One patient, one continuous story
Demographics, contacts, visits, diagnoses, allergies, notes, vitals, prescriptions, investigations, procedures, admissions and outcomes remain connected across encounters.
GDMS connects the entire hospital journey: registration, triage, clinical care, wards, diagnostics, medicines, blood, surgery, finance, public health and national interoperability.
GDMS is more than an electronic file. It coordinates people, decisions, orders, results, resources and accountability from first contact through discharge and follow-up.
Follow the patient journey →Demographics, contacts, visits, diagnoses, allergies, notes, vitals, prescriptions, investigations, procedures, admissions and outcomes remain connected across encounters.
Role-specific workspaces help registrars, nurses, doctors, technicians, pharmacists and managers act on the same care journey without duplicating paper processes.
Permissions, biometrics, audit events, verification gates, status histories and technical diagnostics make sensitive actions visible and reviewable.
Facility data can support hospital operations, surveillance, geographic statistics, telehealth and controlled exchange with national health infrastructure.
Each stage has its own tools while contributing to a single clinical and operational record.
Register, search, verify identity, record contacts and open the patient overview.
Triage, vital signs, history, examination, risk screening and structured notes.
Laboratory, pathology, genetics, microscopy, radiology and PACS imaging.
Diagnose, prescribe, dispense, administer, operate and coordinate care plans.
Admit, transfer, discharge, refer, follow up and maintain longitudinal continuity.
Dedicated workspaces support 22 hospital and operational areas and 25 clinical fields, with configurable departments, services and specialties.
Registration, severity assessment, observation, referrals, orders, prescribing, Cardex and discharge decisions.
End-to-end ambulatory visits for registrars, nurses and clinicians.
Inpatient flow from referral to bed assignment, ward rounds, transfer and discharge.
Structured observations and bedside workflows supporting safe continuous care.
Elective scheduling, perioperative readiness, operations, PACU and results.
Maternal assessment, labour, birth, partogram, puerperium and mother–baby continuity.
Newborn history, examinations, APGAR monitoring and linked birth records.
Child-centred history, examination, risk identification and nutrition surveillance.
Eye examination, ocular prescription, glasses prescription and surgical workflow.
Psychology, psychosocial assessment, functioning, risk and structured screening.
Child and adult nutrition assessment with structured risk and referral pathways.
Functioning, therapy assessment, clinical records and ongoing review.
Order-to-result workflow with specimen quality, accessioning, validation and delivery.
Orders, uploads, viewing, reporting and PACS connectivity across imaging modalities.
Biopsy, cytology, specimen processing, microscopy, diagnosis and validated reporting.
A complete molecular workspace spanning accessioning through bioinformatics and reporting.
Connected microscope capture, annotations, measurements and patient-linked findings.
Prescribing, dispensing, administration, medication safety and inventory control.
Donor-to-bedside transfusion traceability with testing, components and hemovigilance.
Programme-specific screening, diagnosis, treatment history and longitudinal follow-up.
Facility infections, notifiable-event readiness, outbreak cases and contact follow-up.
Patient costing, vendor billing, invoices, claims, payments and management controls.
Clinical archive, operational dashboards and an extensive reporting portfolio.
Virtual care, responder modes, booking, conferences and controlled national exchange.
Users, roles, permissions, system setup, diagnostics, visitor access and audit.
This directory names the GDMS navigation surfaces explicitly—from core patient flow to specialist roles, national command functions and responder modes.
Entry points used across everyday hospital operations.
Department-level care and diagnostic workspaces.
Virtual care, coordination and field-response surfaces.
Command, interoperability, public-health and scale functions.
Focused desks for programme, surgical and specialty teams.
Worklists tailored to each accountable hospital role.
The psychology and psychosocial workspace brings international instruments into the longitudinal patient record while preserving response-level data, clinical action and governance.
A structured view of social circumstances, psychological history, presenting concerns, risk, support systems, plan and follow-up—connected to the patient timeline.
Nine-item depression screening with total score, severity, review and follow-up.
Seven-item anxiety screening with scoring, severity band and clinical plan.
BDI-II scoring workflow with licensed-content guardrails for approved wording.
Structured Beck Anxiety Inventory response and scoring workflow.
Self-harm flag, risk level, immediate action plan, escalation and follow-up.
WHO 12-item functioning assessment with response storage, total and severity.
Structured stress screening, score interpretation and care planning.
Mini-Mental State Examination workflow for documented cognitive assessment.
WHO alcohol-use screening with ten questions and risk classification.
The Berçário Dashboard brings mother–child linkage, APGAR, neonatal history, danger signs, low birth weight, KMC, documentation quality and follow-up into one operational workspace.
Newborn safety, APGAR, low birth weight, mother-child links, neonatal observations, completeness and follow-up.
The dashboard follows WHO newborn and postnatal-care domains: routine assessment, early recognition of danger signs, special care for preterm or low-birth-weight babies, thermal care, feeding support and timely follow-up.
Fields not yet structured in GDMS are shown as documentation gaps rather than assumed care.
Review breathing, feeding, temperature, convulsions, lethargy, jaundice and possible infection.
Prioritize preterm and low-birth-weight babies for skin-to-skin/KMC, warmth, feeding support and close follow-up.
WHO threshold: birth weight below 2.5 kg. Very low birth weight is tracked below 1.5 kg.
APGAR below 7 is surfaced for immediate breathing, resuscitation review and newborn observation handover.
Date and time of birth, birth weight and APGAR form the minimum visible completeness signal.
Newborn identity stays connected to the maternal and birth record for continuity and safer follow-up.
Orders, specimens, machines, images, findings and verified reports stay linked to the patient and the team responsible.
GDMS manages internal and referred samples through a controlled chain of custody. Every case can carry priority, source, requester, specimen type, collection time, condition on receipt, barcode, acceptance decision, processing state, result, validation and delivery evidence.
Radiology orders connect to CT, MRI, ultrasound and general imaging uploads. An Orthanc PACS provides DICOM C-STORE and DICOMweb services, while the embedded viewer supports clinical review and an audit surface tracks machines and access.
Specimens progress from accession and macroscopic description through technical processing and microscopy to a controlled anatomical pathology diagnosis and delivered report.
The genetics workspace supports the laboratory’s progression from sample receipt to assay, analysis, quality review and clinical report.
GDMS bridges local USB microscope cameras and LAN capture streams into a patient-linked workspace for live capture, annotations, measurements and interpretation.
Verified against the GDMS controllers, views, menus, routes and role dashboards. Open each family to review its sub-workspaces and detailed capabilities.
Controls the radiology request and reporting journey.
A dedicated local CT PACS, uploader and multi-series viewer.
A dedicated local MRI PACS with tissue-oriented review tools.
Ultrasound-specific study intake, dashboard and clinical viewer.
The shared storage, exchange and viewing foundation.
The technician’s central order-to-result queue.
Traceable case and specimen management from intake to delivery.
Blood-cell, coagulation and smear-oriented diagnostics.
Structured chemistry test ordering and result entry.
Organism, culture and susceptibility workflows.
Infectious-marker and immunological result workflows.
One shared viewer engine with specialty presets.
Biopsy and cytology ordering, processing and reporting.
Command-level visibility over specimens, assays, variants and reports.
Controlled sample receipt and nucleic-acid preparation.
Amplification-run setup, execution and interpretation.
Dedicated advanced genetics pipelines.
Specialized molecular and computational workspaces.
Identity and record discovery.
Shared live list for emergency and OPD.
Waiting referrals and admission creation.
Bed, patient and staff command surface.
Inpatient medical review and decisions.
Continuous bedside care and documentation.
Registers and routes ambulatory patients.
Pre-consultation assessment and queue work.
Complete outpatient consultation.
Emergency arrival and queue creation.
Rapid acuity and risk assessment.
Nursing treatment and observation queue.
Medical review for observed emergency patients.
Oversight of observation flow and medical decisions.
Procedure catalogue and patient procedure workflow.
Tuberculosis programme and treatment continuity.
Prescription search, review and dispensing.
Inpatient medication schedule and administration continuity.
Inventory, movement and procurement controls.
Donor-to-bedside blood-service command.
Live operating-room command and safety state.
Waiting-list and preoperative readiness control.
Pregnancy, labour, delivery and postnatal record.
Newborn safety and documentation-quality command.
Child-centred clinical and risk workspace.
Assessment, functioning, risk and longitudinal support.
Eye examination, prescription and surgery.
Configurable clinic-specific care and administration.
Central virtual-care operations.
Public and registered-patient virtual access.
Central intake and assisted telehealth coordination.
Clinical meetings and remote multidisciplinary care.
Urgent virtual triage and escalation.
Ground-based mobile response mode.
Water-based response coordination.
Air medical response coordination.
Paramedic-focused remote-care mode.
National Health command and intelligence surface.
Controlled health-data exchange.
Community-health programme surface.
Child-protection command area.
Case, contact and response coordination.
National supply and stock visibility foundation.
Networked virtual care and offline-capable field mode.
Access governance and digital identity surfaces.
Strategic national-health capability surfaces.
Configuration and reference-data command.
Paper and digital record continuity.
Operational and clinical reporting launch point.
Extensive hospital reporting portfolio.
Health-service geography and maps.
Patient cost and revenue-cycle operations.
Vendor and price governance.
Controlled certificate creation and reporting.
Who can see and do what.
Support command centre for system continuity.
Identity checkpoints around sensitive actions.
Operational awareness of people and movement.
GDMS implements data structures and workflows aligned with major WHO, UNICEF and health-interoperability standards, with local governance and operational validation recorded at implementation level.
GDMS stores ICD-11 codes, titles, mapping status and cluster text alongside historical ICD-10 diagnoses. A dedicated mapping structure supports reviewed transition without destroying clinical or reporting continuity.
6–59 month MUAC classification, severe and moderate acute malnutrition thresholds, bilateral pitting oedema danger flag, referral and follow-up.
Nutrition · Paediatrics · Vitals12-item functioning and disability assessment with response-level storage, total score, severity, risk, action plan and follow-up.
Mental health · Occupational therapyStructured Sign In, Time Out and Sign Out phases, readiness controls and audit events integrated into the live operating-room workflow.
Surgery · Anaesthesia · PACUDonor screening, infectious-marker testing, compatibility, component traceability, cold chain, bedside verification and haemovigilance.
Blood bank · Laboratory · WardsAccessioning, specimen traceability, acceptance and rejection, processing events, validation authority and controlled delivery.
Laboratory · Pathology · GeneticsOutbreak cases, contact tracing, follow-ups, infection prevention, specimens, vaccination, situation reporting and national exchange.
Public health · COVID-19 · OutbreaksStandards-based medical image storage and exchange through DICOM files, C-STORE, DICOMweb, an Orthanc PACS and a clinical viewer.
Radiology · Imaging · PACSFindings, disorders, events and procedure tables establish a foundation for coded clinical terminology alongside ICD classification.
Clinical record · ReportingPHQ-9, GAD-7, AUDIT, APGAR, Braden, ASA and other structured tools support consistent assessment. Not all are WHO-developed instruments.
Mental health · Birth · Nursing · SurgeryImplementation status is supported through approved content, current MISAU protocols, licensed terminologies, clinical governance review, staff training, interoperability tests and recurring operational audits.
This edition distinguishes observable source implementation, configurable hospital content, standards alignment, and operational validation. That distinction keeps the public record precise and reviewable.
Complete module directory under the application layer.
Clinical, administrative, integration and operational entry points.
Endpoints, workflow actions, helpers and controller-level implementation.
Forms, dashboards, worklists, reports and patient-facing screens.
A controller, model, schema, route or view directly implements the capability. Examples include ICD-11 fields, CT/MRI viewers, WHO surgical phases, MUAC thresholds and lab acceptance gates.
GDMS provides the machinery while each deployment supplies approved local data. This includes departments, services, specialties, tests, medicines, wards, users, permissions and reporting scope.
The code carries fields or workflows modeled on a named international standard or instrument. The site names the implemented portion instead of extending the claim beyond the evidence.
Deployment teams record local protocol review, training, connectivity tests, access review, backup exercises, quality audits and workflow acceptance.
Many of GDMS’s most important functions are not a single menu item. They operate across the patient journey to reduce missed information, unsafe handoffs and unaccountable actions.
Registration, demographic details, contact records, relatives, visit context and patient overview keep orders, results, medicines, admissions and reports tied to the correct record.
Diagnoses, allergies, chronic diseases, prior results, previous prescriptions, history, examination and SOAP notes remain available when clinicians make new decisions.
Allergy checks, active safety rules, hard-stop warnings, biometric prescription authorization and pharmacist override review place controls around prescribing and dispensing.
Requester, patient, specimen/study, acquisition, status, findings, validator, delivery and prior results create a connected diagnostic chain across lab, pathology and imaging.
WHO surgical phases, blood compatibility, bedside verification, electronic signatures, dual review and biometric checkpoints strengthen sensitive workflows.
Admission, emergency and OPD infection-control records include catheter-associated, urinary-catheter and surgical-site infections, with a reported-infections register.
Referrals, observation, admission, ward transfer, bed movement, rounds, Cardex, discharge orders and patient summaries preserve continuity between teams and locations.
Clinical events, pharmacy overrides, PACS activity, biometric actions, permission changes, user presence and technical support actions provide multiple audit surfaces.
The standards language used throughout this site is anchored to recognized sources and paired with the exact scope visible in GDMS.
Presence of application logic, routes, schemas, workspaces, fields, reports and audit mechanisms in this GDMS repository.
Which modules are enabled, which catalogues are loaded, who has access, which integrations are connected and whether workflows have been locally accepted.
Current protocol wording, staff competency, data quality, incident response, access review, backup readiness and sustained safe use.
Search every documented GDMS function—from authentication and clinical forms to report outputs, device workflows, integration endpoints and technical utilities.
Open the complete register →Explore the major functions implemented across the platform. This view groups hundreds of detailed actions into practical capability families.
Patient registration
Demographic editing
Patient search
Patient overview
Contacts and relatives
Allergies
Clinical history
Physical examination
SOAP notes
Clinical diary
Patient portal
Visit-context history
Emergency intake
OPD active list
Triage
Severity capture
Vital signs
Observation
Doctor worklists
Nurse worklists
Diagnostic orders
Prescribing
Treatment orders
Internal consultation
Referral
Absence and status tracking
Admission from referral
Ward search
Room assignment
Bed assignment
Patient relocation
Ward transfer
Nurse chart
Nursing notes
Care plans
Ward rounds
Medication Cardex
Treatment status
Discharge orders
Waiting referrals
Ward snapshot
Lab order creation
Accessioning
Specimen tracking
Acceptance and rejection
Result capture
Validation
Report delivery
Analyzer file import
Hardware gateway
Test reader
Microscopy capture
Pathology workflow
Molecular assays
Quality events
Lab statistics
Historical results
Radiology ordering
CT upload
MRI upload
Ultrasound upload
General image upload
DICOM storage
DICOMweb
Orthanc PACS
Clinical image viewer
PACS machine audit
WHO medicine catalogue
Internal prescription
External prescription
Medication lines
Favourite medicines
Allergy checks
Biometric authorization
Safety hard stops
Pharmacist overrides
Dispensing
Drug inventory
Stock requests
Ledger
Dispatch
Procurement
Operating room dashboard
Elective surgery list
WHO surgical checklist
Operation result
Birth record
Partogram
APGAR
Puerperium
Neonatal history
Paediatric workspace
Ophthalmology examination
Ocular prescription
Mental health assessment
Nutrition screening
Occupational therapy
Chronic disease screening
Donor registration
Donor screening
Deferral
Collection
Serology
ELISA QC
ABO/Rh
Component manufacture
Unit genealogy
Crossmatch
Stock locations
Cold-chain logs
Issue and delivery
Bedside verification
Haemovigilance
Patient costs
Vendor management
Price lists
Charge capture
Invoices
Payments
Claims
Cash sessions
Approval workflow
Period close
Clinical archive
Daily reports
Hospital indicators
Midnight census
Pharmacy reports
Geographic statistics
Role permissions
Biometric enrollment
Biometric verification
Audit trails
User presence
Visitor access
Technical dashboard
System diagnostics
Telehealth calls
Booking centre
Responder modes
Conference rooms
MISAU bridge
Clinical sync
Conflict tracking
National health command centre
Clinical systems are only useful when teams can trust access, continuity, traceability and the path between facilities.
Department, role and permission controls constrain functions to the people responsible for them.
Enrollment and verification gates add identity assurance to sensitive prescription, export and visitor workflows.
Clinical, pharmacy, PACS, security, permission and technical events provide evidence of who did what and when.
Health checks, logs, route probes, integration status, support tickets and controlled repair tools support continuity.
Queue, status, changes, receive and conflict functions support controlled clinical and national exchange.
Designed for the complexity of real hospitals—and the people who depend on them.
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