Our Applications

We provide several interlocking technologies for clinical use:

Dynaccurate Electronic Patient Record
Dynaccurate Automated Clinical Trials Matching
Dynaccurate Chemotherapy Application
MDIP - A Knowledge Graph for Adverse Drug Reactions (in this case, Drug-Gene PGx flags)
DyMap - a terminology, medications and identifiers management application
Dynaccurate Blockchain Consent Manager

To explore any of our products, please contact us via the form, or by telephone, on our home page, to set up a technical demo. You can also watch a video of the applications here.

Electronic Patient Record

EPR enhanced with AI for data coding

Our EPR module brings all patient-related information into a single application. In this module, each patient can have the following information registered:

Personal details, contact and relationships
Vitals and Biometrics (can also include real-time, remote monitoring)
Conditions
Allergies
Attachments, such as exams, forms, consents.
Previous and current medications
Medical notes, which can be optionally annotated automatically by our auto-coder.

All the above information is recorded with date and time stamps, so doctors can review the patient’s history as treatments progress. Additionally, free text medical notes can be converted into formal clinical terms using an auto-coder feature powered by AI

Clinical Trials Matching

Solving one of the most expensive issues in trials

Delays caused by lack of volunteers can cost clinical trials up to $1m dollars per day. A lot of patient enrolment continues to be done via manual searches into patient records. This is time consuming and laborious. It also suggests a very poor data environment within the Electronic Patient Records, including inability to match by clinical terms or cohort. It is essentially impossible to manually check all patients against all trials at any given time - except if you are using our technology! We match patients against trials automatically and on an ongoing basis.

Chemotherapy

Co-designed with oncologists

We initially developed our Chemotherapy Modules in conjunction with Daugavpils Regional Hospital in Latvia as part of our participation with the OpenHealthLabs venture funded by the Latvian Ministry of Health. In line with requirements, we created Chemotherapy Cycle and Therapy Templates. This module allows clinicians to pre-load commonly used chemotherapy cycles, which can be edited later into specific treatments. Cycles can be combined to form chemotherapy templates, which control the number of cycles and the interval between them that a given therapy can utilize.

DyMap

Terminology, Medications and Identifiers manager

Our terminology server and mapping tool, DyMap can store either industry and government standards (such as SNOMED, ICD, LOINC, UMLS, etc.), or clinical local terminologies and databases. DyMap is used to incorporate local and legacy naming conventions for clinical terms, medicaitons, lab data etc. and incorporating them into UMLS mappings. This makes the data interoperable forever.

We maintain the most prominent terminologies by means of automated ingestion, keeping track of their versioning. Additionally, we provide the tools to easily convert your database schema to our own, to facilitate data ingestion.

International Medications Knowledge Graph

A massive KG of almost 1,000,000 medications

The Medications Data Interoperability Project (MDIP) was a Horizon funded project conducted by Dynaccurate and Pillcheck to create a large scale Knowledge Graph of linked medications sourced from the EU, Canada, UK and USA that flagged medications associated with potential pharmacogenomic impacts. Pharmacogenomic flags (PGx) are a form of adverse drug reaction, being a drug-genome reaction that may affect certain people. In fact, almost one quarter of regulated medications have PGx flags.

Our project began in January 2025 and concluded in September 2025. We gathered close to one million medications references from across the target countries and now display those which have a pharmacogenomic flag in a searchable database.

DyMap terminology and medications management

Blockchain for Consent

Dynamic consent management for any regulation

Dynamic management of patient consent, explicitly linked to their data, is a must-have feature in the future of healthcare, whether for gaining consent or recording opt-outs. Additionally, any necessary legal document can be signed, scanned and uploaded to the blockchain ledger as a permanent proof. This allows for immutable and long-term storage of all legal consents and waivers connected to an individual patient's record, ensuring that no inappropriate sharing takes place. The ledger API also manages unique identifiers for de-identification/pseudonymisation.