Trauma radiography involves specialized procedures to image patients with traumatic injuries. Trauma centers are classified by level depending on available resources and specialties. Level I centers have the most comprehensive services available 24/7. Radiographers in emergency departments must be prepared to perform a variety of trauma imaging procedures on patients of all ages using specialized equipment. Common trauma projections include lateral cervical spine, cervicothoracic, and thoracic and lumbar spine views. Quality, speed, accuracy and attention to detail are important principles for optimal trauma radiography.
Mammography and recent advances dr avinashAvinashDahatre
mammography and recent advances includes some physics regarding x ray mammography with different views taken. then some recent advances in mammography like optical mammo and dual energy etc refrence taken from Yochum rowe essential of skeletal radiology, christensen radiology.
The document discusses the role and responsibilities of a radiographer in the operating theatre. It outlines the key tasks of preparing equipment, ensuring patient details are entered correctly, and using protective equipment. The radiographer aids surgical procedures by producing diagnostic images to visualize anatomy and equipment placement. Key responsibilities include minimizing radiation dose, maintaining sterilization, effective communication with the surgical team, and working collaboratively to improve imaging techniques.
Paediatric radiography requires special techniques and considerations due to children's developing cognitive abilities and need for trust and comfort. The technologist's friendly introduction and clear explanation of the procedure helps build rapport. Immobilization devices like boards and straps help reduce motion blur while sandbags, tape and towels can also immobilize. Technologists minimize radiation dose through high mA, short exposures and shielding gonads when possible. Clear communication between technologist and parents helps each understand their role in supporting the child.
Handling the emergencies in radiology and first aid in the x ray departmentAnupam Niraula
1) Emergency departments are designed to treat acute medical issues without appointments and are staffed by trauma physicians. They classify patients into non-urgent, urgent, and acute categories to prioritize care.
2) For trauma patients, MDCT is often the preferred imaging method and should be located near the emergency room along with radiography. Interventional radiology may perform procedures like embolization to stop hemorrhaging.
3) In reaction emergencies, treatments vary based on symptoms but may include oxygen, antihistamines, epinephrine, saline, and moving the patient to stabilize their condition. Staff are trained to recognize and respond to different types and severities of reactions.
The document discusses trauma radiography procedures and best practices. It outlines the different levels of trauma centers and describes specialized equipment used in trauma imaging. Key responsibilities of the radiographer are to perform diagnostic imaging quickly and accurately while prioritizing patient safety and ethical practices. Standard trauma projections are described for various body regions as well as considerations for patient positioning and immobilization.
A comprehensive study about new and upcoming modalities in imaging and screening of breast lesions with description about every new modalities with their advantages and pitfalls.
Mammography and recent advances dr avinashAvinashDahatre
mammography and recent advances includes some physics regarding x ray mammography with different views taken. then some recent advances in mammography like optical mammo and dual energy etc refrence taken from Yochum rowe essential of skeletal radiology, christensen radiology.
The document discusses the role and responsibilities of a radiographer in the operating theatre. It outlines the key tasks of preparing equipment, ensuring patient details are entered correctly, and using protective equipment. The radiographer aids surgical procedures by producing diagnostic images to visualize anatomy and equipment placement. Key responsibilities include minimizing radiation dose, maintaining sterilization, effective communication with the surgical team, and working collaboratively to improve imaging techniques.
Paediatric radiography requires special techniques and considerations due to children's developing cognitive abilities and need for trust and comfort. The technologist's friendly introduction and clear explanation of the procedure helps build rapport. Immobilization devices like boards and straps help reduce motion blur while sandbags, tape and towels can also immobilize. Technologists minimize radiation dose through high mA, short exposures and shielding gonads when possible. Clear communication between technologist and parents helps each understand their role in supporting the child.
Handling the emergencies in radiology and first aid in the x ray departmentAnupam Niraula
1) Emergency departments are designed to treat acute medical issues without appointments and are staffed by trauma physicians. They classify patients into non-urgent, urgent, and acute categories to prioritize care.
2) For trauma patients, MDCT is often the preferred imaging method and should be located near the emergency room along with radiography. Interventional radiology may perform procedures like embolization to stop hemorrhaging.
3) In reaction emergencies, treatments vary based on symptoms but may include oxygen, antihistamines, epinephrine, saline, and moving the patient to stabilize their condition. Staff are trained to recognize and respond to different types and severities of reactions.
The document discusses trauma radiography procedures and best practices. It outlines the different levels of trauma centers and describes specialized equipment used in trauma imaging. Key responsibilities of the radiographer are to perform diagnostic imaging quickly and accurately while prioritizing patient safety and ethical practices. Standard trauma projections are described for various body regions as well as considerations for patient positioning and immobilization.
A comprehensive study about new and upcoming modalities in imaging and screening of breast lesions with description about every new modalities with their advantages and pitfalls.
This document discusses techniques for visualizing soft tissues in radiography. Soft tissues have less differential attenuation compared to bones, making contrast reduced. Special techniques are needed to improve contrast and demonstrate soft tissues clearly. These include adjusting the kVp and adding filters to change image contrast. Using a normal or low kVp can help visualize certain soft tissues like adenoid and effusions more clearly. High kVp is useful for exams like BA enemas where thicker tissues are involved. Digital technology also helps improve soft tissue visibility compared to conventional radiography. Proper technique selection is important to optimize contrast and sharpness while reducing artifacts.
Dacrocystography and sialography are radiographic examinations of the lacrimal drainage system and salivary glands, respectively. Contrast medium is injected to outline the anatomy. Dacrocystography evaluates the lacrimal sac and nasolacrimal duct for obstructions, while sialography assesses the salivary glands and ducts for stones, strictures, or masses. Both procedures involve cannulating ducts, injecting low-volume contrast medium under fluoroscopy, and obtaining radiographs to identify any abnormalities. Potential complications are minor and include pain, contrast extravasation, or duct damage. Ultrasonography is now often used initially before resorting to invasive contrast studies
Digital fluoroscopy is most commonly configured as a conventional fluoroscopy system where the analog video signal is converted to digital format via an analog-to-digital converter. Alternatively, digitization can be done with a digital video camera or direct capture of x-rays with a flat panel detector. Digital fluoroscopy systems allow for digital image recording and processing using techniques like frame averaging and edge enhancement. Radiation protection for patients and staff is important for digital fluoroscopy and techniques like collimation, minimum source-to-skin distance, and lead shielding help reduce exposure.
This document discusses best practices for patient care in radiology departments. It emphasizes that patients should be treated with safety, quality care, comfort and minimal radiation exposure. It also stresses the importance of clear communication between radiology staff and patients to avoid errors. The document provides recommendations for optimizing various aspects of the patient experience, including minimizing wait times, increasing communication, and making the environment more welcoming. It suggests radiologists take a more active role in interacting with patients. Finally, it discusses various protocols to ensure patient privacy, safety and informed consent are maintained during examinations.
This document provides guidance for pediatric radiography technicians. It discusses preparing children for exams, building trust, using immobilization devices, evaluating developmental abnormalities, minimizing radiation exposure, and reporting suspected child abuse. Successful exams require preparing the room in advance, explaining the process to the child and parents, and using communication skills and immobilization as needed based on the child's age and cooperation level. Common pediatric conditions seen radiographically are also outlined.
Quality Assurance Programme in Computed TomographyRamzee Small
Introduction to Computed Tomography
Basic description of the components of a CT System
Introduction to Quality Assurance
Quality Assurance and Quality Control Tests in Computed Tomography base on frequency
Objective of QA/QC Test
The document discusses reject film analysis in radiology. Reject film analysis measures actual quality against standards and identifies necessary corrective actions. It aims to minimize patient exposure, reduce costs, improve throughput and image quality. Common reasons for rejected films include positioning errors, under/over exposure, and patient movement. Analyzing reject films helps address equipment issues and identifies areas for improved training.
The document provides an overview of the history and development of computed tomography (CT) scanning. It discusses how CT was pioneered by Godfrey Hounsfield and Allan Cormack in the 1970s, for which they received the 1979 Nobel Prize. It describes the early prototype CT scanners and technological advances that increased scanning speed, such as the introduction of spiral/helical scanning. The document also outlines the basic principles of CT imaging and image reconstruction methods.
Computed tomography (CT) of the head is used to assess head injuries, headaches, dizziness, and symptoms of conditions like aneurysms, bleeding, strokes, and brain tumors. It can also help evaluate the face, sinuses, and skull. CT of the head uses X-rays to generate cross-sectional images of the head and brain which provide more detailed information than regular X-rays, particularly for soft tissues and blood vessels. Common protocols for head CT include non-contrast exams for conditions like trauma or stroke, as well as contrast-enhanced exams to evaluate tumors, aneurysms, or other conditions. Precautions are taken to minimize radiation exposure, especially for children.
1) Back injuries are a major cause of missed work days for healthcare workers due to the physical demands of patient lifting and transfers. Proper lifting techniques are important for injury prevention.
2) A variety of patient transfer methods and equipment can help facilitate safe transfers while avoiding strain or injury. Factors like a patient's medical conditions and limitations must be considered.
3) Maintaining proper patient monitoring during transfers is important, as some patients can experience sudden changes in condition. Communication with the patient and awareness of any medical equipment or devices is also important for safety.
Mammography positioning technique for Lateral Views (LM/ML)Selin Prasad
This document provides instructions for performing lateral mammography views. It discusses:
- The ALARA (As Low As Reasonably Achievable) principle of using low radiation doses. Repeats should only be done if necessary.
- Lateral mediolateral (LM) and mediolateral (ML) views provide orthogonal views to the craniocaudal projection. They can help localize and triangulate lesions.
- Proper positioning techniques are described for the LM and ML views, including patient positioning, breast positioning, compression, and centering of the breast on the image receptor. Rotating the breast brings the nipple into profile for localization.
Dacrocystography is an imaging procedure used to evaluate the lacrimal drainage system. Contrast media is injected through the puncta into the lacrimal drainage structures and X-rays are taken to identify any obstructions or abnormalities. The lacrimal drainage system includes the lacrimal gland, conjunctival sac, puncta, canaliculi, lacrimal sac, and nasolacrimal duct. Dacrocystography can be used to investigate various conditions affecting tear production and drainage such as epiphora, fistulas, tumors, diverticula, obstructions, and infections.
The document discusses the history and evolution of radiography technology from analog film-based systems to current digital systems. It provides details on the key steps in computed radiography (CR) where imaging plates capture x-ray data which is then digitally processed to create images. CR involves separate image capture and readout processes. The document also describes direct digital radiography (DR) systems which integrate image capture and readout using flat panel detectors, thereby providing a cassette-less workflow. Overall, the document provides an overview of modern digital radiography techniques and their advantages over conventional film-based systems.
Computed radiography and digital radiography- CR/DRAshim Budhathoki
This document provides an overview of computed radiography (CR). It discusses the history and components of CR, including imaging plates, digitizers, and printers. The working mechanism is explained, from image acquisition using an imaging plate exposed to X-rays, to laser scanning to release photons detected by a photomultiplier tube and digitized to form the image. Advantages include comparable image quality to film and ability to process images digitally. The document also compares CR to conventional X-ray and digital radiography.
This document discusses emergency drugs used in radiology departments. It notes that medical emergencies may occur due to medications, procedures, or pre-existing conditions. A crash cart containing emergency drugs like adrenaline, atropine, buscopan, hydrocortisone, and dopamine is used to manage complications from sedation, invasive procedures, or errors. While serious emergencies are rare, the increasing complexity of procedures means they will become more frequent. It is essential that radiology departments are prepared to deal with any emergency immediately. The presentation will discuss emergency drugs and their uses.
THIS PRESENTAION CONNSISTING OF X RAY ARTIFACTS AND THERE APROPRETE CORRECTIVE MEASURES WELL.AND EXPLAINED EACH AND EVERY TERM MAGNIFFICILENTLLY.DIFFERNCE BETWEEN ERRORS AND ARTIFACTS .AND CLASSIFICATION OF ARTIFACTS
ITS COMMON CAUSES
1) Mammography is an x-ray exam used to detect breast changes, with modern machines using low doses of radiation.
2) The document discusses mammography techniques, including standard craniocaudal and mediolateral oblique views as well as additional views.
3) Contraindications and recommendations for screening are provided based on risk factors and age. The document provides an overview of mammography procedures and guidelines.
This document provides information about emergency radiography in hospitals. It discusses how radiography is a vital component of emergency medical care for trauma patients. It describes the steps of evaluating patients and some common conditions that require emergency radiography like broken bones, chest pain, head injuries, and abdominal pain. It also outlines the role of radiographers and some challenges like equipment availability, staffing shortages, and radiation exposure. Finally, it provides examples of different radiography procedures used in emergencies like x-rays, CT scans, and examples of imaging findings.
This document is a curriculum vitae for a radiographer. It includes personal details like date of birth and nationality. It outlines the applicant's educational background including a diploma in general radiology. Work experience is described at several hospitals over 12 years using various radiology equipment like MRI, CT scans, x-rays, and fluoroscopy. Training courses are listed covering areas like life support, imaging management, computer skills, and English. Duties and responsibilities are provided for areas like CT scanning, MRI, radiation safety, communication, and policy adherence. Languages known and interests are also included.
This document discusses techniques for visualizing soft tissues in radiography. Soft tissues have less differential attenuation compared to bones, making contrast reduced. Special techniques are needed to improve contrast and demonstrate soft tissues clearly. These include adjusting the kVp and adding filters to change image contrast. Using a normal or low kVp can help visualize certain soft tissues like adenoid and effusions more clearly. High kVp is useful for exams like BA enemas where thicker tissues are involved. Digital technology also helps improve soft tissue visibility compared to conventional radiography. Proper technique selection is important to optimize contrast and sharpness while reducing artifacts.
Dacrocystography and sialography are radiographic examinations of the lacrimal drainage system and salivary glands, respectively. Contrast medium is injected to outline the anatomy. Dacrocystography evaluates the lacrimal sac and nasolacrimal duct for obstructions, while sialography assesses the salivary glands and ducts for stones, strictures, or masses. Both procedures involve cannulating ducts, injecting low-volume contrast medium under fluoroscopy, and obtaining radiographs to identify any abnormalities. Potential complications are minor and include pain, contrast extravasation, or duct damage. Ultrasonography is now often used initially before resorting to invasive contrast studies
Digital fluoroscopy is most commonly configured as a conventional fluoroscopy system where the analog video signal is converted to digital format via an analog-to-digital converter. Alternatively, digitization can be done with a digital video camera or direct capture of x-rays with a flat panel detector. Digital fluoroscopy systems allow for digital image recording and processing using techniques like frame averaging and edge enhancement. Radiation protection for patients and staff is important for digital fluoroscopy and techniques like collimation, minimum source-to-skin distance, and lead shielding help reduce exposure.
This document discusses best practices for patient care in radiology departments. It emphasizes that patients should be treated with safety, quality care, comfort and minimal radiation exposure. It also stresses the importance of clear communication between radiology staff and patients to avoid errors. The document provides recommendations for optimizing various aspects of the patient experience, including minimizing wait times, increasing communication, and making the environment more welcoming. It suggests radiologists take a more active role in interacting with patients. Finally, it discusses various protocols to ensure patient privacy, safety and informed consent are maintained during examinations.
This document provides guidance for pediatric radiography technicians. It discusses preparing children for exams, building trust, using immobilization devices, evaluating developmental abnormalities, minimizing radiation exposure, and reporting suspected child abuse. Successful exams require preparing the room in advance, explaining the process to the child and parents, and using communication skills and immobilization as needed based on the child's age and cooperation level. Common pediatric conditions seen radiographically are also outlined.
Quality Assurance Programme in Computed TomographyRamzee Small
Introduction to Computed Tomography
Basic description of the components of a CT System
Introduction to Quality Assurance
Quality Assurance and Quality Control Tests in Computed Tomography base on frequency
Objective of QA/QC Test
The document discusses reject film analysis in radiology. Reject film analysis measures actual quality against standards and identifies necessary corrective actions. It aims to minimize patient exposure, reduce costs, improve throughput and image quality. Common reasons for rejected films include positioning errors, under/over exposure, and patient movement. Analyzing reject films helps address equipment issues and identifies areas for improved training.
The document provides an overview of the history and development of computed tomography (CT) scanning. It discusses how CT was pioneered by Godfrey Hounsfield and Allan Cormack in the 1970s, for which they received the 1979 Nobel Prize. It describes the early prototype CT scanners and technological advances that increased scanning speed, such as the introduction of spiral/helical scanning. The document also outlines the basic principles of CT imaging and image reconstruction methods.
Computed tomography (CT) of the head is used to assess head injuries, headaches, dizziness, and symptoms of conditions like aneurysms, bleeding, strokes, and brain tumors. It can also help evaluate the face, sinuses, and skull. CT of the head uses X-rays to generate cross-sectional images of the head and brain which provide more detailed information than regular X-rays, particularly for soft tissues and blood vessels. Common protocols for head CT include non-contrast exams for conditions like trauma or stroke, as well as contrast-enhanced exams to evaluate tumors, aneurysms, or other conditions. Precautions are taken to minimize radiation exposure, especially for children.
1) Back injuries are a major cause of missed work days for healthcare workers due to the physical demands of patient lifting and transfers. Proper lifting techniques are important for injury prevention.
2) A variety of patient transfer methods and equipment can help facilitate safe transfers while avoiding strain or injury. Factors like a patient's medical conditions and limitations must be considered.
3) Maintaining proper patient monitoring during transfers is important, as some patients can experience sudden changes in condition. Communication with the patient and awareness of any medical equipment or devices is also important for safety.
Mammography positioning technique for Lateral Views (LM/ML)Selin Prasad
This document provides instructions for performing lateral mammography views. It discusses:
- The ALARA (As Low As Reasonably Achievable) principle of using low radiation doses. Repeats should only be done if necessary.
- Lateral mediolateral (LM) and mediolateral (ML) views provide orthogonal views to the craniocaudal projection. They can help localize and triangulate lesions.
- Proper positioning techniques are described for the LM and ML views, including patient positioning, breast positioning, compression, and centering of the breast on the image receptor. Rotating the breast brings the nipple into profile for localization.
Dacrocystography is an imaging procedure used to evaluate the lacrimal drainage system. Contrast media is injected through the puncta into the lacrimal drainage structures and X-rays are taken to identify any obstructions or abnormalities. The lacrimal drainage system includes the lacrimal gland, conjunctival sac, puncta, canaliculi, lacrimal sac, and nasolacrimal duct. Dacrocystography can be used to investigate various conditions affecting tear production and drainage such as epiphora, fistulas, tumors, diverticula, obstructions, and infections.
The document discusses the history and evolution of radiography technology from analog film-based systems to current digital systems. It provides details on the key steps in computed radiography (CR) where imaging plates capture x-ray data which is then digitally processed to create images. CR involves separate image capture and readout processes. The document also describes direct digital radiography (DR) systems which integrate image capture and readout using flat panel detectors, thereby providing a cassette-less workflow. Overall, the document provides an overview of modern digital radiography techniques and their advantages over conventional film-based systems.
Computed radiography and digital radiography- CR/DRAshim Budhathoki
This document provides an overview of computed radiography (CR). It discusses the history and components of CR, including imaging plates, digitizers, and printers. The working mechanism is explained, from image acquisition using an imaging plate exposed to X-rays, to laser scanning to release photons detected by a photomultiplier tube and digitized to form the image. Advantages include comparable image quality to film and ability to process images digitally. The document also compares CR to conventional X-ray and digital radiography.
This document discusses emergency drugs used in radiology departments. It notes that medical emergencies may occur due to medications, procedures, or pre-existing conditions. A crash cart containing emergency drugs like adrenaline, atropine, buscopan, hydrocortisone, and dopamine is used to manage complications from sedation, invasive procedures, or errors. While serious emergencies are rare, the increasing complexity of procedures means they will become more frequent. It is essential that radiology departments are prepared to deal with any emergency immediately. The presentation will discuss emergency drugs and their uses.
THIS PRESENTAION CONNSISTING OF X RAY ARTIFACTS AND THERE APROPRETE CORRECTIVE MEASURES WELL.AND EXPLAINED EACH AND EVERY TERM MAGNIFFICILENTLLY.DIFFERNCE BETWEEN ERRORS AND ARTIFACTS .AND CLASSIFICATION OF ARTIFACTS
ITS COMMON CAUSES
1) Mammography is an x-ray exam used to detect breast changes, with modern machines using low doses of radiation.
2) The document discusses mammography techniques, including standard craniocaudal and mediolateral oblique views as well as additional views.
3) Contraindications and recommendations for screening are provided based on risk factors and age. The document provides an overview of mammography procedures and guidelines.
This document provides information about emergency radiography in hospitals. It discusses how radiography is a vital component of emergency medical care for trauma patients. It describes the steps of evaluating patients and some common conditions that require emergency radiography like broken bones, chest pain, head injuries, and abdominal pain. It also outlines the role of radiographers and some challenges like equipment availability, staffing shortages, and radiation exposure. Finally, it provides examples of different radiography procedures used in emergencies like x-rays, CT scans, and examples of imaging findings.
This document is a curriculum vitae for a radiographer. It includes personal details like date of birth and nationality. It outlines the applicant's educational background including a diploma in general radiology. Work experience is described at several hospitals over 12 years using various radiology equipment like MRI, CT scans, x-rays, and fluoroscopy. Training courses are listed covering areas like life support, imaging management, computer skills, and English. Duties and responsibilities are provided for areas like CT scanning, MRI, radiation safety, communication, and policy adherence. Languages known and interests are also included.
Setting up a Neurointervention cath labNeurologyKota
The document discusses guidelines for setting up a new neurointervention cath lab. It covers necessary physical space, equipment, staffing, protocols, and inventory. The lab should be near imaging modalities like CT and have biplane angiography equipment. Staffing includes a medical director, neurointerventionalists, technicians, nurses and support as needed. Standard protocols are outlined for procedures, informed consent, monitoring and radiation safety. A variety of medical devices, medications and supplies must be maintained and inventoried.
How are computers used in medicine - Lalitmohan Gurjarlalitmohangurjar
This document discusses how computers are used in various aspects of medicine. Computers are used for administrative tasks like medical records, billing, and scheduling. They are also used clinically to store and reference patient data, medical guidelines, and pharmaceutical information. Computers assist with imaging like digital x-rays and scans, robotic surgery, prosthetics, and pharmacy management. The document also discusses telemedicine, which uses technology to provide medical care from a distance through video conferencing, remote monitoring, and transmission of patient data and images.
Patient safety aims to prevent harm caused by healthcare itself. While most medical care is delivered safely, errors still occur and patient safety has increasingly been recognized as an important global issue, though more work is needed to address it. Common causes of harm include individual errors, system issues, and environmental factors, and strategies like checklists and protocols seek to improve safety.
This document outlines safe practices in imaging departments to reduce radiation exposure. It recommends reducing fluoroscopy procedure time and increasing distance from the x-ray source to reduce individual radiation dose. It also stresses the importance of using protective shields like lead aprons and monitoring devices, ensuring equipment is properly maintained, and updating practices according to regulatory requirements. Radiation exposure can be minimized by collimating beams, avoiding unnecessary exposure, using safety devices, and standing away from patients during exams. Proper storage and testing of protective equipment is also advised.
This document provides guidance for neurophysiology technologists performing intraoperative monitoring (NIOM) in the operating room. It discusses important considerations for the sterile environment, various equipment that may be encountered and their effects, electrode placement, safety practices, and communication with the surgical team. Providing thorough planning, careful setup, attention to safety, and understanding operating room dynamics are essential for successful NIOM.
5 Steps Becoming an X-Ray Technician: 1. High School Diploma 2. Earn an Associate Degree 3. Clinical Training 4. Licensing and Certification 5. Continuing Education
The document provides information about the CyberKnife radiosurgery system. It describes the key components of the system including the linear accelerator, robotic manipulator, imaging system, tracking methods, and treatment workflow. The CyberKnife can accurately deliver radiation to tumors anywhere in the body using image-guidance and robotic mobility to track and correct for tumor movement during treatment without needing immobilization frames.
This document discusses radiation safety in dentistry. It covers the different sources of radiation, both natural and artificial. The key principles of radiation protection established by ICRP are justification, optimization, and dose limitation. The ALARA (as low as reasonably achievable) principle should be followed to minimize unnecessary radiation exposure to patients and staff. Proper patient selection, examination techniques like collimation and filtration, use of protective barriers, and monitoring can help reduce radiation doses in dental radiography. Continuing education is important for staying up to date on radiation safety issues.
The presentation will last 25 minutes followed by a 5 minute question and answer session. The presentation will discuss establishing a safety culture at the hospital by overseeing various aspects of safety including patient safety, employee safety, radiation safety, environmental safety, and disaster management. It will review incident reports and analyze staff injuries to identify issues and promote a culture of reporting near misses. The presentation will also discuss risk management programs in hospitals and identify common safety issues like patient identification, medication safety, healthcare-associated infections, and falls. [END SUMMARY]
Radiographers play several important roles in healthcare. They operate medical imaging equipment like X-rays, CT scans, and MRI scans to produce images that assist doctors in diagnosis and treatment. Radiographers must ensure patient safety and comfort during exams. They are also responsible for radiation safety and emergency response. Continuing education allows radiographers to enhance their skills and stay up to date in their field.
This document discusses x-rays and medical imaging technology. It covers:
1. X-rays are a form of ionizing radiation that can potentially damage DNA and increase cancer risk, though risk from medical imaging is generally small depending on dose, age, sex, and body region exposed.
2. X-rays are used in medical imaging to non-invasively diagnose disease, monitor therapy, and guide procedures through techniques like radiography, fluoroscopy, and CT scans.
3. Principles of radiation protection include justifying exams based on medical need and optimizing techniques to use the lowest dose for adequate diagnosis. Risks include potential long-term cancer risk and rare tissue effects.
Occupational radiation safety in Radiological imaging, Dr. Roshan S Livingstoneohscmcvellore
Occupational radiation safety in Radiological imaging
1) There is increased use of radiation-based medical imaging globally, but many staff lack proper training in radiation safety techniques.
2) Workers in cardiology cath labs receive the highest radiation doses, followed by radiology cath labs and other interventional procedures. Prolonged fluoroscopic screening can lead to hair loss and cataracts in interventionalists.
3) Basic principles of radiation safety include minimizing time, maximizing distance, and using shielding. Monitoring staff doses with dosimeters and following safety protocols helps ensure doses are as low as reasonably achievable.
X-rays are a form of ionizing radiation that produces positively and negatively charged particles when passing through matter. The goals of radiation protection are to protect persons from both short-term and long-term effects of radiation by adhering to an established radiation protection program. Effective radiation protection measures are employed by radiation workers to safeguard patients, personnel, and the general public from unnecessary exposure to ionizing radiation.
The document discusses guidelines for orthodontic radiographs, including the damaging effects of radiation on human tissue and legislation regarding medical radiation exposure in the UK. It covers justifying the need for exposures, optimizing techniques to minimize radiation dose, and estimating effective radiation doses received from common orthodontic radiographs. Guidelines are provided on indication for taking radiographs at different treatment stages and ages based on clinical need. Techniques to reduce patient radiation dose include using faster film/receptors, appropriate collimation and filtration, and digital radiography.
The document outlines the steps of the Advanced Trauma Life Support protocol. It includes: 1) preparing equipment and summoning a trauma team, 2) performing triage on multiple casualties, 3) conducting a primary survey to address life threats like airway, breathing, circulation, disability and exposure, 4) providing resuscitation as needed, 5) using adjuncts like monitoring, IVs and diagnostics, 6) performing a full secondary survey and history, 7) using additional adjuncts, 8) continued re-evaluation of the patient, and 9) arranging for their definite care. The protocol aims to quickly identify and treat life threats in a trauma patient.
This document provides guidance for infection preventionists observing operations in the operating room (OR) and central sterile processing department (C/SP). It outlines critical areas to observe in each setting and important safety considerations. In the OR, key areas include sterile technique, hand hygiene, surgical attire, instrument quality and cleaning. In C/SP, critical areas are decontamination, assembly, sterilization/disinfection, and sterile storage. The document emphasizes properly preparing for each area by understanding required protective equipment and disclosing observation plans to staff. Infection preventionists are advised to look closely at all surfaces and processes to identify opportunities to strengthen safety.
Radiation hazard and safety measure of radiation hazard.pptxDeathhunter009
The document discusses radiation safety and protection measures for medical imaging professionals. It covers key topics like:
1. The three principles of radiation protection are time, distance, and shielding which can be applied to patients and radiographers.
2. Medical radiation exposure should always be kept as low as reasonably achievable (ALARA) for patients and imaging personnel through dose-reduction methods and use of protective equipment.
3. Proper patient education and obtaining consent are important to ensure highest quality of care while communicating risks and potential benefits of imaging procedures honestly.
Radiation hazard and safety measure of radiation hazard.pptxDeathhunter009
The document discusses radiation safety and protection measures for medical imaging professionals. It covers key topics like:
1. The three principles of radiation protection are time, distance, and shielding which can be applied to patients and radiographers.
2. Medical radiation exposure should always be kept as low as reasonably achievable (ALARA) for patients and imaging personnel through dose-reduction methods and use of protective equipment.
3. Proper patient education and obtaining consent are important to ensure highest quality of care while communicating risks and potential benefits of imaging procedures honestly.
Role of artificial intellegence (a.i) in radiology department nitish virmaniNitish Virmani
Artificial intelligence can help radiologists make more accurate diagnoses by recognizing patterns in medical images. AI systems trained on large datasets of images can identify abnormalities and make recommendations to radiologists rapidly. PACS systems that incorporate AI may be the future of radiology to help analyze images and optimize workflow. While AI shows great promise, its decisions are based on algorithms and data, unlike human judgment, so radiologists will still be needed to apply clinical expertise.
Breast tomosynthesis and DEXA bone mineral density tests provide important health information.
Breast tomosynthesis is an advanced mammography technique that uses low-dose x-rays and computer reconstruction to create 3D images of the breasts, helping detect cancers earlier. DEXA uses dual-energy x-ray beams to measure bone mineral density in the hip and spine. It identifies osteoporosis and fracture risk by comparing a patient's scores to norms for age and gender. Both tests are noninvasive, involve low radiation exposure, and provide valuable health screening and monitoring.
MRI spectroscopy- Its Application, Principle & Techniques Nitish Virmani
Magnetic resonance spectroscopy (MRS) is a noninvasive imaging technique that measures biochemical and metabolic processes in tissues without using ionizing radiation. MRS provides additional clinical information for diseases such as brain tumors, metabolic disorders, and systemic diseases. MRS can distinguish between neoplastic and non-neoplastic brain masses, identify tumor recurrence versus radiation necrosis, and help monitor treatment response. Key metabolites that MRS evaluates include NAA, creatine, choline, lactate, lipids, and myo-inositol. Metabolite ratios are used for interpretation, with abnormal ratios indicating various conditions like tumors, demyelination, ischemia, and infection. MRS has wide clinical applications and provides valuable physiological information to
MRI shoulder and knee- Anatomy, Scan Planning & Its Techniques Nitish Virmani
The document provides information about MRI procedures for the shoulder and knee joints. It describes the anatomy and indications for MRI of each joint. Suggested imaging protocols including sequences, slice thickness, and field of view are outlined for the shoulder and knee. Patient positioning and equipment used are also discussed. Common findings addressed in reports on the shoulder include rotator cuff tears and labral injuries, while meniscal tears and ligament injuries are highlighted for the knee.
Magnetic Resonance Cholangiopancreatography- MRCPNitish Virmani
Magnetic resonance cholangiopancreatography (MRCP) is a noninvasive MRI technique used to visualize the biliary and pancreatic ducts. It utilizes heavily T2-weighted sequences to provide high signal from fluid-filled structures like the biliary tree and pancreatic ducts. MRCP has largely replaced diagnostic ERCP as it is less invasive and avoids risks of radiation exposure. It is useful for evaluating biliary diseases like cysts, stones, strictures, and pancreatic conditions such as divisum and cancer. With refinements in techniques such as secretin administration, MRCP provides accurate assessment of pancreaticobiliary anatomy and pathology in a safe, noninvasive manner.
This document provides information about MRI contrast agents. It discusses that MRI contrast agents are used to improve visibility of internal structures during MRI scans. The most commonly used contrast agents contain gadolinium and work by shortening the T1 relaxation time of protons. This causes enhanced contrast between tissues. Contrast agents must have unpaired electrons to generate a magnetic field and interact with proton spins in tissues. The document discusses various types of contrast agents classified by their composition, effects, and applications. It also covers administration routes, side effects like allergic reactions and nephrogenic systemic fibrosis (NSF), and contraindications for use.
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Radiation has benefits for medical imaging but can harm healthy cells. Proper protection techniques like time, distance and shielding can avoid overexposure, especially for pregnant technicians. Technicians are at risk of radiation exposure and need protection including lead aprons, gloves, glasses and shields to block scatter radiation and stay under exposure limits. New suspended shielding systems aim to improve radiation protection.
This document provides an overview of different types of radiation detection instrumentation, including gas-filled detectors, scintillation detectors, and solid state detectors. It describes the basic components and operating principles of gas-filled detectors like ionization chambers and proportional counters. It also covers scintillation detectors, explaining how organic and inorganic scintillators work and how photomultiplier tubes are used to detect the light pulses produced in scintillators. Key concepts like dead time, resolving time, and quenching effects are defined. Applications of different detector types are also briefly discussed.
The document provides guidance on radiography for pediatric patients. It discusses preparing the patient and environment, immobilization techniques, common conditions seen in pediatric radiography, and appropriate exams and exposure adjustments. Successful pediatric radiography requires effective communication, building trust, and immobilizing the patient to minimize motion during exposures while avoiding unnecessary radiation.
R3 Stem Cell Therapy: A New Hope for Women with Ovarian FailureR3 Stem Cell
Discover the groundbreaking advancements in stem cell therapy by R3 Stem Cell, offering new hope for women with ovarian failure. This innovative treatment aims to restore ovarian function, improve fertility, and enhance overall well-being, revolutionizing reproductive health for women worldwide.
PET CT beginners Guide covers some of the underrepresented topics in PET CTMiadAlsulami
This lecture briefly covers some of the underrepresented topics in Molecular imaging with cases , such as:
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2024 HIPAA Compliance Training Guide to the Compliance OfficersConference Panel
Join us for a comprehensive 90-minute lesson designed specifically for Compliance Officers and Practice/Business Managers. This 2024 HIPAA Training session will guide you through the critical steps needed to ensure your practice is fully prepared for upcoming audits. Key updates and significant changes under the Omnibus Rule will be covered, along with the latest applicable updates for 2024.
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LGBTQ+ Adults: Unique Opportunities and Inclusive Approaches to CareVITASAuthor
This webinar helps clinicians understand the unique healthcare needs of the LGBTQ+ community, primarily in relation to end-of-life care. Topics include social and cultural background and challenges, healthcare disparities, advanced care planning, and strategies for reaching the community and improving quality of care.
MBC Support Group for Black Women – Insights in Genetic Testing.pdfbkling
Christina Spears, breast cancer genetic counselor at the Ohio State University Comprehensive Cancer Center, joined us for the MBC Support Group for Black Women to discuss the importance of genetic testing in communities of color and answer pressing questions.
About this webinar: This talk will introduce what cancer rehabilitation is, where it fits into the cancer trajectory, and who can benefit from it. In addition, the current landscape of cancer rehabilitation in Canada will be discussed and the need for advocacy to increase access to this essential component of cancer care.
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International Cancer Survivors Day is celebrated during June, placing the spotlight not only on cancer survivors, but also their caregivers.
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Binaural hearing using two hearing aids instead of one offers numerous advantages, including improved sound localization, enhanced sound quality, better speech understanding in noise, reduced listening effort, and greater overall satisfaction. By leveraging the brain’s natural ability to process sound from both ears, binaural hearing aids provide a more balanced, clear, and comfortable hearing experience. If you or a loved one is considering hearing aids, consult with a hearing care professional at Ear Solutions hearing aid clinic in Mumbai to explore the benefits of binaural hearing and determine the best solution for your hearing needs. Embracing binaural hearing can lead to a richer, more engaging auditory experience and significantly improve your quality of life.
Healthy Eating Habits:
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Tips for Healthy Eating: Offers practical advice such as incorporating a variety of foods, practicing moderation, staying hydrated, and eating mindfully.
Benefits of Regular Exercise:
Physical Benefits: Discusses how exercise aids in weight management, muscle and bone health, cardiovascular health, and flexibility.
Mental Benefits: Explains the psychological advantages, including stress reduction, improved mood, and better sleep.
Tips for Staying Active:
Encourages consistency, variety in exercises, setting realistic goals, and finding enjoyable activities to maintain motivation.
Maintaining a Balanced Lifestyle:
Integrating Nutrition and Exercise: Suggests meal planning and incorporating physical activity into daily routines.
Monitoring Progress: Recommends tracking food intake and exercise, regular health check-ups, and provides tips for achieving balance, such as getting sufficient sleep, managing stress, and staying socially active.
2. Trauma CentersTrauma Centers
• Many types of facilities provide emergency
medical care, ranging from major
metropolitan medical center to small
outpatient clinics in rural areas.
• The term “Trauma Center” signifies a
specific level of emergency medical care
as defined by the American College of
Surgeons Commission on Trauma.
3. Trauma LevelsTrauma Levels
Level I = is the most comprehensive,
usually a university-based center,
research facility, or large medical center,
complete imaging capabilities 24 hours a
day, specialty physicians are available on
site 24 hours a day
4. Trauma LevelsTrauma Levels
Level II = same as level one, but not a
research facility, may not have as many
specialists
Level III = no specialists, can stabilize
patient for transport to a higher level
center, may not have 24 hour imaging
Level IV = clinics, attend minor injuries,
some stabilization before transfer
5. IntroductionIntroduction
Trauma is defined as a sudden,Trauma is defined as a sudden,
unexpected, dramatic, forceful, ordramatic, forceful, or violentviolentunexpected,
event
Blunt, penetrating,
event
Blunt, explosive, and thermaland thermalpenetrating, explosive,
forces are common causes of traumatictraumaticforces are common causes of
injuriesinjuries
6. IntroductionIntroduction
Trauma affects persons in all age rangesin all age rangesTrauma affects persons
Radiographers in the emergencyRadiographers in the emergency
department (ED) mustmust be prepared forbe prepared for aa
variety of procedures on patients in all age
department (ED)
variety of procedures on patients in all age
groupsgroups
7. Preliminary ConsiderationsPreliminary Considerations
Specialized trauma imaging systemsSpecialized trauma imaging systems
reduce the amount ofof time required totime required to
obtain diagnostic images
reduce the amount
obtain diagnostic images
– One type provides greaterOne type provides greater flexibility in IR/CRflexibility in IR/CR
maneuverabilitymaneuverability
– AnotherAnother type scans the entire body in a fewtype scans the entire body in a few
secondsseconds
12. Mobile radiography is often used for EDis often used for EDMobile radiography
proceduresprocedures
13. Preliminary ConsiderationsPreliminary Considerations
Mobile fluoroscopy units, orunits, or C-arms,C-arms, maymay
be used in fracture reduction or foreign
Mobile fluoroscopy
be used in fracture reduction or foreign
body localizations
Immobilization devices are a necessity
localizations
Immobilization devices are a necessity in
body
in
trauma imagingtrauma imaging
– Trauma patients often cannotTrauma patients often cannot hold thehold the
required positionrequired position
14. Radiographer’s Role in TraumaRadiographer’s Role in Trauma
Depends upon departmentupon department protocol andprotocol andDepends
staffing
Primary responsibilities
staffing
Primary responsibilities
– Perform qualityPerform quality diagnostic imagingdiagnostic imaging
procedures
Practice ethical radiation protection
procedures
– Practice ethical radiation protection
– Provide patient careProvide patient care
15. Radiographer’s Role in TraumaRadiographer’s Role in Trauma
Patient level of consciousnessPatient level of consciousness changeschanges
are common in traumaare common in trauma
16. “Best Practices” in Trauma“Best Practices” in Trauma
RadiographyRadiography
SpeedSpeed
– Efficiency in producing qualityEfficiency in producing quality images in theimages in the
shortest possible timeshortest possible time
AccuracyAccuracy
– Optimum image quality, minimum repeatsOptimum image quality, minimum repeats
QualityQuality
– Quality cannot be sacrificed for speedQuality cannot be sacrificed for speed
– Do not use patient condition as an excuse forDo not use patient condition as an excuse for
poor quality imagespoor quality images
17. “Best Practices” in Trauma“Best Practices” in Trauma
RadiographyRadiography
PositioningPositioning
– ImportantImportant notnot to aggravate patient’s conditionto aggravate patient’s condition
when obtaining imageswhen obtaining images
– Move tube and IR, instead of patient,Move tube and IR, instead of patient,
whenever possiblewhenever possible
Practice standard precautionsPractice standard precautions
– Expect to be exposed to bodyExpect to be exposed to body fluidsfluids in EDin ED
– Do not touch a patient without gloves!Do not touch a patient without gloves!
19. “Best Practices” in Trauma“Best Practices” in Trauma
RadiographyRadiography
AnticipationAnticipation
– Some injuriesSome injuries require follow-up procedures;require follow-up procedures;
knowing what to do increases appreciation forappreciation forknowing what to do increases
radiographer’s role in EDrole in EDradiographer’s
20. “Best Practices” in Trauma“Best Practices” in Trauma
RadiographyRadiography
Attention to detailAttention to detail
– Pay carefulPay careful attention to patient’s condition,attention to patient’s condition,
which could change at anyany timetimewhich could change at
Attention to ED protocol and scope ofand scope ofAttention to ED protocol
practicepractice
– Know the protocolKnow the protocol and scope ofand scope of practice inpractice in
your facilityfacilityyour
ProfessionalismProfessionalism
– Adhere to Code ofAdhere to Code of EthicsEthics
23. General Procedural GuidelinesGeneral Procedural Guidelines
Patient preparationpreparationPatient
IR sizeIR size
SID
ID markers
SID
ID markers
Radiation
protection
Radiation
protection
Patient instructionsPatient instructions
Immobilization
Documentation
Immobilization
Documentation
Image critiqueImage critique
24. Patient PreparationPatient Preparation
Use good communication skills with
appropriate touch and eye contact
Use good communication skills with
appropriate touch and eye contact
– Trauma often causesTrauma often causes anxietyanxiety
Check patient forfor potential artifactspotential artifactsCheck patient
– Explain whatExplain what you are removing and whyyou are removing and why
– Secure all personalSecure all personal effectseffects using properusing proper
procedure for your facilityprocedure for your facility
25. IR SizeIR Size
IR size for trauma procedures are thetrauma procedures are theIR size for
same as for routine proceduresroutine proceduressame as for
Use smallest IR thatIR that will demonstratewill demonstrateUse smallest
anatomy
Collimate field size to anatomy of
anatomy
Collimate field size to anatomy interestof interest
26. SIDSID
SID is standardized as a parta part ofofSID is standardized as
procedural protocolprocedural protocol
– When SID is notWhen SID is not specified underspecified under a projection,a projection,
40 to 48′′40 to 48
– 60 to 72′′
60 to 72′′
′′ SID recommended forSID recommended for projectionsprojections
with increased OIDwith increased OID
27. ID MarkersID Markers
Right or left side markers must beRight or left side markers must be
included on each imageincluded on each image
Other required ID markersrequired ID markers mustmust be in thebe in the
blocker or elsewhere on the final image
Other
blocker or elsewhere on the final image
Markers used for penetrating trauma toused for penetrating trauma toMarkers
identify entrance and exit woundswoundsidentify entrance and exit
30. Radiation ProtectionRadiation Protection
Shield pediatric patients and patientspatients and patients ofofShield pediatric
reproductive agereproductive age
Warn other staffstaff ofof exposure whenexposure when
performing mobile imaging
Warn other
performing mobile imaging
Other radiation protection measuresradiation protection measuresOther
– Close collimationClose collimation
– Optimum technique factorsOptimum technique factors
31. Patient InstructionsPatient Instructions
Explain and demonstrate positions, when
possible
Explain and demonstrate positions, when
possible
Explain respiration instructionsExplain respiration instructions forfor patientspatients
who can cooperatewho can cooperate
Use short exposure times to eliminateexposure times to eliminateUse short
possibility of imaging motionimaging motionpossibility of
32. ImmobilizationImmobilization
Many ED patientsED patients arrive in some sortarrive in some sort ofofMany
immobilization device
Immobilization devices are not
immobilization device
Immobilization devices are not to beto be
removed unless ordered by a physicianremoved unless ordered by a physician
Imaging procedures are often performedare often performed
without removal of the immobilization
Imaging procedures
without removal of the immobilization
Images are used to rule out injury andinjury and
show if it is safe to remove immobilization
Images are used to rule out
show if it is safe to remove immobilization
33.
34.
35. DocumentationDocumentation
Because deviation or adjustmentadjustment ofof
routine procedures is often required to
Because deviation or
routine procedures is often required to
accommodate a patient’s injury,injury,
documentation is important
accommodate a patient’s
documentation is important
Make sure that deviation from routine isdeviation from routine is
still within your scope of practice!
Make sure that
still within your scope of practice!
Document deviation (AP, X-table,deviation (AP, X-table, etc.),etc.),Document
time, portabletime, portable
36. Image Critique CriteriaImage Critique Criteria
Image evaluation for trauma procedures istrauma procedures is
the same as for routine procedures
Image evaluation for
the same as for routine procedures
Image quality is critical foris critical for an accuratean accurateImage quality
diagnosisdiagnosis
It is pooris poor practice to acceptpractice to accept lowerlower qualityqualityIt
images due to patient condition or difficultydifficultyimages due to patient condition or
of procedureof procedure
38. Lateral Cervical SpineCervical SpineLateral
Horizontal CR centered to midpoint ofof IRIRHorizontal CR centered to midpoint
Pre-vertebral soft tissue must betissue must bePre-vertebral soft
visualized
Image should demonstrate entire C-
visualized
Image should demonstrate entire C-
spine from sella turcica to top of T1T1spine from sella turcica to top of
– If allall seven cervicalseven cervical vertebrae are notvertebrae are not seen,seen,If
then a swimmer’s view is requiredthen a swimmer’s view is required
39. Lateral Cervical SpineCervical SpineLateral
Patient and IR centered for trauma lateral of C-spineand IR centered for trauma lateral of C-spinePatient
40. Lateral Cervical SpineCervical SpineLateral
Lateral projection of C-spine in dorsal decubitus position; dislocation of C3-
C4; C7 not demonstrated, so swimmer’s view is needed
41. Swimmer’s (cervicothoracic)(cervicothoracic)Swimmer’s
Required if C7 and top of T1 notC7 and top of T1 not
demonstrated on lateral C-spine
Required if
demonstrated on lateral C-spine
Trauma usually requires dorsal decubitusrequires dorsal decubitusTrauma usually
positionposition
Patient supine withoutsupine without rotation
Ask patient to raise arm opposite the x-ray
rotation
Ask patient to raise arm opposite the x-ray
Patient
tube over headheadtube over
– Assist patientAssist patient and provide supportand provide support
42. Cervicothoracic SpineCervicothoracic Spine
Relax shouldershoulder closercloser to x-rayto x-ray tubetube
Vertical IR centered just above jugular
Relax
Vertical IR centered just above jugular
notchnotch
Horizontal CR centered to C7-T1Horizontal CR centered to C7-T1
interspace and midcoronal planeinterspace and midcoronal plane
Use breathing technique if possiblepossibleUse breathing technique if
– BlurBlur ribs and lung markings to betterribs and lung markings to better
demonstrate spinedemonstrate spine
43. Cervicothoracic SpineCervicothoracic Spine
Image demonstrates lower cervical andcervical and
upper thoracic vertebrae in profile
Image demonstrates lower
upper thoracic vertebrae in profile
between the shouldersbetween the shoulders
46. AP Axial CervicalCervical SpineSpineAP Axial
Patient is supineis supinePatient
– UsuallyUsually immobilized with collarimmobilized with collar and spineand spine
boardboard
Place IR under spine board,spine board, ifif present,present,
centered to C4 (Adam’s apple)
Place IR under
centered to C4 (Adam’s apple)
Head and shoulders without rotationwithout rotationHead and shoulders
– Ask patientAsk patient to lookto look straightstraight aheadahead
47. AP Axial CervicalCervical SpineSpineAP Axial
CR directed 15 to 20 degrees cephalad tocephalad toCR directed 15 to 20 degrees
enter MSP atMSP at C4
Image demonstrates C3-T1 or T2,
C4
Image demonstrates C3-T1 or T2,
enter
including all soft tissuestissuesincluding all soft
– IfIf backboard is present,backboard is present, unavoidable artifactsunavoidable artifacts
may be seenmay be seen
50. AP Axial Oblique Cervical SpineOblique Cervical SpineAP Axial
TRAUMA OBLIQUESTRAUMA OBLIQUES
Patient is supineis supinePatient
– UsuallyUsually immobilized with collarimmobilized with collar and spineand spine
boardboard
Place IR under spine board (notspine board (not bucky),bucky), ififPlace IR under
present, centered to C4 and adjacent
mastoid process
present, centered to C4 and adjacent
mastoid process
– AboutAbout 3′′3′′ laterallateral to MSPto MSP
51. AP Axial Oblique Cervical SpineOblique Cervical SpineAP Axial
Head and shoulders without rotationwithout rotationHead and shoulders
– Ask patientAsk patient to lookto look straightstraight aheadahead
CR has double angleCR has double angle
– 45 degrees45 degrees lateromediallylateromedially
– 15 to 20 degrees15 to 20 degrees cephaliccephalic
CR enters lateral to MSP at level of C4lateral to MSP at level of C4CR enters
52. AP Axial Oblique Cervical SpineOblique Cervical SpineAP Axial
CR exit should be in centershould be in center of IR
Image demonstrates side opposite CR
of IR
Image demonstrates side opposite CR
CR exit
– C1-T1 orC1-T1 or T2 bodies and disk spacesT2 bodies and disk spaces
– IntervertebralIntervertebral foramina openforamina open
– If backboard is present,If backboard is present, unavoidable artifactsunavoidable artifacts
may be seenmay be seen
53. AP Axial Oblique Cervical SpineOblique Cervical SpineAP Axial
Patient and IR positioned for trauma AP axial oblique C-spine
54. AP Axial Oblique Cervical SpineOblique Cervical SpineAP Axial
Trauma AP axial oblique C-spine
55. Thoracic and Lumbar SpineSpineThoracic and Lumbar
X-table laterals performed firstX-table laterals performed first
Vertical grid and IRVertical grid and IR
– Top ofTop of IR 1.5IR 1.5′′ to 2′′ to 2′′ (3.8 to 5 cm)′′ (3.8 to 5 cm) aboveabove
shoulders forfor thoracicthoracic spinespineshoulders
– Centered to level of iliacCentered to level of iliac crests forcrests for lumbarlumbar
spinespine
Have patient crosscross armsarms on anterioron anterior chestchestHave patient
56. Thoracic and Lumbar SpineSpineThoracic and Lumbar
CR horizontalCR horizontal
– Centered to spine and IR
Breathing technique improves
Centered to spine and IR
Breathing technique improves
visualization of thoracic vertebrae
Exposure made on suspended respiration
thoracic vertebrae
Exposure made on suspended respiration
visualization of
for lumbarlumbar vertebraevertebraefor
57. Thoracic and Lumbar SpineSpineThoracic and Lumbar
Thoracic image demonstrates T3 or T4 toT4 toThoracic image demonstrates T3 or
L1
Lumbar image demonstrates T12 to
L1
Lumbar image demonstrates T12 to
sacrum
Vertebral bodies and spinous processes
sacrum
Vertebral bodies and spinous inprocesses in
profileprofile
58. Trauma Lateral Lumbar SpineTrauma Lateral Lumbar Spine
CR and IR positioned for trauma lateral projection of lumbar spine using dorsal
decubitus position
59. Trauma Lateral Lumbar SpineTrauma Lateral Lumbar Spine
Lateral projection of thoracolumbar spine, dorsal decubitus position; note fracture
and dislocation of L2 and spine board artifacts
60. ChestChest
Supine position used if generalgeneral surveysurveySupine position used if
image of chestchest desireddesired
Check for need to demonstrate air-fluid
image of
Check for need to demonstrate air-fluid
levelslevels
– IfIf air-fluid levelsair-fluid levels are suspected,are suspected, use X-tableuse X-table
laterallateral
– IfIf patient’spatient’s condition permits, lateralcondition permits, lateral decubitusdecubitus
position with patient lying on affected side willposition with patient lying on affected side will
also show air-fluid levelsalso show air-fluid levels
61. Trauma AP ChestTrauma AP Chest
Obtain help to lift patientpatient forfor IR placementIR placementObtain help to lift
– Top ofTop of IR placed aboutIR placed about 1.51.5′′ to 2′′ to 2′′ above′′ above
shouldersshoulders
Arms abducted
MCP parallel to IR
Use maximum SID to reduce heart
abducted
MCP parallel to IR
Use maximum SID to reduce heart
magnification
Arms
magnification
62. Trauma AP ChestTrauma AP Chest
Ensure chin extended out ofof anatomyanatomy ofofEnsure chin extended out
interest
CR directed perpendicular to center of
interest
CR directed perpendicular to center IRof IR
– look forlook for lightlight field slightlyfield slightly above shoulders andabove shoulders and
on sides of chest, CW or LWLWon sides of chest, CW or
Exposure made upon second fullExposure made upon second full
inhalation, ifif possiblepossibleinhalation,
63.
64. Trauma AP ChestTrauma AP Chest
Image demonstrates lung fields in theirin theirImage demonstrates lung fields
entiretyentirety
– MinimalMinimal rotation and distortion presentrotation and distortion present
65.
66.
67. AbdomenAbdomen
If transfertransfer to x-rayto x-ray table is not possible,table is not possible,
obtain lift help for IR placement
If
obtain lift help for IR placement
IR centered to MSP at level oflevel of iliaciliac crests
Check for possibility of fluid accumulation
crests
Check for possibility of fluid accumulation
in abdominal cavity
IR centered to MSP at
in abdominal cavity
– AffectsAffects exposure factorsexposure factors
– RequiresRequires close monitoring ofclose monitoring of patientpatient forfor statusstatus
change during procedureschange during procedures
68. AbdomenAbdomen
Mark entrance and exit wounds,entrance and exit wounds, ifif presentpresentMark
Align shoulders and hips in same planeAlign shoulders and hips in same plane
MCP parallel to tableMCP parallel to table
CR perpendicular to centerto center ofof IR
Image demonstrates entire abdomen with
IR
Image demonstrates entire abdomen with
CR perpendicular
pubic symphysis visible at lower borderborderpubic symphysis visible at lower
69.
70. PelvisPelvis
Pelvic fractures have a high riskfractures have a high risk ofof
hemorrhage – pay close attention to
Pelvic
hemorrhage – pay close attention to
patient for statusstatus changechangepatient for
Obtain lift help for IR placement ifIR placement if transfertransferObtain lift help for
to x-ray table is not possiblepossible
IR centered 2′′ above pubic symphysis or
to x-ray table is not
IR centered 2′′ above pubic symphysis or
2′′ below ASIS2′′ below ASIS
MCP parallel to IRMCP parallel to IR
71. PelvisPelvis
Lower limbslimbs internally rotated only ifinternally rotated only ifLower
possible
Ensure arms are not in anatomy
possible
Ensure arms of interestinterestare not in anatomy of
CR perpendicular to centerto center ofof IR
Exposure made on suspended respiration
IR
Exposure made on suspended respiration
CR perpendicular
Image demonstrates entire pelvis and
proximal femora
Image demonstrates entire pelvis and
proximal femora
72. Trauma AP PelvisTrauma AP Pelvis
Trauma AP pelvis; note fracture of left ilium and separation of pubic bones
73.
74. CraniumCranium
Patients with head trauma are oftenwith head trauma are often
referred to CT first
Patients
referred to CT first
When x-rays are ordered,When x-rays are ordered, a generala general
survey requires AP and lateral projectionssurvey requires AP and lateral projections
Generally, the patientthe patient is supineis supineGenerally,
– LateralLateral projection uses dorsalprojection uses dorsal decubitusdecubitus
positionposition
75. Trauma Lateral CraniumTrauma Lateral Cranium
Elevate head on radiolucent supportElevate head on radiolucent support
– Ensure C-spine injury hasEnsure C-spine injury has been ruled outbeen ruled out
76. Trauma Lateral CraniumTrauma Lateral Cranium
Trauma lateral projection of cranium; note multiple fractures in frontal bone
77. Trauma AP CraniumTrauma AP Cranium
Check with physician to determineCheck with physician to determine
anatomy of interestof interestanatomy
– AP projection demonstratesAP projection demonstrates anterioranterior craniumcranium
– AP axial projection (Towne) demonstratesAP axial projection (Towne) demonstrates
posterior craniumcraniumposterior
80. Facial BonesBonesFacial
Patients with facialwith facial bone injuriesbone injuries are oftenare oftenPatients
referred to CT first
Anticipate profuse bleeding and use
universal precautions
referred to CT first
Anticipate profuse bleeding and use
universal precautions
81.
82. Upper and Lowerand Lower LimbsLimbsUpper
Obtain lift help forhelp for IR placementIR placement
Injured limbs should be lifted with support
Obtain lift
Injured limbs should be lifted with support
at both jointsat both joints
– LiftLift only enough to place IRonly enough to place IR
Two projections at 90 degrees from eachTwo projections at 90 degrees from each
other requiredother required
– Do not attempt to rotate severely injured limbsDo not attempt to rotate severely injured limbs
for true positionsfor true positions
83.
84.
85. Upper and Lowerand Lower LimbsLimbsUpper
Long bones require demonstration ofrequire demonstration of
adjacent joints
Long bones
adjacent joints
– Take separate projections,Take separate projections, ifif necessarynecessary
Maximize patient safetysafety and comfortand comfort byby
moving IR and CR, rather than injured
Maximize patient
moving IR and CR, rather than injured
limblimb
90. Other Imaging in TraumaOther Imaging in Trauma
CT is extensively used in trauma patientsextensively used in trauma patientsCT is
– Often,Often, CT isCT is modalitymodality ofof choicechoice
Angiography may be used for vascularvascularAngiography may be used for
injuries
Contrast
injuries
studies are often ordered forContrast studies are often ordered for
evaluation of urinary systemevaluation of urinary system
– BluntBlunt abdominalabdominal trauma and suspected pelvictrauma and suspected pelvic
fractures often resultoften result in injury to urinaryin injury to urinaryfractures
systemsystem
91. Time for the “good stuff”!the “good stuff”!Time for