR support for IVF reporting?
MedART Clinical EMR is built to support SART (Society for Assisted Reproductive Technology), ESHRE (European Society of Human Reproduction and Embryology), DHA Nabidh (Dubai), DOH Malaffi (Abu Dhabi), PSRM (Philippines), and KARM (Kazakhstan). The system exports structured cycle data in registry-compatible formats, reducing manual data entry for annual reporting.
How does MedART handle STIM protocol deviations?
MedART logs every deviation from the planned STIM protocol — dose changes, trigger adjustments, cycle cancellations — with timestamps, physician notes, and reason codes. Deviation alerts are surfaced during monitoring visits, and a complete deviation history is available per cycle for audit and quality review.
Can MedART Clinical EMR be used in multi-physician IVF clinics?
Yes. MedART supports multi-physician workflows with role-based access controls. Each physician sees their own patient list while clinic coordinators and embryologists have cross-team visibility. E-signature and physician sign-off workflows ensure accountability at each cycle step, from stimulation orders to OPU and ET documentation.
How Indira IVF runs clinical workflows at 175+ branches
Read the case study — STIM protocols, OPU/ET documentation, and consult workflows standardised across Asia's largest IVF network on a single platform.