Best AI scribe and AI agents trusted by Orthopaedics specialists worldwide.
AI-powered orthopaedic documentation—capture detailed notes for fractures, joint replacements, sports injuries, and spine conditions with accurate coding and streamlined surgical workflows. Reduce charting time and focus more on patients.
S10.AI — The AI-powered assistant Transforming orthopaedics care
Boost efficiency, reduce administrative burden, and improve patient outcomes with S10.ai. Our platform combines AI Scribe, AI Agents, and intelligent automation to streamline documentation, coding, and patient communication—all within your existing EHR.
AI Pre-Charting for Orthopaedics
Prepare for patient visits in minutes, not hours. S10.ai's AI Scribe + AI Agents deliver instant clinical priorities, updates, and patient insights—giving clinicians a complete, actionable view of every patient.
Context-Aware Clinical Notes
S10.ai automatically surfaces key details from past visits and customizes notes for today's encounter. Always accurate. Always relevant.
Intelligent Coding & Billing
Capture the full complexity of care without manual effort. AI-driven coding ensures accurate ICD-10, HCC, and E/M assignments, reducing errors and optimizing revenue.
AI Receptionists
Manage patient calls, messages, confirmations, and follow-ups effortlessly. Fully integrated with your EHR, AI Chat and Phone Agents triage inquiries, provide instant answers, and log summaries automatically.
Custom Workflow Automation
Automate repetitive tasks like referrals, insurance verification, and lab notifications. HIPAA-compliant and tailored to orthopaedics workflows for maximum impact.
Seamless Orthopaedics-Specific EMR & App Integrations
Connects with your orthopaedics-specific EMR and 7,000+ productivity apps. No screen-switching. No duplicate entries. Just smarter workflows.
Read about integrationsResults orthopaedics practices love
Real metrics from practices using S10.ai to transform their workflows
~80%
clinician adoption
2.2
hours saved per day
34%
more ICD-10 codes captured
45%
fewer manual administrative tasks
3×
faster patient follow-ups
Improved
patient engagement via AI Chat & Phone Agents
Designed by orthopaedics experts, for orthopaedics clinicians
We build AI in partnership with clinical leaders to enhance care, streamline operations, and evolve based on real-world feedback.
Open feedback channels
Direct communication with clinicians and onsite experts for continuous improvement
Hands-on training
Comprehensive training during pilots and rollout phases
Rapid implementation
Quick deployment of updates and change requests based on user needs
Continuous support
24/7 support via phone, email, and chat—optimized for AI Chat Agents
Quality Assurance & Compliance
HIPAA-compliant infrastructure with continuous monitoring, regular updates, and dedicated compliance team ensuring your practice meets all regulatory requirements.
Orthopaedics Insights & Resources
From Overwhelmed to Optimized: How Orthopedic Practices Transform Their Entire Workflow with AI
Optimize your clinical workflow with AI. Get actionable answers for orthopedic and emergency medicine practices on implementing AI scribes and tools with zero disruption.
The Hidden Revenue Impact: How Orthopedic Practices Save $250,000+ Annually with AI Automation
Discover how orthopedic practices can save over $250,000 annually with AI automation. Learn to reduce physician burnout, improve coding accuracy, and increase patient throughput.
Zero Disruption AI: The Orthopedic Practice Implementation Guide That Actually Works
Struggling with physician burnout and documentation overload? Learn how to implement AI in your orthopedic practice with zero disruption. Our guide provides actionable steps for integrating AI scribes, streamlining EHR workflows, and boosting efficiency.
Top 10 ICD-10 Codes Every Orthopedic Surgeon Uses in 2026
Master orthopedic ICD-10 coding with clinically accurate FAQs on 7th characters, CPT modifiers 51 vs. 59, and avoiding common claim denials. Boost coding accuracy and optimize reimbursement.
Top 10 Clinical Note Templates Used by Orthopedic Surgeons
Discover the top 10 clinical note templates used by orthopedic surgeons to streamline documentation. Optimize your SOAP, operative, and post-op notes for faster EMR charting, improved billing accuracy, and enhanced patient care
How AI Scribes Transform Orthopedic Documentation
Discover how AI scribes are revolutionizing orthopedic documentation by reducing EHR time, enhancing patient interaction, and improving clinical accuracy. Learn how this technology can help you save time and reduce burnout.
Orthopaedics Resources
Explore comprehensive orthopaedics resources including diagnoses, medical codes, clinical templates, terminology, and lab results tailored for modern cardiovascular practice.
Diagnoses
0 results
Orthopaedics Medical Resources Directory
Comprehensive collection of orthopaedics medical resources including:
- Common orthopaedics diagnoses and conditions
- ICD-10 diagnostic codes for cardiovascular conditions
- CPT procedure codes for cardiac interventions
- Clinical documentation templates
- Medical abbreviations and terminology
- Common medical phrases in cardiology
- Medical prefixes, suffixes, and root words
- Clinical charts and patient timelines
- Laboratory test results and interpretations
Diagnoses
ADHD Combined Type
Find comprehensive information on ADHD Combined Type, also known as Attention Deficit Hyperactivity Disorder Combined Type or ADHD-C. This resource offers guidance on clinical documentation, medical coding, and diagnostic criteria for Attention-Deficit/Hyperactivity Disorder, Combined Presentation, specifically for healthcare professionals. Learn about accurate diagnosis and effective treatment strategies for patients with ADHD Combined Type.
ADHD Predominantly Inattentive Type
Understanding ADHD Predominantly Inattentive Type (formerly known as ADD or Attention Deficit Disorder)? This resource provides information on diagnosis criteria, clinical documentation best practices for healthcare professionals, and relevant medical coding (ICD-10) for Attention Deficit Disorder Inattentive Type. Learn about symptoms, treatment options, and resources for managing inattention in patients with this subtype of ADHD.
ADHD Unspecified
Find information on ADHD Unspecified (Attention Deficit Hyperactivity Disorder Unspecified), also known as ADHD NOS. Learn about diagnosis criteria, clinical documentation, and medical coding for ADHD Unspecified in healthcare settings. This resource offers guidance for accurate and efficient documentation of ADHD Unspecified, supporting best practices for clinicians and medical professionals.
AIDS
Find comprehensive information on AIDS, also known as Acquired Immunodeficiency Syndrome and HIV Disease. This resource covers essential aspects of AIDS diagnosis, including clinical documentation, medical coding, ICD codes, healthcare guidelines, and HIV testing. Learn about the stages of HIV infection, treatment options, and preventative measures. Access valuable resources for healthcare professionals, patients, and researchers seeking reliable information on AIDS and HIV management.
AL Amyloidosis
Understanding AL amyloidosis, also known as amyloid light-chain amyloidosis or primary systemic amyloidosis, is crucial for accurate clinical documentation and medical coding. This page provides information on AL amyloidosis diagnosis, including relevant ICD-10 codes, symptoms, and treatment options for healthcare professionals. Learn about the diagnostic criteria for AL amyloidosis and best practices for documenting this condition in patient medical records.
ANCA Vasculitis
Understanding ANCA vasculitis, also known as ANCA-associated vasculitis or anti-neutrophil cytoplasmic antibody vasculitis? This resource provides essential information for healthcare professionals on diagnosis, clinical documentation, and medical coding related to ANCA vasculitis. Learn about symptoms, testing, and treatment options to improve patient care and ensure accurate medical records.
ASCUS
Understanding ASCUS (Atypical Squamous Cells of Undetermined Significance) in healthcare? This resource provides information on ASC-US, Atypical Squamous Cells of Undetermined Significance diagnosis, clinical documentation, and related medical coding terms for accurate healthcare records. Learn about the significance of ASCUS Pap smear results and relevant medical terminology for effective communication in clinical settings.
ATFL Sprain
Understanding ATFL sprain diagnosis, coding, and documentation? This resource provides information on Anterior Talofibular Ligament sprain, commonly known as lateral ankle sprain, for healthcare professionals. Learn about clinical findings, ICD-10 codes, and best practices for documenting ATFL injuries in medical records.
ICD-10 Codes
H10-H11
Disorders of conjunctiva
H00-H05
Disorders of eyelid, lacrimal system and orbit
H25-H28
Disorders of lens
H15-H22
Disorders of sclera, cornea, iris and ciliary body
H30-H36
Disorders of choroid and retina
H40-H42
Glaucoma
H43-H44
Disorders of vitreous body and globe
H46-H47
Disorders of optic nerve and visual pathways
CPT Codes
CPT 99232 Subsequent Hospital Care With Moderate Complexity Medical Decision Making
Subsequent hospital care with moderate complexity medical decision-making, involving assessment and management of inpatients, addressing changes in condition, treatment adjustments, and coordination of care during hospitalization.
CPT 99223 Initial Hospital Care With High Complexity Medical Decision Making
Initial hospital care with high complexity medical decision-making, including comprehensive history, extensive examination, and critical evaluation of diagnostic data for acutely ill hospitalized patients.
CPT 99233 Subsequent Hospital Care With High Complexity Medical Decision Making
Subsequent hospital care with high complexity medical decision-making, addressing significant changes in patient status, advanced diagnostic planning, and multidisciplinary coordination for complex inpatient management.
CPT 99222 Initial Hospital Care With Moderate Complexity Medical Decision Making
Initial hospital care with moderate complexity medical decision-making, consisting of comprehensive history, examination, and review of extensive diagnostic studies for newly admitted patients.
CPT 99309 Subsequent Nursing Facility Care With Moderate Complexity Medical Decision Making
Subsequent nursing facility care with moderate complexity medical decision-making, addressing changes in resident’s status, medication adjustments, and coordination with nursing staff for comprehensive care.
CPT 99239 Hospital Discharge Day Management Requiring Extended Time
Hospital discharge day management requiring extended time, coordinating discharge planning, patient education, and follow-up care for complex hospital inpatients.
CPT 99231 Subsequent Hospital Care With Low Complexity Medical Decision Making
Subsequent hospital care with low complexity medical decision-making, including interval history, focused examination, and straightforward management of inpatient care.
CPT 99238 Hospital Discharge Day Management
Hospital discharge day management, including coordination of discharge plan, patient instruction, and summary of hospital stay for safe transition to home care.
Templates
Neurology SOAP Note for Headache
Comprehensive neurology SOAP note template for headache evaluation and management.
Neurology SOAP Note for Migraine
Comprehensive neurology SOAP note template for migraine evaluation and management.
Neurology SOAP Note for Seizure
Comprehensive neurology SOAP note template for seizure evaluation and management.
Neurology SOAP Note for Epilepsy
Comprehensive neurology SOAP note template for epilepsy evaluation and management.
Neurology SOAP Note for Stroke
Comprehensive neurology SOAP note template for stroke evaluation and management.
Neurology SOAP Note for TIA
Comprehensive neurology SOAP note template for tia evaluation and management.
Neurology SOAP Note for Dementia
Comprehensive neurology SOAP note template for dementia evaluation and management.
Neurology SOAP Note for Parkinson's
Comprehensive neurology SOAP note template for parkinson's evaluation and management.
Abbreviations
IM
Intramuscular refers to the administration of medication directly into a muscle. This method allows for faster absorption compared to oral routes.
CHF
A condition where the heart is unable to pump blood effectively, leading to fluid buildup in the lungs and other body tissues.
HCT
Hematocrit measures the proportion of red blood cells in your blood. It is expressed as a percentage and is used to assess anemia or polycythemia.
MI
Myocardial infarction, commonly known as a heart attack, occurs when blood flow to the heart muscle is blocked, causing tissue damage.
NIDDM
A form of diabetes that typically occurs in adults and is managed without insulin. It is characterized by high blood sugar levels due to insulin resistance.
CRF
Chronic renal failure is a long-term condition where the kidneys lose their ability to filter waste from the blood effectively.
STD
STDs are infections that are primarily spread through sexual contact. They can affect various parts of the body and often show no symptoms.
IVP
An IVP is an X-ray examination of the kidneys, ureters, and bladder using a contrast dye injected into a vein, highlighting these structures for assessment.
Phrases
Evidence-based medicine principles applied to clinical decision making
The integration of best available research evidence with clinical expertise and patient values to guide healthcare decisions.
Teaching attending physician oversight for all clinical decisions
Direct supervision and responsibility of a teaching attending physician for all patient care decisions made by residents or other learners.
Substance use disorder assessment using validated screening tools
Evaluation of substance use patterns and related problems using standardized instruments designed to identify potential substance use disorders.
NPO status confirmed for appropriate duration before surgery
Verification that the patient refrained from oral intake for the prescribed period prior to a surgical procedure.
Patient assessed as ASA physical status classification III
A patient with severe systemic disease that limits activity but is not incapacitating.
Preoperative anesthesia consultation completed without contraindications
A required assessment before surgery where an anesthesiologist evaluates the patient's medical history, current health status, and planned surgical procedure to determine the appropriate anesthetic plan. This phrase indicates a successful consultation where no factors were identified that would prohibit the patient from undergoing anesthesia safely.
Atrial fibrillation with rapid ventricular response requiring rate control
A type of atrial fibrillation where the heart's ventricles beat too quickly and require medication or other intervention to slow the rate.
Cardiac catheterization reveals three-vessel coronary artery disease
A cardiac catheterization procedure has shown blockage or significant narrowing in all three major coronary arteries.
Medical Prefix
a-, an-
without, not, absence of
ab-
away from, off
ad-
toward, to, near
ambi-
both, on both sides
amphi-
around, on both sides
ana-
up, back, again
ante-
before, in front of
anti-
against, opposite
Medical Suffix
-tropic
turning toward, affecting
-ectasis
expansion, dilation
-poiesis
formation, production
-rrhaphy
suturing, repair
-malacia
softening
-sclerosis
hardening
-iasis
condition, presence of
-cele
hernia, swelling
Medical Root Words
therm/o
heat, temperature
chron/o
time
morph/o
form, shape
phag/o
eating, swallowing
tox/o
poison
gen/o
origin, production
lith/o
stone
malac/o
softening
Clinical Charts and Timelines
Snellen Chart
A chart used to measure visual acuity.
ETDRS Chart
Standardized eye chart used to measure visual acuity.
LogMAR Chart
A standardized eye chart used to assess visual acuity.
Amsler Grid
A grid used to detect visual disturbances.
Humphrey Visual Field
A computerized test that measures the visual field, creating a map of a patient's central and peripheral vision.
Goldmann Visual Field
A diagnostic tool used to assess the visual field by mapping the extent of peripheral vision.
Ishihara Test
A color perception test for red-green color deficiencies.
Pelli–Robson Chart
The Pelli–Robson Chart is a contrast sensitivity chart used to assess visual function.
Lab Test Results
Child Development Panel
Development panel shows speech delay
Glucose, ICU
ICU glucose abnormal, clinical correlation needed
Sodium, ICU
ICU sodium abnormal, clinical correlation needed
Potassium, ICU
ICU potassium abnormal, clinical correlation needed
Chloride, ICU
ICU chloride abnormal, clinical correlation needed
CO2, ICU
ICU co2 abnormal, clinical correlation needed
BUN, ICU
ICU bun abnormal, clinical correlation needed
Creatinine, ICU
ICU creatinine abnormal, clinical correlation needed
AI Medical Scribe & AI Agents for Orthopaedics
Frequently asked Questions.
An AI scribe for Orthopaedics is a digital tool that uses artificial intelligence to automate clinical documentation and streamline workflow. S10.AI provides AI-powered scribes that capture consultations in real time and generate structured, editable notes—saving time, reducing after-hours work, and improving note accuracy. They support everything from standard clinical notes to compliant care management plans. By reducing manual note-taking, AI scribes allow specialists to focus on patient care while keeping documentation up to standard. In addition to scribes, S10.AI also provides AI Agents—intelligent assistants designed to support specialists with administrative tasks, workflow automation, information retrieval, and team collaboration. These agents extend beyond documentation, helping clinicians optimize their day-to-day tasks and focus more on patient care. Is an AI scribe for Orthopaedics safe to use? Yes, S10.AI’s AI scribes and AI agents are safe to use because they have been developed with security, compliance, and clinician trust at their core. S10.AI complies with HIPAA, GDPR, and ISO27001, and meets country-specific data protection standards across the UK, Australia, New Zealand, Canada, and the US. S10.AI does not store audio; consultations are transcribed in real time and securely encrypted. Specialists maintain full control over their data, with the ability to review, download, or delete notes at any time. Visit our Safety Center to explore S10.AI’s privacy and security standards.
S10.AI works as your AI scribe by acting like a real-time assistant during consultations. You press “Start transcribing” at the start of a session, and it captures the conversation in real time, converting it into structured clinical documentation. It adapts to your preferred note style, populates fields based on spoken cues, and can generate additional documents, such as referral letters or patient summaries, on request. S10.AI also supports asynchronous workflows—upload context, dictated notes, or typed history—and integrates seamlessly into your workflow without replacing your EHR system. Its AI Agents further enhance efficiency by automating repetitive administrative tasks, managing workflows, retrieving information, and even assisting teams with communication and scheduling.
S10.AI is the best AI scribe because it is easily customizable for every Orthopaedics practice. It understands the pace, complexity, and documentation volume required in modern care. S10.AI supports real-world clinical workflows, saving time while improving quality. Its AI Agents further extend functionality—helping specialists with task management, care coordination, and patient engagement. From solo practices to enterprise-level clinics, S10.AI improves documentation accuracy, boosts productivity, and frees clinicians to focus on care.
S10.AI is optimized for the language, structure, and documentation style of Orthopaedics. It captures clinical reasoning, patient concerns, safety-netting advice, and management plans in your own voice. Over time, it learns your phrasing, macros, and preferences to improve both speed and consistency. It supports consultations in over +60 languages and offers fully customizable templates for notes, letters, and other documents, ensuring accuracy and compliance.
Yes. S10.AI was built with the pace and unpredictability of modern care in mind, where consultations are short, patient needs vary, and time is always limited. Whether you’re documenting live, asynchronously, or from uploaded dictations, S10.AI adapts. It requires no complex IT setup—most specialists are up and running after a quick onboarding session. Smart defaults tailored to Orthopaedics—like automatic recognition of common phrases and real-time adaptation to your note style—make it not just easy to use, but easy to personalize.
The future of AI scribing lies in reducing administrative burden while improving accuracy and consistency of documentation. But the future doesn’t stop there. With AI Agents, S10.AI is building towards intelligent task management, smart information retrieval, and seamless team workflows. Soon, specialists will rely on AI not just for note-taking, but as a true digital co-pilot across the clinic. The direction is clear: fewer hours on admin, more time with patients.
To get started, simply book a demo with our team. During the demo, you’ll see how S10.AI’s AI Scribes and AI Agents work in real time, explore customization options for your specialty, and get guidance on how S10.AI can fit into your existing workflow. After your demo, our team will help you choose the right plan and get your practice onboarded quickly. With S10.AI AI Scribes and AI Agents, you can say goodbye to paperwork purgatory—and reclaim the time to do what you do best: patient care.