Health-Cloud-Accredited-Professional Salesforce Health Cloud Accredited Professional Exam (WI25) Questions and Answers

To display a patient's health conditions and clinical encounters as a sequence of events on the patient's Person Account page using the Enhanced Timeline functionality in Salesforce Health Cloud, it's essential to configure the timeline appropriately. This involves creating a Timeline View Configuration record that defines which events and related objects are displayed.

Understanding Enhanced Timeline:

Purpose: The Enhanced Timeline provides a chronological view of a patient's healthcare events, enabling healthcare providers to visualize and track patient interactions over time.

Features:

Event Visualization: Displays events such as clinical encounters, health conditions, tasks, and more.

Customization: Allows administrators to define which objects and fields are represented on the timeline.

Interactivity: Users can click on events to view detailed information.

Implementation Steps:

Create a Timeline View Configuration Record (Answer C):

Purpose: Defines the base object (e.g., Person Account) and related objects (e.g., Clinical Encounters, Health Conditions) to be displayed on the timeline.

Steps:

Navigate to Timeline Configurations: In Salesforce Setup, enter "Timeline" in the Quick Find box and select Timeline View Configurations.

Create New Configuration: Click New to create a new Timeline View Configuration record.

Define Base Object: Set the base object to Person Account.

Add Related Objects: Specify related objects such as Clinical Encounters and Health Conditions that should appear on the timeline.

Configure Display Settings: Define fields for event titles, subtitles, dates, and any filters or conditions as needed.

Save Configuration: Save the Timeline View Configuration record.

Add Enhanced Timeline to the Person Account Page:

Purpose: Ensures that the timeline is visible on the patient's Person Account page.

Steps:

Open Lightning App Builder: Navigate to a Person Account record and click Edit Page.

Add Timeline Component:

To enable Bloomington Caregivers to offer remote monitoring and integrate patient device data into Salesforce Health Cloud, an administrator should configure the following records:

Units of Measure:

Purpose: Define the measurement units for various health metrics (e.g., kilograms for weight, mmHg for blood pressure).

Configuration: Create records in the UnitOfMeasure object to standardize how data from patient devices is interpreted and displayed.

Remote Monitoring Device Types:

Purpose: Catalog the types of devices patients use for remote monitoring (e.g., glucometers, heart rate monitors).

Configuration: Define device types to manage and organize incoming data effectively.

Care Observations:

Purpose: Record and store the health metrics and observations collected from patient devices.

Configuration: Utilize the CareObservation object to capture data such as blood glucose readings or heart rate measurements.

Code Sets:

Purpose: Standardize the types of health metrics being monitored (e.g., defining what constitutes a blood glucose measurement).

Configuration: Create code sets to ensure consistency in data categorization and reporting.

Implementation Steps:

Set Up Remote Monitoring in Health Cloud:

Navigate to Health Cloud settings to configure remote monitoring features.

Create code sets for each health metric to be monitored.

Define units of measure corresponding to these code sets.

Establish care observations to capture and store incoming data.

Configure remote monitoring device types to manage various patient devices.

By setting up these records, Bloomington Caregivers can effectively implement remote monitoring, allowing seamless integration of patient device data into Health Cloud. This setup facilitates real-time health data tracking, enhancing patient care and engagement.

References:

Set Up Remote Monitoring in Health Cloud

Remote Monitoring and Device Registration Data Model

To integrate an electronic health record (EHR) with Salesforce Health Cloud and display key clinical data, leveraging a middleware integration solution is the most appropriate approach. This setup ensures compatibility with FHIR R4 standards and handles any required data transformation effectively.

FHIR R4 Standards Alignment:

The middleware can interpret and process data formatted to FHIR R4 standards, enabling seamless integration with Salesforce Health Cloud's FHIR-aligned data model.

Data Transformation Capability:

Middleware solutions like MuleSoft (a Salesforce product) provide tools to transform data structures, ensuring compatibility between the EHR system and Health Cloud.

Scalability and Maintainability:

Middleware solutions simplify complex integrations by abstracting point-to-point connections, allowing for easier scalability as additional systems are integrated.

Error Handling and Monitoring:

Middleware platforms include error-handling capabilities, ensuring data integrity during the transformation and transfer processes.

A. Scheduled Batch Job: While useful for static data transfers, batch jobs are not ideal for real-time or near-real-time clinical data exchange required for EHR integrations.

B. "Swivel-Chair" Procedure Document: This refers to manual data entry or cross-referencing workflows, which are inefficient, error-prone, and not scalable.

C. Point-to-Point API Connection: Though feasible, this approach lacks the flexibility and transformation capabilities provided by middleware solutions. Point-to-point integrations are difficult to maintain as systems evolve.

Use a middleware solution like MuleSoft to connect the EHR system and Health Cloud.

Set up FHIR R4-compliant data mappings between the EHR and Salesforce.

Configure and test the data transformations required for specific Health Cloud objects (e.g., medication, encounter, and condition data).

Salesforce Health Cloud FHIR Integration

MuleSoft for Healthcare Integration

Why Middleware Integration is the Best Approach:Why Other Options are Less Suitable:Implementation Steps:References:

Salesforce Health Cloud offers various unmanaged packages that extend its functionality by providing specialized tools and prebuilt components. For Bloomington Caregivers aiming to analyze patient referrals through Salesforce reports and dashboards, the Health Cloud Reports for Patient Referral Management unmanaged package is specifically designed to meet this need.

This package includes:

Prebuilt Reports: A set of reports focused on key metrics related to patient or member referrals, such as referral status, sources, and outcomes.

Dashboard: A comprehensive dashboard that consolidates these reports, providing visual insights into referral patterns and performance.

By installing this package, Bloomington Caregivers can leverage ready-made analytical tools to monitor and optimize their referral processes without the need to develop custom reports from scratch. This accelerates the implementation timeline and ensures that best practices in referral management reporting are utilized.

Installation Steps:

Access the Installer URL: Navigate to the installer URL for the Health Cloud Reports for Patient Referral Management package: Health Cloud Reports for Patient Referral Management.

Log In to Salesforce: Ensure you are logged into the Salesforce org where you intend to install the package.

Select Installation Audience: Choose the appropriate installation option (e.g., Install for Admins Only, Install for All Users, or Install for Specific Profiles) based on your organization's requirements.

Install the Package: Follow the on-screen instructions to complete the installation.

Verify Installation: After installation, navigate to the "Installed Packages" section in Setup to confirm that the package is listed.

Assign Permissions: Ensure that users who need access to the reports and dashboard have the necessary permissions. This may involve assigning specific permission sets or updating profile settings.

Customize as Needed: While the package provides prebuilt reports and a dashboard, you can customize them to better fit your organization's specific needs.

Implementing this package enables Bloomington Caregivers to effectively analyze and manage patient referrals, leading to improved operational efficiency and patient care outcomes.

References:

Install Health Cloud Packages

Monitor Patient Referrals

For implementing a Contact Center leveraging Health Cloud, identifying pain points and defining project requirements involves collaborating with:

Contact Center Agent (Persona):

Frontline staff who interact directly with patients.

Provide insights into the day-to-day challenges in appointment scheduling, billing inquiries, and plan updates.

Salesforce Administrator (Stakeholder):

Responsible for configuring Health Cloud and implementing workflows to address identified pain points.

Integration Architect (Stakeholder):

Ensures smooth integration between Health Cloud and external systems like billing platforms or insurance providers.

Why Other Options Are Incorrect:

A: Care coordinators are not directly involved in patient-initiated contact center interactions. Tableau developers focus on reporting, not operational processes.

C: MuleSoft developers are not primary stakeholders for contact center operations.

D: General physicians and Marketing Cloud administrators do not contribute directly to Contact Center workflows.

References:

Health Cloud Contact Center Overview

Integration Architecture Guide

Salesforce Health Cloud includes several features to ensure compliance with regulations like the Health Insurance Portability and Accountability Act (HIPAA). Among these, user authentication and access control is a key feature that safeguards protected health information (PHI) by controlling and restricting access based on user roles, permissions, and organizational policies.

Why User Authentication and Access Control is Key for HIPAA Compliance:

Role-Based Access Control (RBAC):

Salesforce allows administrators to define and manage access through role hierarchies and sharing rules. Only authorized users can view, edit, or process sensitive health data.

Shield Platform Encryption:

Salesforce Shield provides encryption capabilities for PHI. It ensures data remains secure at rest and during transit, an essential requirement of HIPAA.

Audit Trails and Field Tracking:

Salesforce Health Cloud tracks changes to sensitive data fields, offering detailed logs for auditing purposes.

Two-Factor Authentication (2FA):

2FA ensures only authenticated users access the system, adding an extra layer of security to sensitive health information.

Compliance Policies:

Salesforce’s built-in compliance tools, like health data masking and logging, align with HIPAA requirements.

Why Other Options Are Incorrect:

A. Data visualization and analytics:While important for decision-making, this feature does not directly address HIPAA compliance as it focuses on operational insights rather than security.

B. Social media integration:Social media features are unrelated to HIPAA compliance and could pose risks if improperly managed.

D. Real-time monitoring and alerts:While useful for operational efficiency, this feature is not specifically tied to compliance with HIPAA’s privacy and security rules.

References:

Salesforce Security Guide

Shield Platform Encryption Guide

Administer Health Cloud

In Salesforce Health Cloud, managing prior authorizations involves utilizing specific objects designed to handle the complexities of authorization requests and their associated details. For an insurance provider aiming to display preauthorization outcomes from an external system that manages the end-to-end prior authorization process, the appropriate solution involves the Service Preauth and Preauth Detail objects.

Service Preauth Object:

Purpose: The Service Preauth object represents a preauthorization request within Health Cloud. It serves as a container for all relevant information pertaining to a specific authorization, including patient details, requested services, and status updates.

Integration Capability: This object is designed to integrate with external systems, allowing for the seamless import and display of preauthorization outcomes managed outside of Salesforce. By mapping external authorization data to the Service Preauth object, users can view and manage authorization statuses directly within Health Cloud.

Preauth Detail Object:

Purpose: The Preauth Detail object stores detailed information related to each preauthorization request captured in the Service Preauth object. This includes specifics about the services or procedures being authorized, such as service codes, descriptions, quantities, and any other pertinent details.

Integration Capability: By populating the Preauth Detail object with data from external systems, Health Cloud users gain comprehensive visibility into the components of each authorization request, facilitating informed decision-making and efficient care coordination.

Integration Process:

To effectively display preauthorization outcomes from an external system within Health Cloud, consider the following steps:

Data Mapping: Establish a data mapping strategy to align fields from the external system with the corresponding fields in the Service Preauth and Preauth Detail objects. This ensures that all relevant information is accurately captured and displayed within Health Cloud.

Data Import: Utilize Salesforce's data import tools or integration middleware (such as MuleSoft) to import preauthorization data into the Service Preauth and Preauth Detail objects. This process can be automated to ensure real-time or near-real-time updates, providing users with the most current information.

User Access and Permissions: Configure user permissions to ensure that appropriate personnel have access to view and manage preauthorization information. This includes setting up profiles and permission sets that grant access to the Service Preauth and Preauth Detail objects.

References:

Authorization Request Overview: This Salesforce Help article provides an overview of managing authorization requests within Health Cloud, detailing the objects and processes involved.

Salesforce

Built-In MuleSoft Integration to Manage Authorization Requests: This resource outlines how to integrate Health Cloud with external Electronic Health Record (EHR) and payer systems using MuleSoft, facilitating seamless data exchange for authorization requests.

Salesforce

Care Services Review and Response: This developer guide section discusses RESTful APIs that support data elements required for ANSI X12 278 format Health Care Services Review and Response, enabling electronic receipt of prior authorization requests from providers.

Salesforce Developers

By leveraging the Service Preauth and Preauth Detail objects, along with appropriate integration strategies, insurance providers can effectively display and manage preauthorization outcomes from external systems within Salesforce Health Cloud, enhancing operational efficiency and improving patient care coordination.

When deploying the Enhanced Timeline in Salesforce Health Cloud, administrators must ensure that all necessary objects, including custom objects, are properly configured and added to the Timeline. For tracking caregiver preferences, the steps include:

Add the Custom Object to the Timeline (Option A):

After the Enhanced Timeline is deployed, administrators must add the custom object (e.g., Caregiver Preferences) to the Timeline configuration.

This involves mapping the fields and interactions from the custom object to the Timeline's data source, ensuring they appear in the Enhanced Timeline.

Steps to Add Custom Objects to the Timeline:

Navigate to Setup > Timeline Configuration.

Select the desired Timeline view or create a new one.

Add the custom object as a Timeline Entry Type and configure the relevant fields.

Save the configuration and ensure it is applied to the Enhanced Timeline component.

Option B: The Timeline component must already be added to the Lightning page before additional configuration steps.

Option C: Permissions to view the Timeline are set up earlier during deployment, not as a post-deployment step.

Option D: The Timeline component activation occurs during page configuration and deployment.

Key Actions Post-Deployment:Other Options Reviewed:References:

Enhanced Timeline Configuration Guide

Customizing Timelines in Salesforce Health Cloud

In Salesforce Health Cloud, Person Accounts represent a combination of Account and Contact records. Ensuring that a user accessing a Person Account has appropriate access to both the Account and associated Contact is essential for seamless functionality.

Controlled by Parent Setting:

When Contacts are set to Controlled by Parent, the access to Contact records is directly inherited from the parent Account. This simplifies access management, ensuring that if a user has access to the Account, they automatically gain equivalent access to its associated Contact records.

This approach aligns with Health Cloud's best practices for managing Person Accounts, where consistent access to both the Account and Contact components of a Person Account is crucial.

Why Not the Other Options?

A. Set Modify All on the Account object at the Profile level: This grants unrestricted access to all Account records, which may violate security and privacy principles, particularly in healthcare settings (e.g., HIPAA compliance).

B. Set Private for the Contact object: Setting Contacts to Private could restrict access to essential information within Person Accounts, contradicting the need for full access to the entire record.

D. Set the organization-wide default to Public Read Write for the Account object: This would expose all Account records to all users, creating significant data security risks.

Best Practice: Using Controlled by Parent ensures adherence to healthcare compliance standards while simplifying data visibility management within the Health Cloud ecosystem.

References:

Salesforce Security Guide

Health Cloud Person Account Best Practices

Before installing Health Cloud in a production org, it's essential to complete specific prerequisite tasks to ensure a smooth installation and optimal functionality.

1. Enable Contacts to Multiple Accounts (Answer A):

Purpose: This feature, also known as Shared Contacts, allows a single contact to be associated with multiple accounts. In Health Cloud, this capability is crucial for modeling relationships where a patient (contact) may be linked to multiple healthcare providers or organizations (accounts).

Implementation Steps:

Navigate to Setup in Salesforce.

Enter Account Settings in the Quick Find box and select it.

Check the option Allow users to relate a contact to multiple accounts.

Save the settings.

To comply with the Children’s Online Privacy Protection Act (COPPA) while implementing Salesforce Health Cloud for managing the data of children under 13, Bloomington Caregivers must consider the following:

Requirement:

COPPA mandates that companies take reasonable measures to secure children’s personal information against unauthorized access or disclosure.

Implementation in Health Cloud:

Use Salesforce’s robust security features, such as Shield Platform Encryption, two-factor authentication, and role-based access controls, to safeguard sensitive data.

Requirement:

Personal data of children must be encrypted during storage (at rest) and transmission (in transit) to prevent unauthorized access.

Implementation in Health Cloud:

Use Salesforce Shield for platform encryption, ensuring compliance with data protection standards.

Enable HTTPS for secure communication channels and encrypt sensitive fields like names, addresses, and medical records.

Requirement:

Organizations must obtain verifiable consent from parents or guardians before collecting or storing any personal information about children under 13.

Implementation in Health Cloud:

Implement custom workflows or forms to capture and log parental consent.

Use audit tracking to document consent for regulatory compliance.

Partner Compliance (Option D):

While ensuring partners adhere to COPPA is important, it is not explicitly required by the healthcare organization itself under COPPA.

Disclosing Privacy Policies (Option E):

Disclosing policies is essential, but it is part of obtaining parental consent (Option C).

1. Implementing Appropriate Security Measures (Option A):2. Ensuring Encryption of Data (Option B):3. Obtaining Verified Parental Consent (Option C):Other Options:References:

Salesforce Shield Platform Encryption

COPPA Compliance Guidelines

To model associated physicians in Health Cloud, Salesforce recommends using a combination of Healthcare Practitioner and Healthcare Provider objects. These objects are tailored to manage data related to healthcare professionals effectively.

Healthcare Practitioner:

Represents individual practitioners like doctors or specialists.

Tracks specific details, such as credentials, specialties, and associated organizations.

Ideal for modeling the clinic's associated physicians.

Healthcare Provider:

Represents the healthcare organizations or facilities with which the practitioners are associated.

Helps establish relationships between practitioners and the broader healthcare ecosystem.

Why Other Options Are Incorrect:

Contact: While Contacts can represent individuals, they lack the specialized fields and relationships provided by Healthcare Practitioner and Provider objects.

Person Account: Primarily used to represent patients, not physicians or healthcare entities.

References:

Health Cloud Data Model for Providers

Salesforce Architect: Healthcare Practitioner Object

Migrating from Service Cloud to Health Cloud requires several prerequisites to ensure successful installation and functionality of the Health Cloud managed package:

Log a Support Case to Enable Person Accounts (Option B):

Health Cloud relies on Person Accounts to manage patients as individuals.

Administrators must contact Salesforce Support to enable Person Accounts in the org since this cannot be activated through Setup.

Enable Contacts to Relate to Multiple Accounts (Option C):

This functionality allows a contact (e.g., a patient) to be associated with multiple accounts, such as primary care providers, specialists, or insurance entities.

Navigate to Setup > Account Settings, and enable Contacts to Multiple Accounts.

Enable Chatter Settings (Option E):

Chatter is used in Health Cloud for collaboration and real-time updates.

Administrators must ensure Chatter is activated to support case discussions, timeline sharing, and other collaborative features.

Option A: While enabling data protection is important, it is not a prerequisite for installing Health Cloud.

Option D: Enabling Person Accounts is correct, but it is done via a support case (Option B).

Key Prerequisites:Other Considerations:References:

Health Cloud Installation Guide

Enabling Person Accounts

Contacts to Multiple Accounts

To address the use case of creating a UI component for a MedTech company that displays customer data, allows initiating a new order process, and displays available products for purchase, the following OmniStudio capabilities are required:

1. Integration Procedures:

Purpose: Integration Procedures handle server-side logic by connecting with external systems, databases, or Salesforce objects to fetch or update data efficiently.

Role in Use Case: The new order process will likely require data from external systems, such as a product catalog or inventory system. Integration Procedures are ideal for orchestrating these back-end calls and consolidating data to display product availability or order information.

Key Features:

Perform complex, multi-step actions in a single server call.

Fetch data asynchronously, improving UI performance.

Tracking socioeconomic and cultural barriers that could hinder a patient's progress requires Salesforce Health Cloud’s Social Determinants of Health (SDoH) capability.

Comprehensive Patient View:

Captures data on factors like income, education, housing, and transportation that influence health outcomes.

Risk Identification:

Identifies potential barriers and integrates them into care plans, enabling proactive intervention.

Care Coordination:

Helps care teams design support services and interventions tailored to individual patient needs.

B. Clinical Barriers: While useful, this focuses on clinical obstacles rather than broader socioeconomic factors.

C. Utilization Management: Centers on managing care authorizations, not patient barriers.

D. Care Blockers: Not a formal Health Cloud capability; overlaps conceptually with SDoH.

Key Features of Social Determinants of Health:Why Other Options Are Less Suitable:References:

Salesforce Social Determinants of Health Overview

To customize the Health Cloud enrollment process for Advanced Therapy Management, Flows are the recommended tool as they are declarative and leverage out-of-the-box functionality. Flows allow customization of the enrollment process without requiring custom code.

Key Features of Flows:

Declarative Customization: Enables the configuration of the enrollment process to match specific business workflows.

Integration with Care Programs: Automates enrollment steps, such as eligibility checks, consent capture, and assigning care programs.

Reusability: Configured flows can be reused or modified for other processes within the Health Cloud ecosystem.

Why Other Options Are Incorrect:

A. Apex Class: While possible, customization through code is less efficient and harder to maintain compared to Flows.

C. OmniScript: Ideal for dynamic user interactions but not required for standard enrollment customization.

D. FlexCard: Used for displaying information, not for managing enrollment processes.

References:

Health Cloud Flows for Enrollment

The FHIR R4 (Fast Healthcare Interoperability Resources) standard is the most suitable industry data standard for designing interoperability with Electronic Health Record (EHR) systems in Salesforce Health Cloud.

Widespread Adoption:

FHIR R4 is the industry standard for modern EHR systems, supported by regulatory bodies like the ONC (Office of the National Coordinator for Health IT).

Compatibility:

Salesforce Health Cloud’s Clinical Data Model and FHIR-compliant APIs are built to align with FHIR R4 standards.

Data Interoperability:

Facilitates seamless exchange of clinical data (e.g., medications, conditions, and encounters) between Health Cloud and EHR systems.

A. Clinical Data Acquisition: A generic concept rather than a specific standard.

B. Personal Health Record (PHR): Focuses on patient-controlled data, not interoperability.

C. HL7 v1 Messaging: An outdated standard superseded by FHIR for modern systems.

Why FHIR R4?Why Other Options Are Less Relevant:References:

Salesforce FHIR Integration Guide

For a provider to gain a comprehensive view of a patient’s prescriptions and history, Salesforce Health Cloud’s Medication Management capability is the best solution.

Comprehensive Prescription Tracking:

Provides a unified view of a patient’s current medications, prescription history, and dosages.

Facilitates collaboration across care teams to monitor adherence and prevent adverse drug interactions.

Improving Health Outcomes:

Enables providers to assess medication efficacy and make informed adjustments to treatment plans.

Identifies gaps in prescription adherence to improve patient outcomes.

FHIR-Standard Data Compatibility:

Supports FHIR resources like MedicationRequest and MedicationStatement for integrating with EHR systems.

A. Virtual Care: Focuses on telehealth and remote patient monitoring, not prescription tracking.

B. Integrated Care Management: While useful for care coordination, it does not specifically address prescription tracking.

D. Intelligent Appointment Management: This feature aids in scheduling and patient flow but is unrelated to medication history.

Health Cloud Medication Management

Clinical Data in Salesforce Health Cloud

Key Features of Medication Management:Why Other Options Are Less Relevant:References:

To enhance the performance and scalability of the Provider Search feature in Salesforce Health Cloud, particularly for a pharmaceutical company aiming to assist patients in locating nearby infusion clinics, leveraging the Data Processing Engine (DPE) is essential.

Data Processing Engine (DPE):

The Data Processing Engine is a robust tool within Salesforce Health Cloud designed to efficiently handle and transform large datasets. In the context of Provider Search, DPE plays a pivotal role by:

Data Transformation: DPE processes and transforms provider data into a structured format, making it readily searchable. This transformation ensures that complex datasets are optimized for quick retrieval during user searches.

Performance Enhancement: By pre-processing and indexing provider information, DPE significantly reduces the time required to execute search queries. This leads to faster response times, enhancing user experience.

Scalability: DPE is designed to handle large volumes of data, ensuring that as the number of providers or clinics increases, the system maintains optimal performance without degradation.

Implementation Steps:

Enable Data Pipelines: Assign the Data Pipelines Base User permission set to the Health Cloud user responsible for enabling Provider Search. Then, activate Data Pipelines in the system settings.

Salesforce

Configure Provider Search: After enabling Data Pipelines, set up the Provider Search feature by defining the necessary parameters and ensuring that the provider data is correctly mapped and transformed using DPE.

Salesforce

Data Synchronization: Ensure that provider data is regularly synchronized and updated to reflect any changes, maintaining the accuracy and reliability of the search results.

Salesforce

By integrating the Data Processing Engine into the Provider Search setup, the pharmaceutical company can offer patients a swift and reliable tool to locate nearby infusion clinics, thereby improving patient satisfaction and operational efficiency.

References:

Enable Performance and Scalability for Provider Search

Set Up Provider Search in Health Cloud

The Benefits Verification component in Salesforce Health Cloud is designed to help agents respond to member inquiries regarding benefits coverage. This feature integrates seamlessly with Health Cloud objects and data, offering agents real-time access to benefit information.

Key Features of Benefits Verification:

Real-Time Verification: Displays benefits data retrieved through integrations, allowing agents to answer member questions promptly.

Comprehensive Coverage Details: Includes plan benefits, covered services, and limits.

Customizable Layout: Can be configured on the record page to provide relevant benefit details in a user-friendly format.

Why Other Options Are Incorrect:

A. Eligibility Validation: Focuses on determining program eligibility rather than detailed benefits coverage.

B. Benefits Coverage: While related, it is not the specific tool designed for verifying benefits inquiries.

C. Coverage Confirmation: Typically used for confirming specific services under a plan, not general benefits questions.

References:

Benefits Verification in Health Cloud

Bloomington Caregivers is transitioning from legacy Care Plans to Integrated Care Management (ICM) in Salesforce Health Cloud to enhance care coordination and patient outcomes. Understanding the features and setup of ICM is crucial for a successful transition.

Enabling Integrated Care Management (Answer C):

Enhanced Care Management Setting:

Purpose: Activating the Enhanced Care Management setting in Salesforce Setup enables Integrated Care Management features within Health Cloud.

Implementation Steps:

Navigate to Setup: In Salesforce, go to Setup.

Search for Health Cloud Settings: Enter "Health Cloud" in the Quick Find box and select Health Cloud Settings.

Enable Enhanced Care Management: Locate the Enhanced Care Management option and toggle it to enable.

To display patient information from both Salesforce standard objects and external systems on the patient record page in Health Cloud, the most efficient approach involves leveraging declarative tools from OmniStudio, such as Integration Procedures, FlexCards, and DataRaptors. These tools enable seamless integration and visualization of data across systems.

Purpose:Integration Procedures are server-side processes used to retrieve, transform, and orchestrate data from Salesforce and external systems. They are ideal for connecting to external APIs or databases to fetch real-time patient data.

Key Features:

Retrieve data from multiple sources, including Salesforce objects and external APIs.

Perform transformations and calculations before presenting the data.

Execute multiple actions in a single server call for improved performance.

Implementation Steps:

Design Integration Procedure: Configure actions to fetch data from standard Salesforce objects and external systems via REST or SOAP API.

Connect External Systems: Use the External Services framework or Apex adapters to call external APIs.

Output Data: Structure the data to be consumed by a FlexCard or a Lightning Web Component (LWC).

To enable viewing medication data from Salesforce Health Cloud while leveraging FHIR standards, the Clinical Data Model is the correct data model to use.

Purpose and Design:

The Clinical Data Model in Health Cloud is specifically built to represent patient health data, including medications, allergies, conditions, and other clinical information.

It adheres to FHIR (Fast Healthcare Interoperability Resources) standards, which are widely used to facilitate the exchange of electronic health information between systems.

Medication Data Representation:

The Clinical Data Model contains FHIR-compliant objects, such as MedicationRequest and MedicationStatement, to store and retrieve information about prescribed medications, their dosages, and administration details.

FHIR Integration:

Health Cloud's Clinical Data Model supports RESTful FHIR APIs, allowing external systems to access medication data seamlessly.

FHIR compatibility ensures that medication data can be shared with third-party EHR systems and healthcare applications.

Configuration of Medication Records:

Populate the FHIR-compliant objects with medication data, ensuring adherence to the FHIR R4 resource structure.

Use of FHIR APIs:

Enable the Clinical Summary Healthcare API or specific Medication APIs (e.g., GET /MedicationRequest) to fetch and display medication details.

Integration Testing:

Validate the FHIR-based data exchange with other systems to ensure seamless interoperability.

Why the Clinical Data Model?Implementation Steps:References:

Salesforce Health Cloud Developer Guide: Clinical Data Model

FHIR Resources for Health Cloud

In Salesforce Health Cloud, granting access to patient data for healthcare providers or supporting personnel is efficiently managed through Care Teams.

Key Details:

Care Teams in Health Cloud:

A Care Team represents the group of professionals supporting a patient.

Access levels (Read or Read/Write) can be explicitly granted to Care Team members.

Implementation Steps:

Navigate to the patient's record in Health Cloud.

Open the Care Team section and add the respiratory therapist.

Assign the appropriate Role (e.g., Respiratory Therapist).

Specify the required access level (Read or Read/Write).

Why Care Teams Are Preferred:

Specific Roles: Clearly defines the roles of individuals supporting the patient.

Access Flexibility: Provides fine-grained control over access to patient data.

Why Other Options Are Incorrect:

A and C (Account Team): Account Teams are not designed for patient care management and lack the granularity required for healthcare scenarios.

D (Care Team with Default Access): Default access is not automatically granted; permissions must be explicitly defined.

Supporting Documentation:

Manage Care Teams in Health Cloud (help.salesforce.com)

Role-Based Access in Health Cloud (developer.salesforce.com)

By leveraging Care Teams and assigning appropriate permissions, administrators can efficiently manage access to sensitive patient data while maintaining compliance with privacy regulations.