HomeHealth TechWomen's Health & Fertility EMR

Women's health and fertility EMR for care that follows a timeline

A women's health and fertility EMR is clinical software that tracks care along a timeline: a pregnancy by gestational age, a treatment cycle by stimulation day, a birth from plan to postpartum visit. It is used by OB/GYN practices, fertility and IVF clinics, and midwifery and birth-center teams. Woltrio designs and builds custom EMR systems, modules and integrations for these practices.

Get a quote
3
Women's health specialties covered on this page
CDC NASS
Per-cycle ART data structured for annual US reporting
ISO/IEC 27001:2022
Certified information security management
BAA
Signed with healthcare clients before PHI is shared

Three specialties, one timeline-driven record

Obstetrics, fertility medicine and midwifery all organize care around dates that move: a due date, a cycle day, an expected birth. They need records that calculate, schedule and follow up against those dates.

Obstetrics & Gynecology (OB/GYN)

OB/GYN charting centers on the prenatal flowsheet: weight, blood pressure, fundal height, fetal heart tones and labs at every visit, against a gestational age the system calculates from the last menstrual period or a first-trimester ultrasound and keeps once the due date is set. Ultrasound reports and images arrive via DICOM or HL7 interfaces. In the US, billing tracks the global obstetric package (CPT 59400, 59510), which covers antepartum care, delivery and postpartum care but not ultrasounds or extra high-risk visits. Gynecology adds procedure notes, pathology results and recall lists for abnormal screening follow-up.

Prenatal flowsheets · Gestational age & EDD · Ultrasound integration · Global OB billing (US)

Fertility & IVF Clinics

A fertility record is organized by treatment cycle. Stimulation protocols, medication doses, monitoring ultrasounds, follicle counts and hormone levels are charted day by day, with the next instructions sent to the patient. Embryology and andrology lab records track oocytes, sperm samples, embryos and cryopreserved specimens with witnessed chain-of-custody steps. Partner and donor records stay linked but separate, and in the US donor eligibility follows FDA rules for reproductive tissue (21 CFR Part 1271). Consents, treatment packages and financing plans sit beside the cycle, and per-cycle data is structured for the annual CDC reporting US clinics must submit.

Cycle & protocol tracking · Embryology lab records · Donor & partner records · CDC ART reporting (US)

Midwifery & Birth Centers

Midwifery care is continuous: the same small team follows a client from booking through labor and the postpartum weeks. The record needs shared prenatal notes, a birth plan the client can review and update, and risk screening that flags when a transfer or consult is needed. Home and birth-center births call for mobile charting that works offline in rooms and homes without signal, then syncs when connected. Labor and newborn notes are written in real time with timestamps, and postpartum and newborn follow-up visits are scheduled from the actual birth date.

Continuity of care · Birth plans · Offline mobile charting · Postpartum follow-up

Core modules of a women's health and fertility EMR

Six building blocks that most practices in this group need. We scope each one to how your clinic actually works.

Pregnancy and cycle timelines

Gestational age, due dates and cycle days calculated once and shown everywhere. Visits, labs, scans and medication steps are scheduled relative to those dates, and the plan updates when a date is revised or a cycle is cancelled.

Specialty flowsheets and templates

Prenatal flowsheets, stimulation monitoring grids, gynecologic procedure notes and labor records built as structured fields rather than free text, so trends are visible at a glance and data can be reported later without manual chart review.

Learn more

Lab and specimen tracking

Embryology and andrology records for oocytes, sperm, embryos and frozen specimens, with labels, storage locations, witnessed handling steps and a full audit trail. Results from external and in-house labs flow in through HL7 or FHIR interfaces, linked to the right cycle.

Linked partner and donor records

Partners, donors and gestational carriers each get their own record, linked to the patient and the cycle with clear permissions. Screening results, consents and identity rules stay with the right person and are not exposed in the wrong chart.

Consents and birth plans

Versioned consent forms for treatments, embryo disposition and procedures, and birth plans that patients complete in a portal. Each signed version is stored with a timestamp and surfaced to clinicians at the moment it matters.

Learn more

Packages, financing and billing

Global obstetric packages, fertility treatment packages, deposits and payment plans tracked against the services actually delivered. Claims, self-pay balances and package usage are reconciled in one place instead of across spreadsheets and separate billing tools.

Learn more

Custom vs. off-the-shelf

Off-the-shelf or custom-built?

Established OB/GYN and fertility products cover the common workflows well, and for many practices they are the right choice. Custom software makes sense when your protocols, lab processes, packages or multi-site setup do not fit a vendor's model, or when you need a module that connects to the system you already run.

Prenatal and cycle timelines

Off-the-Shelf

Standard pregnancy and cycle views that work well for typical schedules and common protocols.

Custom-Built with Woltrio

Timelines, flowsheets and scheduling rules shaped to your own protocols and visit patterns.

Embryology lab workflow

Off-the-Shelf

Built-in or partner lab modules with a fixed set of witness and storage steps.

Custom-Built with Woltrio

Specimen tracking that matches your lab's steps, labels, devices and storage layout.

Packages and financing

Off-the-Shelf

Common package and payment-plan options, configurable within the vendor's limits.

Custom-Built with Woltrio

Package, deposit and financing logic modeled on how you actually price and bill care.

Integrations

Off-the-Shelf

Supported interfaces from the vendor's catalog, usually covering major labs and imaging systems.

Custom-Built with Woltrio

HL7, FHIR and DICOM interfaces to the specific labs, ultrasound systems and tools you use.

Time to go live

Off-the-Shelf

Usually faster to start, with setup, training and data migration handled by the vendor.

Custom-Built with Woltrio

Longer to build, delivered in phases so the first module is in use before the rest.

If an existing product fits, we will tell you; if it does not, we will scope what custom work would cost.

Get a quote

Built for sensitive, long-running records

Reproductive and pregnancy data needs tight access control, clean interfaces and reliable reporting.

Software designed with HIPAA safeguards: role-based access, field-level restrictions for sensitive reproductive data, encryption and complete audit logs. Woltrio is ISO/IEC 27001:2022 certified, and we sign a Business Associate Agreement (BAA) with healthcare clients before PHI is shared.

How we approach women's health software

We start from your clinical workflow and the dates it runs on, then build only what an existing product cannot give you.

Workflow first

We map how a pregnancy, cycle or birth moves through your practice: who charts what, when, and on which device. Requirements come from those sessions with your clinicians, lab staff and billing team, not from a generic feature list.

Phased delivery

We split the work into modules that can go live on their own, such as a prenatal flowsheet or a lab tracking tool. Your team uses each one in real conditions before we build the next, so feedback shapes the rest.

Security and compliance by design

Access rules, audit trails and data retention are designed at the start, not added at the end. We document how the system supports HIPAA compliance and your reporting duties, and we review regulatory requirements with you before building them.

From first call to a working system

  1. 01

    Discovery

    We review your current systems, workflows and reporting duties with clinical, lab and billing staff, and agree on what custom software should and should not do.

  2. 02

    Design and scope

    We define data models, timelines, screens and interfaces, then give you a phased plan with estimates for each module so you can decide what to build first.

  3. 03

    Build in iterations

    We build in short cycles and demo working software to your team regularly, adjusting flowsheets, rules and screens based on what clinicians tell us.

  4. 04

    Integrate and migrate

    We connect labs, ultrasound systems, billing and portals, and move historical records from your current system with validation checks before anything goes live.

  5. 05

    Launch and support

    We roll out module by module with training for each role, then stay on for fixes, updates and changes when protocols, payers or regulations change.

Frequently
Asked Questions

Seeking basic information? Our FAQ section is a ready reckoner with precise answers to the most probable queries.

What is a women's health and fertility EMR?

A women's health and fertility EMR is an electronic medical record built for OB/GYN, fertility and midwifery care, where treatment follows a timeline. It calculates gestational age and due dates, tracks treatment cycles day by day, stores lab and specimen records, links partner and donor charts, and manages consents, packages and follow-up visits. General-purpose EMRs can be adapted for this, but they often lack these timeline and lab features out of the box. See our custom EMR/EHR development page for how we approach EMR projects in general.

How does the software calculate gestational age and the due date?

The system calculates gestational age from the last menstrual period, from a first-trimester ultrasound measurement such as crown-rump length, or from the embryo transfer date for pregnancies conceived through IVF. Clinicians confirm which method sets the estimated due date, and that date is then stored and used for every later calculation, from visit schedules to lab timing. If a date is revised, the record keeps the history and the reason, so everyone works from the same pregnancy timeline.

Can you integrate ultrasound machines and imaging systems?

Yes, ultrasound integration usually runs through DICOM for images and structured reports, and HL7 or FHIR for orders and results. Measurements such as biometry can be pulled into the prenatal or monitoring flowsheet instead of being typed in again, and images stay linked to the visit. The exact approach depends on your ultrasound vendor and any existing PACS. Our FHIR integration and charting and imaging software pages cover the technical side.

Do fertility clinics have to report IVF outcomes in the US?

Yes, in the US the Fertility Clinic Success Rate and Certification Act of 1992 requires clinics that perform assisted reproductive technology to report data to CDC every year for the ART cycles they start. CDC collects this through its National ART Surveillance System (NASS) and publishes clinic success rates. A custom EMR can capture cycle, transfer and outcome data in structured fields from the start, so the annual submission is an export and a review rather than a manual chart audit.

How do you handle embryology lab records and chain of custody?

We model every oocyte, sperm sample and embryo as a tracked item with an identifier, label, location and history. Each handling step, such as collection, insemination, transfer or freezing, can require a witness or a barcode scan before it is saved, and every action is written to an audit trail. Cryostorage inventory shows what is stored where, for whom, and under which consent. The design follows your lab's own procedures rather than a fixed template.

How are donor and partner records kept separate?

Each partner, donor or gestational carrier has a separate record linked to the patient and the treatment cycle, with permissions that control who can see what. Donor screening results and identity details stay in the donor record. In the US, eligibility for anonymous and directed reproductive donors follows FDA rules in 21 CFR Part 1271, with an exception for sexually intimate partners, and the record can store the screening and testing documents behind each determination.

Can midwives chart offline during home births?

Yes, we build mobile charting that saves labor, birth and newborn notes on the device when there is no signal and syncs securely once a connection is back, with conflict handling if two people edited the same record. Data on the device is encrypted and access is tied to the user. See our mHealth app development page for how we build mobile clinical apps.

Is the software HIPAA compliant, and will you sign a BAA?

We build software designed with HIPAA safeguards, such as access controls, encryption and audit logging, and built to support your HIPAA compliance. Compliance itself also depends on how your practice uses and operates the system. We sign a Business Associate Agreement (BAA) with healthcare clients before PHI is shared. Our HIPAA-ready software development page and the trust center explain our security approach in more detail.

Sources & Standards

Keep exploring

Related pages.

Related insights

Further reading.

All insights

Ready to Build Your Healthcare Software.

Let's discuss your project requirements and build something that delivers real clinical and business value.

Start Your Project

Powering Your Solutions With

Python
Python
Selenium
Selenium
React Native
React Native
Flutter
Flutter
TypeScript
TypeScript
PyTorch
PyTorch
TensorFlow
TensorFlow
Playwright
Playwright
Puppeteer
Puppeteer
React
React
Next.js
Next.js
Tailwind CSS
Tailwind CSS
Vue.js
Vue.js
Python
Python
Selenium
Selenium
React Native
React Native
Flutter
Flutter
TypeScript
TypeScript
PyTorch
PyTorch
TensorFlow
TensorFlow
Playwright
Playwright
Puppeteer
Puppeteer
React
React
Next.js
Next.js
Tailwind CSS
Tailwind CSS
Vue.js
Vue.js
Node.js
Node.js
FastAPI
FastAPI
Go (Golang)
Go (Golang)
PostgreSQL
PostgreSQL
Redis
Redis
Supabase
Supabase
MongoDB
MongoDB
Docker
Docker
Kubernetes
Kubernetes
AWS
AWS
Google Cloud
Google Cloud
Microsoft Azure
Microsoft Azure
Cloudflare
Cloudflare
Node.js
Node.js
FastAPI
FastAPI
Go (Golang)
Go (Golang)
PostgreSQL
PostgreSQL
Redis
Redis
Supabase
Supabase
MongoDB
MongoDB
Docker
Docker
Kubernetes
Kubernetes
AWS
AWS
Google Cloud
Google Cloud
Microsoft Azure
Microsoft Azure
Cloudflare
Cloudflare