ISI FINALS EPILOGUE

40問 • 1年前

問題一覧

specific structures and rules used to represent and organize data in a digital format

Data Format

standard for the exchange, storage, and communication of medical images and related information

Digital Imaging and Communications in Medicine (DICOM)

DICOM was developed by Developed by the _______ _______ __ ________ in conjunction with the _______ _______ _______ _____ in what year and what file extension?

- American College of Radiology - National Electrical Manufacturers Association - 1985 - .dcm

Components of DICOM

• Patient information • Study information • Series information • Image processing information • Annotations and measurements • Security and privacy information

components of a medical imaging network infrastructure designed to facilitate the integration of imaging device

Image Acquisition Gateways

acquisition of an analog medical image

Image Acquisition

the analog image is received by a digital imaging device or sensor

Image Capture

Three parts of Image Capture

- Scintillation detectors - Photodiode arrays - Solid state detectors

consists of scintillating materials that emits light when hit by ionizing radiation

Scintillation detectors

solid-state detectors composed of an array of semiconductor photodiodes

Photodiode arrays

semiconductor materials such as amorphous-silicon or amorphous-selenium directly convert ionizing radiation into electrical signals

Solid state detectors

the captured analog image is converted into digital format

Analog to digital conversion

various steps to enhance its quality, correct artifacts, or extract relevant information

Image Processing

reduces file size and facilitate storage, transmission, and processing

Compression

relevant details are added to the image

Metadata annotation

the digitized image is stored in PACS

Storage and management

store, retrieve, distribute, and display medical images such as X-rays, CT scans, MRis, and ultrasounds

Pictures Archiving and Communications System

Healthcare Enterprise Workflow Model

- Patient intake and registration - Appointment scheduling - Clinical assessment and examination - Treatment planning - Care coordination - Documentation and record keeping - Billing and reimbursement - Followup and monitoring

This involves capturing patient information, insurance details, and medical history.

Patient Information

managing appointment for patients to see healthcare providers

Appointment scheduling

Conducting assessments, examinations, and diagnostic tests to evaluate patient health status

Clinical assessment & examination

Developing conceptual framework used to understand and personalized treatment plans based on the patient’s diagnosis and medical history

Treatment planning

Coordinating care among different healthcare providers and specialties involved

Care coordination

Recording patient information, treatment plans and outcomes in electronic health record systems

Documentation and record keeping

managing billing processes, including verifying insurance coverage, submitting claims

Billing and reimbursement

following up with patients to track their progress, monitor outcomes

Follow-up & monitoring

Integration of Healthcare Enterprise Workflow Model

• Assess Current Workflows • Define integration objectives • Map workflow Processes • Identify Integration Points • Select Integration Technologies • Develop Data Standards • Implement Workflow Automation • Train Staff and Stakeholders • Monitor and Evaluate performance • Maintain compliance and security

Radiology Workflow Model

• Patient referral and scheduling • Patient check-in and preparation • Imaging procedure • Image reporting and documentation • Results communication and follow-up • Quality assurance and compliance • Equipment maintenance and inventory management • Continuous improvement

conceptual framework used to understand and describe how different networking protocols and technologies interact within a networked system

Open Systems Interconnection Model

deals with the physical transmission of data over the network medium

Physical Layer

responsible for establishing, maintaining, and terminating direct connections between adjacent network nodes

Data Link Layer

manages the routing of data packets between different networks and determines the optimal path for data transmission

Network Layer

provides end-to-end communication between host devices

Transport Layer

establishes, maintains, and terminates communication sessions between applications running on different devices

Session Layer

responsible for data representation, encryption, and compression to ensure that data is presented in a format that is understandable to the application layer

Presentation Layer

represents the interface between the network and the end-user applications

Application Layer

standards development organization that focuses creation and maintenance of interoperability standards for the exchange of healthcare information electronically

Health Level 7

a messaging standard that defines the structure and content of messages exchanged between healthcare applications. It provides a standardized format for transmitting data elements such as patient demographics, laboratory results, medication orders, and clinical observations. These messages are typically text-based and follow a hierarchical structure, consisting of segments, fields, and components.

HL7 Version 2

standard for the exchange of clinical documents in XML format. It defines the structure and encoding of clinical documents, such as discharge summaries, progress notes, and imaging reports, to facilitate interoperability between different healthcare systems and applications.

HL7 Clinical Document Architecture

modern standard for exchanging healthcare information using web-based APls (Application Programming Interfaces). This leverages contemporary web technologies, such as RESTful HTTP and JSON (JavaScript Object Notation), to enable interoperability between different healthcare systems, applications, and devices. It is designed to be easy to implement, scalable, and flexible, making it well-suited for modern healthcare integration projects and interoperability initiatives

HL7 Fast Healthcare Interoperability Resources

physiology of circulation academic weaponizer

E · 24問 · 2年前

physiology of circulation academic weaponizer

24問 • 2年前

reproductive academic weaponizer

E · 55問 · 2年前

reproductive academic weaponizer

55問 • 2年前

cells prelim acad weaponizer

E · 24問 · 2年前

cells prelim acad weaponizer

24問 • 2年前

respiratory/body cavities prelim acad weaponizer

E · 20問 · 2年前

respiratory/body cavities prelim acad weaponizer

20問 • 2年前

integumentary prelim acad weaponizer

E · 29問 · 2年前

integumentary prelim acad weaponizer

29問 • 2年前

skeletal prelim acad weaponizer

E · 33問 · 2年前

skeletal prelim acad weaponizer

33問 • 2年前

tissue prelim acad weaponizer

E · 42問 · 2年前

tissue prelim acad weaponizer

42問 • 2年前

membrane prelim acad weaponizer

E · 20問 · 2年前

membrane prelim acad weaponizer

RPC L2

RPC L2

RPC L3

RPC L3

RPC L4

RPC L4

ALE

ALE

RPC L5

RPC L5

RPC M1

RPC M1

RPC M1/2

RPC M1/2

RPC M2

RPC M2

RPC M2.5

RPC M2.5

RPC M3

RPC M3

Midterm

Midterm

MIDTERM

MIDTERM

Midterm

Midterm

RPC F1

RPC F1

FINALS #1

FINALS #1

RPC F2

RPC F2

RPC F3

RPC F3

Finals

Finals

Prelim

Prelim

ISI FINALS PROLOGUE

ISI FINALS PROLOGUE

ISI FINALE

ISI FINALE

Chapter 3.5/4

Chapter 3.5/4

RADBIO 1&2

RADBIO 1&2

RADPRO 1&2

RADPRO 1&2

CHAPTER 4+1 NOT COMPLETE

E · 60問 · 1年前

CHAPTER 4+1 NOT COMPLETE

RADBIO 3

RADBIO 3

RADPRO 3

RADPRO 3

Chapter Left

Chapter Left

POI P1

POI P1

POI P2

POI P2

POI P3

POI P3

QUIZ 4 PART

QUIZ 4 PART

1-3

1-3

4 SECTION PUTA

4 SECTION PUTA

M1 K Ver

M1 K Ver

M2 K Ver

M2 K Ver

1-3

1-3

RAD BIO 4

RAD BIO 4

Awa

Awa

not parts

not parts

RADBIO & RADPRO 5

RADBIO & RADPRO 5

RADBIO & RADPRO 6

RADBIO & RADPRO 6

M4in

M4in

C5 Orig V1

C5 Orig V1

C5 Part 2

C5 Part 2

Urologic Procedures

Urologic Procedures

DRUGS

DRUGS

C5 Orig V2

C5 Orig V2

RAD BIO 7

RAD BIO 7

RAD BIO 8

RAD BIO 8

RAD PRO 6 & 7

RAD PRO 6 & 7

GI Procedures

GI Procedures

Compressed

Compressed

OMY TUBE

OMY TUBE

P2/3

P2/3

BREAST

BREAST

M1 PPT

M1 PPT

F1 Final

F1 Final

SPINE

SPINE

PRELIM FINALE

PRELIM FINALE

MIDTERM FINALE

MIDTERM FINALE

FINALS FINALE

FINALS FINALE

PPT4

PPT4

EXAM BASED

EXAM BASED

EXAM BASED

EXAM BASED

問題一覧

specific structures and rules used to represent and organize data in a digital format

Data Format

standard for the exchange, storage, and communication of medical images and related information

Digital Imaging and Communications in Medicine (DICOM)

DICOM was developed by Developed by the _______ _______ __ ________ in conjunction with the _______ _______ _______ _____ in what year and what file extension?

- American College of Radiology - National Electrical Manufacturers Association - 1985 - .dcm

Components of DICOM

• Patient information • Study information • Series information • Image processing information • Annotations and measurements • Security and privacy information

components of a medical imaging network infrastructure designed to facilitate the integration of imaging device

Image Acquisition Gateways

acquisition of an analog medical image

Image Acquisition

the analog image is received by a digital imaging device or sensor

Image Capture

Three parts of Image Capture

- Scintillation detectors - Photodiode arrays - Solid state detectors

consists of scintillating materials that emits light when hit by ionizing radiation

Scintillation detectors

solid-state detectors composed of an array of semiconductor photodiodes

Photodiode arrays

semiconductor materials such as amorphous-silicon or amorphous-selenium directly convert ionizing radiation into electrical signals

Solid state detectors

the captured analog image is converted into digital format

Analog to digital conversion

various steps to enhance its quality, correct artifacts, or extract relevant information

Image Processing

reduces file size and facilitate storage, transmission, and processing

Compression

relevant details are added to the image

Metadata annotation

the digitized image is stored in PACS

Storage and management

store, retrieve, distribute, and display medical images such as X-rays, CT scans, MRis, and ultrasounds

Pictures Archiving and Communications System

Healthcare Enterprise Workflow Model

This involves capturing patient information, insurance details, and medical history.

Patient Information

managing appointment for patients to see healthcare providers

Appointment scheduling

Conducting assessments, examinations, and diagnostic tests to evaluate patient health status

Clinical assessment & examination

Developing conceptual framework used to understand and personalized treatment plans based on the patient’s diagnosis and medical history

Treatment planning

Coordinating care among different healthcare providers and specialties involved

Care coordination

Recording patient information, treatment plans and outcomes in electronic health record systems

Documentation and record keeping

managing billing processes, including verifying insurance coverage, submitting claims

Billing and reimbursement

following up with patients to track their progress, monitor outcomes

Follow-up & monitoring

Integration of Healthcare Enterprise Workflow Model

Radiology Workflow Model

conceptual framework used to understand and describe how different networking protocols and technologies interact within a networked system

Open Systems Interconnection Model

deals with the physical transmission of data over the network medium

Physical Layer

responsible for establishing, maintaining, and terminating direct connections between adjacent network nodes

Data Link Layer

manages the routing of data packets between different networks and determines the optimal path for data transmission

Network Layer

provides end-to-end communication between host devices

Transport Layer

establishes, maintains, and terminates communication sessions between applications running on different devices

Session Layer

responsible for data representation, encryption, and compression to ensure that data is presented in a format that is understandable to the application layer

Presentation Layer

represents the interface between the network and the end-user applications

Application Layer

standards development organization that focuses creation and maintenance of interoperability standards for the exchange of healthcare information electronically

Health Level 7

HL7 Version 2

HL7 Clinical Document Architecture

HL7 Fast Healthcare Interoperability Resources