Best AI Scribe for Cardiology in 2026

Reviewed by

June 15, 2026

Cardiology documentation is more complex than documentation in most specialties. A single follow-up visit may involve detailed documentation of a patient’s cardiovascular history. The challenge lies in connecting today’s clinical decisions to years of prior testing, treatment, and follow-up care.

Marvix AI, DeepScribe, Freed AI, Nabla Copilot, Medwriter, Suki AI, and Abridge are among the leading AI scribes being adopted across cardiology practices and health systems. Each platform approaches cardiovascular documentation differently, with strengths that align to different practice environments and workflow requirements.

Marvix AI focuses on longitudinal documentation and specialty-specific workflows. DeepScribe combines specialty-focused documentation with human quality assurance. Freed AI prioritizes simplicity and ease of adoption.

Nabla Copilot emphasizes rapid deployment and broad EHR compatibility. Medwriter offers cardiology-specific documentation templates and administrative document generation. Suki AI extends documentation into voice-controlled EHR workflows, while Abridge focuses on real-time documentation within enterprise health system environments.

This guide compares the best AI scribes for cardiology, examines the features that matter most for cardiovascular documentation, and explains which platforms are best suited for different cardiology practice environments.

Why Generic AI Scribes Fall Short for Cardiologists

Most AI medical scribes were designed for primary care workflows. They are effective at documenting the chief complaint, HPI, physical exam, and assessment and plan. Cardiology documentation requires a different level of clinical detail and interpretation.

Interpretation Capture Gap: The distinction between reduced ejection fraction, diastolic dysfunction grade, valvular findings, and imaging interpretation directly influences diagnosis, treatment decisions, and E/M complexity. Cardiology documentation must capture clinical interpretation, not just what was said during the consult.
Procedure Note Complexity: A PCI note may require documentation of access site, sheath size, guide catheter, lesion location, stent specifications, TIMI flow grade, fluoroscopy time, and contrast volume. Generic AI scribes are not designed around these structured procedural workflows.
Medication Complexity: Cardiologists manage complex medication regimens that often include anticoagulants, antiarrhythmics, and multi-drug heart failure therapy. Documentation must capture the clinical reasoning behind medication selection, adjustment, continuation, or discontinuation.
Risk Score Documentation: CHA₂DS₂-VASc, HEART, TIMI, HAS-BLED, and ASCVD scores often influence treatment decisions and support medical necessity. These elements need to be documented explicitly, yet generic AI scribes are not designed to identify and structure these risk assessments from clinical conversations.

What to Look for in the Best AI Scribe for Cardiology

There is no single best AI scribe for every cardiologist. The right choice depends on practice setting, workflow, and EHR environment. A private cardiology practice has different needs than an inpatient consult service or a cath lab. That said, five evaluation criteria apply across nearly every cardiology workflow.

1. Cardiac-Specific Template Architecture

The scribe should structure cardiovascular ROS, cardiac exam findings, echo and ECG interpretation, and procedure documentation into organized chart sections. A cardiology note needs more than a transcript. It needs documentation that mirrors how cardiologists actually chart.

2. ECG and Imaging Interpretation Capture

Cardiology documentation often includes interpretation billing for ECGs, echocardiograms, and stress tests. An effective AI scribe should capture interpretation findings from dictation and structure them for both the medical record and the interpretation report.

3. Risk Score Extraction and Documentation

Risk scores such as CHA₂DS₂-VASc, HEART, HAS-BLED, and ASCVD influence treatment decisions every day. The best AI scribes help document these risk assessments within the consult rather than leaving them as a manual post-visit task.

4. E/M and Coding Intelligence

Complex cardiology consults frequently qualify for higher-complexity E/M levels and add-on codes. AI scribes that support coding workflows and medical decision-making documentation can help reduce undercoding and improve documentation quality.

5. EHR Bidirectional Write-Back

Copying and pasting notes into the EHR creates extra work and breaks workflow continuity. Bidirectional EHR integration allows the scribe to pull historical patient information before the consult and return structured documentation directly to the chart.

Quick Comparison Table

Tool	Best For	Cardiology Documentation	Longitudinal Context	Coding Support	Team Workflows	EHR Integration	Free Trial / Plan	Starting Price
Marvix AI	Longitudinal cardiology documentation	Cardiology-specific templates with ECG, echo, risk assessment, and follow-up workflows	Patient Recaps and Composite Notes	ICD-10, E/M, modifiers, add-on codes with MDM rationale	Multi-user collaboration	Bidirectional integration with all major EHRs	30-day free trial	$95/provider/month
DeepScribe	Enterprise cardiology groups	Specialty-specific documentation models	AI pre-charting with historical chart review	ICD-10, E/M, HCC	Practice and enterprise workflows	Bidirectional integration with major EHRs	No public free trial	Not publicly available
Freed AI	Lower-complexity cardiology encounters	General-purpose SOAP documentation	Current-encounter focused	Limited coding support	Primarily individual users	Browser-based workflows	Free plan (10 notes)	$39/user/month
Nabla Copilot	Fast deployment	Multi-specialty documentation	Current-encounter focused	ICD-10, HCC, MCC	Individual and group practices	Multi-EHR support	Free plan available	Not publicly available
Medwriter	Cardiology documentation templates	Cardiology-specific templates for ECG, echo, risk assessment, and treatment planning	Current-encounter focused	ICD-10 and E/M support	Team management and template sharing	Browser-based EHR integrations	Free trial available	$99/user/month
Suki AI	Voice-controlled EHR workflows	Multi-specialty documentation	Current-encounter focused	ICD-10, CPT, HCC, E/M	Enterprise and health-system workflows	Bidirectional Epic and Cerner integration	No public free trial	Not publicly available
Abridge	Epic-based health systems	Multi-specialty documentation with coding support	Context-aware documentation using prior encounters	ICD-10, HCC, visit diagnosis codes	Enterprise health-system workflows	Enterprise EHR integration	No public free trial	Not publicly available

7 Best AI Scribes for Cardiology

Marvix AI

Marvix AI is an ambient AI assistant built specifically for specialty care workflows. The platform focuses on the full documentation lifecycle, from pre-charting and chart review to visit documentation, coding support, and post-visit documentation. Its ability to combine historical cardiac data with the current consult makes it particularly well suited for managing chronic cardiovascular conditions that evolve across multiple visits.

Where it works well

Cardiology-Specific Templates: Dedicated sections for cardiac history, cardiac ROS, cardiovascular examination findings, ECG findings, echocardiogram findings, risk assessment, treatment plans, prescriptions, diagnostic orders, referrals, and follow-up care, keeping documentation structured consistently across visits.
Patient Summaries for Pre-Visit Review: Generates a structured chronological summary from prior notes, labs, imaging, medications, intake forms, and earlier clinical events pulled directly from the EHR, making it easier to review years of history for heart failure, coronary artery disease, arrhythmias, and hypertension.
Longitudinal Cardiovascular Care: Automatically combines the current visit with relevant historical chart data into a complete Composite Note, so follow-up documentation reflects previous imaging findings, medication changes, prior assessments, and ongoing treatment plans.
Deep 2-Way EHR Integration: Integrates bidirectionally with eClinicalWorks, AthenaOne, Epic, AdvancedMD, Charm Health, DrChrono, Greenway, and Veradigm, retrieving historical patient data before the visit and pushing finalized documentation back without manual copy-paste.
Automatic Coding With MDM Rationale: Generates ICD-10 and E/M codes with explicit medical decision-making justification, supporting complex cardiology visits where coding depends on diagnostic review, medication management, risk assessment, and treatment planning.
Physician-Style Personalization: Uses neural style transfer to learn from previous documentation and replicate each cardiologist’s preferred tone, structure, formatting, and phrasing.
Multi-User Collaboration: Physicians, medical assistants, and scribes can contribute to the same consult note simultaneously, with every dictation recorded with name attribution and timestamps.
Documentation Suite: Automatically generates After Visit Summaries, referral letters, patient instructions, and other clinical documents from the visit.

Pricing

30-day free trial: Available with full EHR integration.
Paid plans: Start from $95/provider/month, with optional add-ons from $50/month and approximately 20% savings on annual plans.

Best for

Cardiology practices: Groups that require Patient Recaps, Composite Notes, specialty-grade clinical note architecture, automatic coding with MDM rationale, and longitudinal documentation across multiple visits.
Multi-provider cardiology clinics: Collaborative documentation workflows across cardiologists, medical assistants, nurses, and scribes with shared consult notes, attribution tracking, and timestamped contributions.
Complex cardiovascular care: Heart failure, coronary artery disease, arrhythmia, preventive cardiology, and interventional cardiology workflows where historical context, imaging review, medication management, and treatment decisions depend on a complete clinical record.

DeepScribe

DeepScribe combines ambient documentation with AI pre-charting, coding support, and specialty-specific documentation models. Its strongest differentiator is the combination of AI-generated documentation and human quality assurance. The platform also supports pre-visit chart review, coding workflows, and EHR-integrated documentation, making it a strong fit for practices managing complex cardiovascular patients.

Where it works well

Human Quality Assurance Layer: Combines AI-generated documentation with human review processes before final note delivery, helping improve documentation quality and consistency.
AI Pre-Charting for Cardiology Visits: Generates structured pre-visit summaries using referrals, prior notes, labs, imaging, visit summaries, and EHR data, helping cardiologists review historical testing and clinical context before the visit.
Bi-Directional EHR Integration: Integrates with Epic, athenahealth, eClinicalWorks, AdvancedMD, ModMed, and DrChrono, syncing documentation directly into EHR fields without manual copy-paste.
Coding and Documentation Support: Generates E/M, ICD-10, and HCC coding recommendations, and DeepScribe Assist provides real-time documentation and coding guidance during consults.
Specialty-Specific Documentation Models: Supports specialty-focused workflows and can adapt note structure and content to different cardiology visit types.
Extensive Customization: Allows clinicians to customize note structures, formatting, workflow rules, and documentation preferences, learning from historical notes and clinician edits over time.

Pricing

Custom pricing: Not publicly disclosed and requires vendor consultation.

Best for

Cardiology practices prioritizing documentation accuracy: Organizations that value the additional quality assurance provided by human-reviewed documentation.
Practices managing complex cardiac histories: Cardiologists who regularly review prior imaging, labs, referrals, and longitudinal patient records before the visit.
Organizations seeking EHR-integrated documentation: Practices that want pre-charting, coding support, and documentation workflows connected directly to the EHR.

Freed AI

Freed AI is a physician-built ambient scribe focused on speed, simplicity, and ease of adoption. It captures patient conversations and generates structured SOAP notes with minimal configuration. Freed AI prioritizes fast note generation and low cost over pre-charting, longitudinal documentation, and deep EHR integration.

Where it works well

Fast SOAP Note Generation: Generates structured SOAP notes within minutes, working well for routine follow-ups, hypertension visits, and preventive cardiology appointments.
Learns Physician Documentation Style: Adapts to edits made in previous notes and gradually aligns structure, formatting, and writing style with each cardiologist’s preferences.
Minimal Setup Requirements: Requires no implementation project, EHR configuration, or IT support, making it easy for solo cardiologists and small practices to start immediately.
Additional Clinical Documents: Generates patient instructions, referral letters, and follow-up documentation from the consult conversation.
Works Across Different EHRs: Uses a browser-based workflow that allows completed notes to be transferred into browser-based EHR systems without a dedicated integration.

Pricing

Free plan available: Includes up to 10 notes.
Paid plans: Start at $39 per user per month.

Best for

Independent cardiologists: Solo cardiologists and small cardiovascular practices that want fast documentation without implementation complexity.
Routine outpatient cardiology visits: Follow-up visits, preventive cardiology, hypertension management, and other consults where speed is a higher priority than extensive chart review.
Clinicians evaluating AI scribes for the first time: The free plan and minimal setup make Freed AI one of the easiest entry points for cardiologists exploring AI documentation.

Nabla Copilot

Nabla Copilot is an AI documentation assistant designed for outpatient medicine, specialty care, and telehealth workflows. For cardiologists, its biggest strengths are rapid deployment, broad EHR compatibility, multilingual support, and coding assistance. Compared with platforms built around longitudinal specialty documentation, Nabla focuses on helping clinicians document the current consult efficiently across a wide range of practice settings.

Where it works well

Rapid Deployment: Organizations can deploy Nabla quickly and begin using the platform within days, without a lengthy implementation process.
EHR Integration and Browser-Based Workflows: Supports direct integration with Epic, athenahealth, Cerner, NextGen, Greenway, and Altera, with additional compatibility through Nabla Connect.
Broad Specialty Coverage: Supports more than 55 specialties and can adapt workflows across preventive cardiology, general cardiology, electrophysiology, and other cardiovascular subspecialties.
Coding Assistance: Generates ICD-10, HCC, and MCC coding suggestions during documentation for outpatient cardiology visits.
Multilingual Support: Supports clinical conversations and documentation in more than 35 languages.
Ambient Documentation and Dictation: Combines ambient listening with real-time dictation, allowing cardiologists to switch between conversational documentation and direct voice input.

Pricing

Free plan available: Clinicians can begin using the platform without an upfront subscription.
Paid plans: Pricing is not publicly disclosed and requires direct consultation with the vendor.

Best for

General cardiology practices: Cardiologists who want ambient documentation, coding assistance, and EHR integration without a large implementation project.
Multi-EHR organizations: Practices operating across different EHR environments that need flexibility rather than a workflow built around a single EHR ecosystem.
Clinicians adopting AI documentation for the first time: The free entry point and rapid deployment make Nabla one of the easiest ways to evaluate AI documentation in a live clinical environment.

Medwriter

Medwriter is an AI medical scribe and clinical documentation assistant that combines ambient documentation, coding support, and administrative document generation. Unlike most general-purpose AI scribes, Medwriter offers cardiology-specific templates with structured sections for cardiac history, cardiac ROS, cardiovascular examination findings, ECG interpretation, echocardiogram findings, risk assessment, and treatment planning, appealing to cardiologists who want documentation tailored to cardiovascular workflows without enterprise complexity.

Where it works well

Cardiology-Specific Documentation Templates: Structured templates with dedicated sections for cardiac history, cardiac ROS, cardiovascular examination findings, ECG findings, echocardiogram findings, risk assessment, treatment plans, prescriptions, diagnostic orders, referrals, and follow-up care.
Billing and Coding Assistance: Generates ICD-10 diagnostic codes and provides E/M coding support based on consult complexity, risk, data reviewed, and time.
Multi-Document Output: Generates prior authorizations, denial appeal letters, patient instructions, referral letters, and follow-up guidance from a single consult.
Multi-EHR Compatibility: Supports athenahealth, eClinicalWorks, Allscripts, Practice Fusion, AdvancedMD, Healthie, and IntakeQ through browser-based integrations, with additional EHR support available.
Team-Based Features: Includes template sharing, activity logs, user permissions, and centralized administration for group cardiology practices.

Pricing

Standard: $99/user/month.
Pro: Custom pricing.
Free trial available

Best for

Cardiology practices that want structured templates: Cardiologists who prefer documentation workflows built around cardiac history, ECG findings, echocardiogram interpretation, cardiovascular examination findings, and risk assessment.
Clinicians managing significant administrative work: Practices that frequently complete prior authorizations, denial appeals, referral letters, and patient instructions.
Independent and small cardiology groups: Organizations seeking specialty-focused documentation and coding support without an enterprise-level implementation process.

Suki AI

Suki AI extends beyond documentation into voice-driven EHR workflow automation. Cardiologists can navigate charts, review patient records, update documentation, stage orders, and complete clinical tasks using voice commands rather than keyboard-driven workflows. With deep EHR integration and broad specialty coverage, Suki is particularly appealing to cardiologists who spend significant time interacting with the EHR throughout the day.

Where it works well

Voice-Controlled EHR Workflows: Use voice commands to navigate patient charts, review medications, update notes, enter vitals, and complete documentation tasks without switching screens.
Deep EHR Integration: Supports bidirectional integration with major EHRs including Epic and Cerner.
Order Entry Within the EHR: Generates and stages orders directly within the EHR, streamlining cardiac testing, imaging studies, referrals, and follow-up orders.
Comprehensive Coding Support: Generates ICD-10, CPT, HCC, and E/M codes alongside documentation outputs.
Broad Specialty Coverage: Supports more than 100 specialties and subspecialties across general, electrophysiology, and interventional cardiology.
Multilingual Documentation: Supports documentation workflows in more than 80 languages.

Pricing

No free plan
Custom pricing: Not publicly disclosed and requires vendor consultation.

Best for

Cardiology practices using Epic or Cerner: Organizations that want voice-driven EHR workflows, structured coding support, and deep integration with enterprise EHR systems.
High-volume cardiology clinics: Clinicians who spend substantial time navigating charts, entering orders, reviewing records, and completing documentation throughout the day.
Cardiologists seeking hands-free workflow control: Physicians who want to interact with documentation, patient records, and EHR workflows through voice commands rather than traditional keyboard-driven processes.

Abridge

Abridge is an ambient AI documentation platform designed for large healthcare organizations. It generates clinical notes, coding suggestions, diagnoses, and orders in real time while operating directly within EHR workflows. For teams working within Epic-centered health systems, Abridge’s strongest differentiators are its real-time documentation capabilities, contextual awareness of historical patient information, and auditability through Linked Evidence.

Where it works well

Context-Aware Documentation: Incorporates information from previous patient consults, health system guidelines, and clinician preferences to improve documentation quality and relevance.
Coding Support: Generates ICD-10, HCC, and visit diagnosis codes directly from the clinical conversation.
Smart Problem Grouping: Identifies and organizes medical problems discussed during the consult and aligns them with appropriate diagnosis and billing codes.
Linked Evidence for Auditability: Connects AI-generated documentation, diagnoses, and coding recommendations back to the source information used to generate them.
Multilingual Documentation Support: Supports multilingual clinical conversations across a variety of care settings and specialties.

Pricing

Custom pricing
Enterprise engagement required

Best for

Epic-based cardiology health systems: Cardiology departments operating within large enterprise EHR environments that want documentation, coding, diagnoses, and orders integrated into a single workflow.
Organizations prioritizing auditability: Teams that want AI-generated documentation and coding recommendations tied back to source evidence for review and compliance purposes.
Large multi-specialty cardiovascular programs: Health systems managing high patient volumes and seeking real-time documentation embedded within existing clinical workflows.

Where Generic AI Scribes Often Fall Short in Cardiology

Cardiology Challenge	Why It Matters	What Marvix AI Does
Longitudinal Patient Context	Cardiology decisions depend on how symptoms, medications, imaging findings, and test results change over time.	Pulls prior notes, labs, imaging, medications, intake forms, and historical clinical events from the EHR, then combines that information with the current consult so documentation reflects both today’s visit and the patient’s broader clinical history.
Pre-Visit Chart Review	Cardiologists often spend significant time reviewing prior notes, echocardiograms, ECGs, stress tests, cath reports, labs, medications, and procedures before seeing the patient.	Automatically generates a structured chronological summary of historical notes, labs, imaging, medications, and earlier clinical events before the visit, reducing manual chart review.
Complex Cardiovascular Documentation	Cardiology notes often require detailed documentation of diagnostics, clinical findings, risk assessment, treatment decisions, medication management, and follow-up planning.	Structures documentation into dedicated sections for clinical data, diagnostics, assessment, orders, and guideline-based reasoning, helping organize complex cardiovascular consults.
Team-Based Documentation	Physicians, medical assistants, scribes, fellows, and other team members may contribute to the same patient consult.	Allows multiple users to work within the same consult note simultaneously, with attribution and timestamps attached to every contribution for transparency and accountability.
Multilingual and Multi-Speaker Consults	Cardiology practices often serve diverse patient populations and involve caregivers or family members in discussions.	Processes conversations involving multiple speakers, accents, and languages during the same consult.
Coding Accuracy and Reimbursement	Complex cardiology visits often require detailed documentation to support higher-level E/M coding, diagnostic review, and medication management.	Generates ICD-10 and E/M codes with explicit medical decision-making justification so clinicians can see exactly how the coding level is supported by the documentation.
Documentation Consistency	Cardiologists want notes that reflect their established documentation style and workflow.	Learns from a physician’s previous documentation and replicates their preferred tone, structure, formatting, and phrasing in generated notes and clinical documents.

Which AI Scribe Is Actually the Best for Cardiology?

After reviewing these tools against real cardiology workflows, the ranking depends largely on practice environment, documentation complexity, and EHR requirements.

1. For Cardiology Practices Managing Longitudinal Patient Care: Marvix AI

Patient Recap summaries, Composite Notes, bidirectional EHR integration, coding support with MDM rationale, and specialty-specific documentation workflows make Marvix AI particularly well suited for cardiologists managing chronic cardiovascular conditions across multiple visits.

2. For Large Enterprise Health Systems: Abridge or DeepScribe

Abridge stands out for real-time documentation, contextual awareness, and auditability within enterprise EHR environments. DeepScribe combines specialty-specific documentation with human quality assurance, making it a strong option for organizations that prioritize documentation accuracy.

3. For Cardiologists Who Spend Significant Time Inside the EHR: Suki AI

Voice commands, order entry, chart navigation, and documentation control make Suki AI one of the strongest options for clinicians who want hands-free interaction with the EHR.

4. For Cardiologists Evaluating AI Scribes for the First Time: Freed AI or Nabla Copilot

Freed AI offers a free plan and minimal setup, while Nabla combines rapid deployment, coding assistance, and broad EHR compatibility. Both provide accessible entry points into AI-assisted documentation.

5. For Cardiologists Who Prioritize Structured Documentation: Medwriter

Cardiology-specific templates, coding support, and the ability to generate prior authorizations, referral letters, patient instructions, and other administrative documents make Medwriter a strong option for practices that want highly structured cardiovascular documentation.

The overall verdict: If your documentation depends on historical patient context, imaging review, medication management, and longitudinal cardiovascular care, Marvix AI is the strongest overall choice.

The combination of specialty-specific workflows, structured pre-visit review, longitudinal documentation, bidirectional EHR integration, and coding support with MDM rationale addresses documentation challenges that generic ambient scribes often leave unresolved. A 30-day free trial also gives practices the opportunity to evaluate the platform in real clinical workflows before making a long-term commitment.

Conclusion: The Documentation Problem in Cardiology Has a Specific Solution

Cardiology documentation requires more than consult transcription because clinical decisions often depend on historical patient context, diagnostic interpretation, risk assessment, medication management, procedure documentation, and coding accuracy.

Each platform in this comparison addresses part of the challenge. Marvix AI stands out because it addresses the entire documentation lifecycle, from pre-visit chart review and longitudinal patient context to structured clinical documentation, coding support with MDM rationale, and bidirectional EHR integration. For cardiologists who need documentation that reflects the complexity of cardiovascular care, Marvix AI is the most complete solution in this category today.

Start with a 30-day free trial that includes full EHR integration and evaluate Marvix AI within your actual clinical workflow.

FAQs

What is an AI scribe for cardiology?

An AI scribe for cardiology is software that listens to patient encounters, transcribes the conversation, and generates structured cardiology documentation. Unlike general-purpose AI scribes, cardiology-focused tools are designed to capture cardiovascular review of systems, cardiac examination findings, ECG and echocardiogram interpretations, risk assessments, procedure documentation, and treatment plans. The best platforms also support coding workflows and EHR integration.

How is a cardiology AI scribe different from a general medical AI scribe?

Most AI scribes were built around primary care SOAP note workflows. Cardiology AI scribes are designed to support cardiovascular documentation, including ECG and echocardiogram interpretation, cardiovascular examination findings, risk score documentation, procedure notes, and complex medication management. Without this specialty-specific structure, clinicians often spend significant time manually editing notes after the encounter.

Can AI scribes handle ECG and echocardiogram documentation?

Some cardiology-focused AI scribes can capture ECG and echocardiogram findings from dictation and organize them within structured documentation workflows. This is important because interpretation findings often influence diagnosis, treatment decisions, coding complexity, and interpretation billing. The level of support varies by platform and should be evaluated during product selection.

How does AI documentation help with cardiology billing?

Cardiology encounters frequently involve complex medical decision-making, diagnostic review, medication management, and risk assessment. AI scribes with coding support can generate ICD-10 and E/M coding recommendations and help document the clinical reasoning that supports those coding levels. This can reduce undercoding and improve documentation consistency.

Is Marvix AI HIPAA compliant?

Yes. Marvix AI is HIPAA compliant and supports healthcare organizations through security and compliance measures designed for clinical environments. Practices should confirm specific compliance, security, and contractual requirements directly with the Marvix AI team.

What EHR systems does Marvix AI integrate with?

Marvix AI offers bidirectional integration with eClinicalWorks, AthenaOne, Epic, AdvancedMD, Charm Health, DrChrono, Greenway, and Veradigm. This allows the platform to retrieve historical patient information before the encounter and return completed documentation directly to the patient chart without manual copy-paste workflows.

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