What Is a Medical Scribe? Duties, Workflow, Types and AI Tools
Learn what a medical scribe is, what medical scribes do, their duties and responsibilities, how medical scribing works, and how virtual and AI medical scribes compare.
Learn how medical dictation works, how it differs from medical transcription, and how medical dictation software, physician voice recognition, and ambient AI create clinical notes.
Medical dictation is the process of speaking clinical information aloud so it can be converted into written medical documentation. Clinicians use dictation to create progress notes, SOAP notes, procedure reports, referral letters, discharge summaries, and other patient records. Traditional workflows sent audio to transcriptionists; modern software and AI can produce real-time or near-real-time structured text.
Medical dictation is the act of verbally recording clinical information for a patient’s medical record. Clinicians may dictate many components of care and the recordings can be processed by different services or tools.
The spoken information may then be processed by:
Medical dictation is used across many professions.
A typical medical dictation workflow includes five steps.
The clinician speaks into a computer, smartphone, digital recorder, headset, or dedicated microphone. Dictation may occur during the visit, immediately after, between appointments, or while reviewing results. Some clinicians dictate complete notes; others only narrative sections.
Recordings are either sent to human transcriptionists or processed automatically by speech recognition. Traditional transcription yields near-verbatim text; AI tools can correct grammar, remove filler, and recognize clinical terminology.
The output may be returned as plain text or structured into clinical formats. Custom note templates help standardize documentation across visits.
Clinicians are responsible for verifying final documentation. Particular attention should be given to critical items that, if incorrect, could change care.
The final note may be transferred via direct integration, browser extension, mobile app, or copy-and-paste. Evaluate dictation software by overall workflow efficiency, not transcription accuracy alone.
| Medical dictation | Medical transcription |
|---|---|
| Creates spoken clinical content | Converts speech into written text |
| Performed by the clinician | Performed by a person or software |
| Produces an audio input | Produces a written output |
| May occur during or after a visit | Occurs after or while speech is captured |
| Does not necessarily structure the note | May include editing and formatting |
| Clinician controls wording | May add structure and proofreading |
Traditional medical transcription commonly involves trained transcriptionists. Automated clinical transcription uses speech recognition software, sometimes with human review.
Medical dictation is the workflow of speaking a note; speech recognition is the technology that converts spoken words into text. Medical voice recognition must handle medical terminology and specialty-specific language.
Basic speech recognition typically produces a close transcript of the clinician’s words. AI medical dictation software can interpret rough speech and assemble it into structured clinical notes.
Record the clinician’s voice as audio files to be transcribed later. Offers flexibility but can delay completion.
Human transcriptionists convert recordings into written documentation, including formatting and context, with associated turnaround times and fees.
Converts voice directly into text and may support direct dictation into an EHR or separate editors and apps. Works well with templates, macros, and predictable note structures.
Combines speech-to-text with language processing to clean language, recognize clinical terminology, organize sections, and reformat dictation into structured notes.
Captures the clinician–patient conversation and drafts a note from the encounter, reducing the need to dictate separately but adding considerations around consent, speaker attribution, and privacy.
Patient reports three days of worsening sore throat and fatigue. No shortness of breath or chest pain. Temperature is 38.1°C. Examination shows pharyngeal erythema without exudate. Plan: rapid strep testing, supportive care, and follow-up if symptoms worsen.
Subjective: Patient reports reduced lower-back pain but continued morning stiffness. Objective: Lumbar flexion limited with mild right paraspinal tenderness. Assessment: Mechanical lower-back pain improving. Plan: Continue exercises and progress activity as tolerated.
Patient reports less knee pain since last session but difficulty descending stairs. Knee flexion measured at 118°. Completed therapeutic exercise and gait training without increased symptoms. Continue strengthening and progress as tolerated.
Athlete sustained an inversion injury during practice yesterday. Lateral ankle swelling and tenderness over the anterior talofibular ligament. Weight-bearing is painful. Impression: probable lateral ankle sprain.
After informed consent, the area was cleaned and prepared using sterile technique. Local anesthetic administered. Lesion removed without complication, hemostasis achieved, specimen sent to pathology.
Thank you for assessing this patient for persistent right shoulder pain and weakness despite six weeks of conservative treatment. Please evaluate for a possible rotator cuff tear and advise regarding imaging and further management.
| Medical dictation | Ambient AI documentation |
|---|---|
| Clinician deliberately speaks the note | Software captures the clinical conversation |
| Often occurs after the visit | Usually runs during the encounter |
| Produces dictated text or a structured note | Produces an encounter-based draft |
| Gives clinician direct control | Requires software to interpret relevance |
| Does not require recording the patient conversation | Processes patient–clinician dialogue |
| May require a separate documentation step | Can reduce post-visit narration |
Document without reconstructing the entire visit. OneChart can capture a live patient conversation or process a rough post-visit dictation, then organize the content into a structured clinical note for review.
Medical dictation is often better when precise wording or clinician control matters. Ambient AI documentation may be better to reduce separate charting when most documentation is encounter-derived.
Clinicians can combine ambient capture with active dictation to get convenience plus control. A typical hybrid workflow:
Use the workflow that fits each visit. Systems like OneChart support real-time encounter capture and rough dictation with customizable templates.
OneChart supports lightweight connections with web-based EMRs (e.g., Jane, WebPT) and API-based workflows for other systems.
Medical dictation is a workflow; compliance depends on how the software and processes handle protected health information. Key factors to evaluate:
Consent requirements differ: privately dictating a note is different from recording a patient–clinician conversation. Ambient AI should include a clear consent process and an alternative for patients who decline. Consider regional laws such as PIPEDA and provincial privacy rules in Canada.
Medical dictation has progressed from tapes and outsourced transcription to real-time speech recognition, AI note generation, and ambient documentation. The core benefit remains: clinicians can document by speaking instead of typing. Modern tools can convert rough speech into structured notes, and many clinicians find a system that supports both dictation and ambient capture to be the most practical option.
Learn what a medical scribe is, what medical scribes do, their duties and responsibilities, how medical scribing works, and how virtual and AI medical scribes compare.
Compare the best free AI medical scribes and free AI scribe trials in 2026. See note limits, ambient scribing, SOAP notes, templates, EMR integrations, HIPAA compliance, and pricing.