For Clinicians

Built for the moment
the scan shows something
you didn't expect

ScanOFe is not a database. It is not an image analysis tool. It is a structured thinking partner for the part of fetal medicine that no machine has ever solved: what to do with an abnormal finding when you have a patient in front of you and limited time to reason.

Every fetal medicine specialist knows these moments

The imaging is not the hard part. Modern ultrasound equipment is extraordinarily capable. The challenge is what happens in the 15 minutes after the scan, when the clinician must convert abnormal pixel data into a clinical framework that makes sense to the patient, the genetics team, and the referring physician.

01

"Three unrelated abnormalities. I know each one. I can't remember which syndromes combine all three."

Combinatorial syndrome reasoning is the hardest cognitive task in fetal medicine. The number of possible syndrome combinations for three co-occurring findings is not something human memory handles reliably. Especially under time pressure.

02

"The NIPT is high-risk for a rare microdeletion. I need to know what the 18-week scan should show. Now."

Reverse phenotyping. Mapping a genetic diagnosis back to prenatal ultrasound markers. Requires specialist knowledge that is scattered across papers, textbooks, and institutional memory. There is no structured tool for this in routine clinical practice.

03

"I can send for exome or a targeted panel. I need to justify which. The family is waiting."

Gene panel selection requires understanding which syndromes are plausible given the phenotype, which genes are involved, and whether a targeted panel will be sufficient or exome is genuinely indicated. This reasoning is time-consuming and high-stakes.

What changes in your consultation

The difference ScanOFe makes is not in the imaging step. It is in the 20 minutes after the scan ends. When findings need to be interpreted, differentials need to be built, investigation pathways need to be chosen, and a report needs to be written that will guide the genetics team's response.

That 20-minute period currently involves a combination of recall, database searches, colleague consultations, and fragmented literature review. ScanOFe compresses that into a structured, real-time workflow. Without changing how you read a scan or what you decide clinically.

Your findings go in. Structured clinical intelligence comes out. You decide.

Without ScanOFe
With ScanOFe
Search Google / ChatGPT with syndrome keywords. Variable quality, not prenatal-specific.
Enter findings directly. Ranked, prenatal-specific syndrome differentials instantly.
Recall syndrome associations from memory or training. Misses rare or atypical presentations.
Phenotype database accounts for co-occurrence patterns and gestation-specific expression.
Look up gene panels separately. Unclear whether targeted panel or exome is warranted.
Gene-level linkage for each differential, with panel vs. Exome guidance built in.
Separate documentation step. Report written after leaving the scan room.
Structured report generated within the same session. Growth curves embedded directly.
Variable counseling clarity. Hard to explain testing rationale to patient in real time.
Counseling notes section built into report. Reasoning is documented, not improvised.

Designed around real clinical roles

The value ScanOFe delivers depends on the clinical role. Here is what the platform offers for each primary user type.

🩺

Fetal Medicine Specialist

Tertiary care centre, complex case referrals, multidisciplinary fetal boards

The fetal medicine specialist is ScanOFe's core user. Complex, multi-anomaly cases are the daily reality. And these are exactly the cases where cognitive overload is highest and where the consequences of a missed syndrome are most significant.

ScanOFe supports the specialist's existing clinical process at the specific point where it is most strained: converting multiple abnormal findings into a coherent differential that can be communicated to genetics, neonatology, and the patient's family. It does not challenge findings, generate diagnoses, or recommend procedures. It structures the reasoning that the specialist would already apply. Just faster and more completely.

For multidisciplinary fetal board discussions, ScanOFe's structured output serves as a common reference. Phenotype maps, gene linkage, investigation rationale. That all team members can review before the meeting.

🔬

Multi-anomaly syndrome mapping

Enter 2–5 co-occurring findings and receive syndrome candidates weighted for co-occurrence. The hardest reasoning task in fetal medicine.

🔁

Reverse phenotyping for known diagnoses

Pre-consult preparation for post-NIPT or post-CVS scans. Know exactly what to look for before the scan begins.

🧬

Gene panel vs. Exome guidance

Investigation recommendation aligned to the differential. Targeted panel when appropriate, exome justification when indicated.

📋

MDT-ready structured output

Phenotype maps and gene linkage exportable for fetal board discussion. Shared clinical reasoning before the meeting.

📡

Radiologist. Prenatal Ultrasound

High-volume ultrasound practice, anomaly scan reporting, non-specialist fetal imaging

Radiologists performing prenatal ultrasound are highly skilled imagers who may not have specialised training in fetal medicine genetics and syndromology. The anomaly scan requires expert image acquisition. But the report must also address what the findings might mean genetically, and what investigations are warranted.

ScanOFe fills the syndromic reasoning gap without requiring the radiologist to become a fetal medicine geneticist. Enter the structural findings you have identified. ScanOFe provides the clinical context that belongs in the report. Potential syndromes to consider, investigations to suggest, and when the case should be escalated to a fetal medicine specialist.

📝

Structured anomaly scan reporting

Systematic organ-system documentation templates with abnormality flags and syndromic comment generation.

Referral threshold support

ScanOFe helps identify when a finding warrants fetal medicine referral versus when it can be managed with surveillance. Reducing both under- and over-referral.

🎯

Investigation recommendation for the report

Suggest targeted investigations in the report without requiring deep genetics knowledge. ScanOFe surfaces the appropriate test based on the differential.

🧬

Genetic Counselor

Post-diagnosis counseling, pre-test counseling, MDT preparation

Genetic counselors working in fetal medicine settings need rapid access to prenatal phenotype information. What does this syndrome look like on ultrasound, what is the range of expression, what does the testing pathway look like for this family. This information is scattered across textbooks, OMIM, and institutional knowledge.

ScanOFe's Reverse Mode gives genetic counselors a structured prenatal phenotype map for any syndrome they are counseling around. Organised by organ system, with gestational timing notes. Useful both for pre-test counseling ("here is what the scan should show if this diagnosis is confirmed") and post-result counseling ("here is what to expect on the next scan").

📖

Prenatal phenotype reference

Comprehensive prenatal ultrasound phenotype for any syndrome. Far more structured than OMIM or textbook sources for prenatal-specific questions.

💬

Pre-test and post-result counseling support

Use ScanOFe output to frame family counseling around what the scan will or won't detect. Structured, accurate, not improvised.

🎓

Senior Resident & Fellow

Fetal medicine training, supervised complex case management, academic teaching centres

For trainees in fetal medicine and obstetric ultrasound, ScanOFe functions as a structured learning environment. Not a shortcut, but a framework for understanding how experienced clinicians reason through complex cases.

When a trainee encounters an abnormal finding, ScanOFe's structured differential shows the reasoning pathway: which syndromes are associated with this finding, why some rank higher than others, which additional findings would confirm or exclude each candidate. This is explicit reasoning that would otherwise only come from years of supervised practice.

In academic teaching centres, ScanOFe is also used as a case discussion tool. Reverse Mode for pre-session preparation, Forward Mode for live case presentation analysis.

🧠

Explicit clinical reasoning framework

Understand the "why" behind syndrome rankings. Co-occurrence patterns, phenotype weights, gestation logic. Accelerates the learning curve.

🏛️

Structured case discussion tool

Use in morning rounds and teaching sessions. Reverse Mode for pre-prepared case presentations. Forward Mode for live case reasoning discussion.

Supervised practice support

ScanOFe output can be reviewed by the supervising consultant. The reasoning is documented, not just the conclusion.

30+

Years Clinical Foundation

Combined fetal medicine experience of the clinical advisors who designed ScanOFe's knowledge base and workflow logic.

ISO
13485

Quality Standard

Medical device QMS certification for design, development, and after-sales support. Cert. No. 25101703.

CDSCO

Regulatory Pathway

Class A medical device registration in progress. CE Mark in Progress under EU MDR planned. Current use within supervised pilot programs.

DST

Tool Classification

Decision Support Tool. Not a diagnostic device, not an imaging AI. ScanOFe extends clinical reasoning; the clinician retains all diagnostic and treatment authority.

"The problem is not that clinicians lack knowledge. It is that the right knowledge. The specific syndromes, the relevant genes, the appropriate investigations. Is not available in structured form at the moment it is needed. That is what ScanOFe is designed to solve."

Dr. Foram Acharya. Fetal Medicine Specialist, Clinical Advisor, ScanOFe

How clinicians evaluate ScanOFe

We do not ask clinicians to evaluate software in the abstract. Every evaluation session is built around a real clinical scenario. Your scan protocol, your case complexity, your workflow.

01

Request a demo session

30-minute session via video call or in-person at your centre. We run a live case through Forward Mode and Reverse Mode using your scenario, not a prepared demonstration case.

02

Pilot access

Structured pilot program for individual clinicians and departments. Full access to all three modules. Forward Mode, Reverse Mode, and Reporting. With no feature restrictions during evaluation.

03

Clinical integration

Works in your browser, on any device, alongside your existing EMR and reporting system. No installation, no IT setup, no workflow disruption during evaluation.

What clinicians ask before trying ScanOFe

No. ScanOFe accepts clinician-entered findings as given. It does not analyse images, re-interpret findings, or challenge what the clinician has identified. The starting point is always the clinician's own assessment. ScanOFe extends the reasoning from that point. It does not question the input.
OMIM and UpToDate are reference databases. They describe conditions, they do not reason about combinations. ScanOFe takes multiple co-occurring findings and returns syndrome candidates ranked by co-occurrence probability, prenatal phenotype specificity, and gestational weighting. It also provides a direct investigation pathway. The difference is between looking up a syndrome you already suspect and identifying which syndrome explains multiple abnormal findings you didn't expect.
No. ScanOFe is a decision support tool, not a substitute for clinical genetics input on complex cases. What it does is help the fetal medicine team arrive at a genetics consultation with a structured differential and a clear investigation question. Rather than a general referral. The genetics team receives a more focused referral; the ScanOFe output serves as the pre-consultation reasoning document.
ScanOFe's knowledge base is built from peer-reviewed fetal medicine literature, curated by practicing fetal medicine specialists with 30+ years of combined clinical experience. Rankings represent a structured synthesis of what the literature says about co-occurrence patterns and prenatal phenotype prevalence. They are not generated by a general-purpose AI model. All outputs should be reviewed by the clinician in the context of the full clinical picture. ScanOFe generates candidates; the clinician makes the clinical decision.
ScanOFe is designed as a clinical decision support tool, not a patient data repository. Clinicians enter clinical findings. Abnormal measurements, structural anomalies. Not patient identifiers. The platform does not require entry of patient-identifiable information to generate its clinical output. Institutional deployments are configured to align with the institution's data governance requirements. Full data handling documentation is available on request.
ScanOFe is currently seeking CDSCO Class A medical device registration in India. CE Mark in Progress under EU MDR is planned. The company holds ISO 13485:2016 certification (Certificate No. 25101703) covering design, development, installation, commissioning, and after-sales support of a decision support tool software for obstetricians and gynaecologists. Current access is provided through structured pilot and evaluation programs under qualified clinical supervision. Full regulatory status is disclosed on the Compliance page.

Evaluate it with a real case

Book a 30-minute session with our team. We run it using a case scenario you choose. Anomaly scan, FTS, complex multi-anomaly. No slides. Just the tool in a real workflow.