Digital infrared thermal imaging (DITI) is a non-invasive test that detects subtle physiological changes in the body related to pathology and injury. DITI can be used to screen for early signs of breast cancer and monitor breast health over time. It is particularly useful for younger women between 30-50 whose dense breast tissue makes cancers harder to detect on mammograms. DITI can also detect abnormalities elsewhere in the body that may indicate fractures, infections, neurological issues, and more.
Single Photon Emission Computed Tomography (SPECT) is a nuclear imaging technique that produces 3D images using gamma rays emitted from radiotracers injected into the body. SPECT cameras rotate around the patient to capture 2D images that are reconstructed into cross-sectional slices. SPECT provides physiological information through functional imaging of organ systems like the heart or brain. While it has lower resolution than PET, SPECT machines are less expensive and more widely available. SPECT finds medical use in areas like myocardial perfusion imaging and evaluating thyroid or renal function.
Physical principle of Computed Tomography (Scanning principle & Data acquisit...ThejaTej6
Computed tomography (CT) uses x-rays and computer processing to produce cross-sectional images of the body. CT scanners are composed of an x-ray tube, detectors, and a rotating gantry. During a scan, the gantry rotates around the patient as they pass through, emitting a narrow x-ray beam and detecting the transmitted x-rays. The detected data is used to construct tomographic images, or slices, of the body. CT images provide more detailed information than conventional x-rays by measuring the attenuation of x-rays through tissues.
SPECT involves injecting a radiopharmaceutical that emits gamma rays. Detectors rotate around the body to acquire data from multiple angles and produce 3D images. It allows visualization of organ function. A gamma camera detects gamma rays and includes a collimator, scintillation detector, photomultiplier tubes, and computer. SPECT is used for heart, brain, and tumor imaging. It has lower resolution than PET but is commonly used to detect coronary artery disease.
1. The document contains a practice test with 66 multiple choice questions about positron emission tomography (PET) and PET/CT imaging. The questions cover topics like PET radiopharmaceuticals, scanner instrumentation, image artifacts, quantitative analysis, and clinical applications.
2. PET imaging allows visualization and measurement of biological processes at the cellular level through the use of radiotracers. Common radiotracers include F-18 fluorodeoxyglucose (FDG) used to assess glucose metabolism.
3. PET scans are often combined with CT scans in a PET/CT system to provide anatomical localization of functional findings and allow for attenuation correction of PET images. The CT is also used to identify metallic implants that could
A PET scan uses radioactive tracers injected into the body to produce 3D images showing functional processes. A short-lived radioactive tracer, FDG, is injected and detected as it breaks down, showing glucose metabolism levels in tissues. Different metabolism levels appear as different colors, allowing the computer to generate images of functional abnormalities like cancers or brain disorders. PET scans can detect diseases earlier than other scans and help avoid unnecessary surgery by precisely identifying areas needing treatment.
1. Single slice CT acquires one slice at a time requiring longer acquisition times, while multi-slice CT acquires multiple slices per rotation allowing a larger volume to be scanned more quickly with less motion artifacts.
2. Multi-slice CT uses a detector array segmented in the z-axis to acquire multiple slices simultaneously, while single slice CT uses a long narrow detector array. This allows multi-slice CT to reconstruct images at various thicknesses and intervals.
3. Applications of multi-slice CT include faster whole organ and cardiac imaging, virtual endoscopy, isotropic imaging, and CT angiography due to its ability to acquire multiple slices simultaneously in a shorter time period.
Basics and Generations of computed tomography.pptxRohit Bansal
This document summarizes the history and generations of computed tomography (CT) scans. It discusses 7 generations of CT scanners: 1) first generation used a translate-rotate motion with one detector, 2) second generation used translate-rotate with multiple detectors, 3) third generation used continuous rotate-rotate motion, 4) fourth generation used a rotate-fixed system with many detectors, 5) fifth generation could acquire data 10x faster, 6) sixth generation introduced spiral/helical scanning, and 7) seventh generation may use flat panel detectors. Each generation enabled faster scanning and improved imaging capabilities.
Elektromiografi (EMG) adalah teknik untuk merekam aktivitas listrik otot. EMG dilakukan dengan alat elektromiograf yang mendeteksi potensial listrik sel otot. Hasil rekaman disebut elektromiogram dan dapat digunakan untuk diagnosis medis atau analisis gerakan.
Single Photon Emission Computed Tomography (SPECT) is a nuclear imaging technique that produces 3D images using gamma rays emitted from radiotracers injected into the body. SPECT cameras rotate around the patient to capture 2D images that are reconstructed into cross-sectional slices. SPECT provides physiological information through functional imaging of organ systems like the heart or brain. While it has lower resolution than PET, SPECT machines are less expensive and more widely available. SPECT finds medical use in areas like myocardial perfusion imaging and evaluating thyroid or renal function.
Physical principle of Computed Tomography (Scanning principle & Data acquisit...ThejaTej6
Computed tomography (CT) uses x-rays and computer processing to produce cross-sectional images of the body. CT scanners are composed of an x-ray tube, detectors, and a rotating gantry. During a scan, the gantry rotates around the patient as they pass through, emitting a narrow x-ray beam and detecting the transmitted x-rays. The detected data is used to construct tomographic images, or slices, of the body. CT images provide more detailed information than conventional x-rays by measuring the attenuation of x-rays through tissues.
SPECT involves injecting a radiopharmaceutical that emits gamma rays. Detectors rotate around the body to acquire data from multiple angles and produce 3D images. It allows visualization of organ function. A gamma camera detects gamma rays and includes a collimator, scintillation detector, photomultiplier tubes, and computer. SPECT is used for heart, brain, and tumor imaging. It has lower resolution than PET but is commonly used to detect coronary artery disease.
1. The document contains a practice test with 66 multiple choice questions about positron emission tomography (PET) and PET/CT imaging. The questions cover topics like PET radiopharmaceuticals, scanner instrumentation, image artifacts, quantitative analysis, and clinical applications.
2. PET imaging allows visualization and measurement of biological processes at the cellular level through the use of radiotracers. Common radiotracers include F-18 fluorodeoxyglucose (FDG) used to assess glucose metabolism.
3. PET scans are often combined with CT scans in a PET/CT system to provide anatomical localization of functional findings and allow for attenuation correction of PET images. The CT is also used to identify metallic implants that could
A PET scan uses radioactive tracers injected into the body to produce 3D images showing functional processes. A short-lived radioactive tracer, FDG, is injected and detected as it breaks down, showing glucose metabolism levels in tissues. Different metabolism levels appear as different colors, allowing the computer to generate images of functional abnormalities like cancers or brain disorders. PET scans can detect diseases earlier than other scans and help avoid unnecessary surgery by precisely identifying areas needing treatment.
1. Single slice CT acquires one slice at a time requiring longer acquisition times, while multi-slice CT acquires multiple slices per rotation allowing a larger volume to be scanned more quickly with less motion artifacts.
2. Multi-slice CT uses a detector array segmented in the z-axis to acquire multiple slices simultaneously, while single slice CT uses a long narrow detector array. This allows multi-slice CT to reconstruct images at various thicknesses and intervals.
3. Applications of multi-slice CT include faster whole organ and cardiac imaging, virtual endoscopy, isotropic imaging, and CT angiography due to its ability to acquire multiple slices simultaneously in a shorter time period.
Basics and Generations of computed tomography.pptxRohit Bansal
This document summarizes the history and generations of computed tomography (CT) scans. It discusses 7 generations of CT scanners: 1) first generation used a translate-rotate motion with one detector, 2) second generation used translate-rotate with multiple detectors, 3) third generation used continuous rotate-rotate motion, 4) fourth generation used a rotate-fixed system with many detectors, 5) fifth generation could acquire data 10x faster, 6) sixth generation introduced spiral/helical scanning, and 7) seventh generation may use flat panel detectors. Each generation enabled faster scanning and improved imaging capabilities.
Elektromiografi (EMG) adalah teknik untuk merekam aktivitas listrik otot. EMG dilakukan dengan alat elektromiograf yang mendeteksi potensial listrik sel otot. Hasil rekaman disebut elektromiogram dan dapat digunakan untuk diagnosis medis atau analisis gerakan.
MRI SCAN - QUESTION AND ANSWER 3 MARKS
This document contains summaries of MRI concepts provided by multiple students, including explanations of spin echo pulse sequences, free induction decay, gradient coils, Larmor frequency, gadolinium contrast media, T1-weighted images, and common MRI artifacts. It also addresses contraindications for MRI studies and provides a brief history of the development of MRI technology.
Project report for railway security monotorin systemASWATHY VG
The document discusses railway safety and proposes a railway security monitoring system using vibration sensors and ZigBee technology. It begins with background on railway accidents and the need to improve safety. The existing signaling system relies on human communication, leading to errors. The proposed system uses vibration sensors on trains to detect collisions or derailment. It uses ZigBee for two-way communication between trains and control centers to automatically control railway gates and avert accidents in real-time. The system is expected to improve safety at a low cost without replacing existing infrastructure.
Tes formatif ini berisi 30 pertanyaan tentang gerak lurus dan gerak lurus berubah beraturan. Soal-soal meliputi konsep jarak, kecepatan, percepatan, dan waktu tempuh pada berbagai contoh gerak lurus seperti gerak mobil, kereta api, dan benda yang dilempar.
This document provides information about computed tomography (CT) scans of the chest, including high-resolution CT. It describes what a chest CT is used for, how it is performed, what the equipment looks like, benefits, and normal findings. A chest CT can detect abnormalities in the lungs, chest wall, heart and blood vessels. It is performed by positioning the patient on a table that slides into a donut-shaped machine. Rotating x-rays create cross-sectional images which are analyzed to diagnose conditions like lung cancer, pneumonia and tumors.
PREPRATION FOR GENERAL RADIOLOGICAL EXAMINATIONS.pptxRohit Bansal
The document provides guidance on patient preparation for various radiological procedures. It emphasizes the importance of preparing the patient to improve accuracy, safety, and minimize anxiety. Key aspects of preparation include fasting, removing metallic objects, emptying bowels and bladder, obtaining consent, and explaining the procedure to relieve anxiety. Proper preparation differs for specific exams and patient populations but aims to provide clear images while reducing risks.
PET-MRI is a hybrid imaging technology that combines the functional PET imaging with the high soft tissue contrast of MRI. Early prototypes combined a brain-only PET scanner with MRI, but now full-body scanners exist from Siemens, GE, and Philips. MRI uses hydrogen protons' magnetic properties to generate images, and the human body contains large percentages of hydrogen atoms. PET-MRI provides synergistic molecular and anatomical information without ionizing radiation compared to PET-CT. Clinical uses especially benefit oncology, cardiology, and neurology evaluations where soft tissue detail is important.
X-rays provide diagnostic benefits but also pose small radiation risks. The document outlines various medical imaging techniques that use x-rays or gamma rays, such as radiography, fluoroscopy, CT scans, and PET scans. While the radiation doses from common x-ray exams like dental or chest x-rays are very low, techniques involving higher doses like CT scans or fluoroscopy slightly increase cancer risks. However, these risks are small compared to the overall risk of developing cancer from natural background radiation. The health benefits of an accurate diagnosis from medical imaging usually outweigh the minimal radiation risks.
The document provides an overview of the fundamentals of CT and MRI imaging. It discusses how CT was introduced in 1972 and revolutionized medical imaging by providing high-quality transverse cross-sectional images of the body without tissue superimposition. It also describes the evolution of CT technology from early generation pencil-beam systems to current helical CT scanners that acquire continuous data as the patient passes through the rotating gantry. Key developments included increasing the number of detectors to acquire wider beams, implementing rotating gantries to speed up scans, and incorporating slip-ring technology to allow continuous 360-degree rotation.
MRI adalah teknik pemeriksaan medik yang menggunakan medan magnet dan gelombang radio untuk menghasilkan gambar struktur tubuh dalam tanpa menggunakan radiasi. MRI bekerja dengan memanfaatkan resonansi inti atom hidrogen dalam tubuh untuk menghasilkan sinyal yang kemudian dikonversi menjadi citra. MRI memiliki keunggulan dalam mendeteksi jaringan lunak dan memberikan gambar yang jelas dari berbagai sudut pandang.
The document discusses CT numbers, window width, and window level in computed tomography (CT) imaging. It provides the following key points:
1) The linear attenuation coefficient describes how much a beam of radiation is absorbed or scattered as it passes through a medium. CT numbers represent differences from the linear attenuation coefficient of water.
2) Window width determines the range and contrast of CT numbers displayed. A narrow width provides higher contrast than a wide width.
3) Window level sets the midpoint brightness level of the displayed CT numbers. It controls the brightness of the CT image.
This document describes a war field spying robot with a night vision wireless camera. The robot is designed to remotely monitor areas using an RF wireless network and transmit real-time video, even in darkness, using an onboard camera. It is controlled remotely via an RF transmitter and receiver and uses an 8051 microcontroller. The robot is intended to help with spying and reconnaissance in war fields and other hazardous environments.
radiology mcq for crack exam radiologist and radiographers VIJAYNANDCHAUDHARY1
This document is the preface to the third edition of the book "Review of Radiologic Physics" by Walter Huda. It provides an overview of the goals and structure of the book. The preface describes how the third edition has been updated with revised content, organization, tables, figures, and questions. The focus remains on the essential physics needed by radiology residents and technologists to understand medical image formation and quality, as well as the associated radiation risks. Simplifying concepts and minimizing details are priorities to convey the most important information.
The document discusses the history and components of X-ray tubes. It begins with an introduction to X-ray tubes, noting they contain a cathode that emits electrons and an anode made of tungsten that attracts electrons. When electrons hit the anode, they release X-ray photons. The document then covers the history of X-ray tube development from Crookes tubes to modern Coolidge tubes. It describes the key components of X-ray tubes including the cathode, anode, target, housing and glass enclosure. Various types of X-ray tubes such as stationary and rotating anode tubes are also summarized.
The use of computed tomography (CT) scan presentationJohnson Mwove
The document discusses the use of computed tomography (CT) scans to assess body composition. It notes that CT scans can provide highly accurate and detailed images of tissues like fat, muscle, and organs. The advantages of CT scans are its high resolution images, ability to quantify tissues, and clinical usefulness when images are already being taken. However, concerns include the costs, specialized skills and equipment required, and risks of radiation exposure. The document concludes that while radiation risks exist, CT scans remain very useful for diagnostic purposes due to their image quality and information provided.
Kolimator terbuat dari timbal atau tungsten dan berfungsi untuk memilih sinar gamma yang menuju detektor. Ada beberapa jenis kolimator seperti parallel hole, converging, dan diverging yang masing-masing menghasilkan efek berbeda pada ukuran dan bentuk citra. Pilihan jenis kolimator dipengaruhi oleh karakteristik obyek yang akan diperiksa.
Mammography uses low-dose x-rays and specialized equipment to detect breast cancers and abnormalities. Key points:
1) Low-energy x-rays are used to maximize contrast between tissues. Specialized tubes with molybdenum or rhodium targets produce optimal x-ray spectra.
2) Equipment includes compression paddles, antiscatter grids, and screens optimized for low doses. Automatic exposure control regulates time based on breast thickness and density.
3) Films are processed to precise standards and viewed using high-luminance boxes in low-light rooms to detect subtle lesions. Together, specialized technology and quality control enable early cancer detection.
CT scan uses X-rays and computers to create detailed images of the inside of the body. It has replaced conventional angiography as the primary method for examining blood vessels. The document discusses the history, components, principles, types (including spiral, multidetector, angiography), advantages, and risks of CT scanning. CT guided procedures such as biopsy and drainage are also summarized.
The document discusses using technology in early childhood education. It outlines 5 effective ways for young children to use technology, including making and displaying graphs, exploring with digital tools, telling stories, writing and recording, and sharing and documenting learning. It also discusses how technology can support children's social/language development, physical well-being, cognition, and approach to learning. Specific examples mentioned include using Google Earth for a virtual tour to teach about different cultures, and using digital cameras to find shapes in the environment.
Thermography uses infrared imaging to perform medical diagnostics. It detects differences in surface temperature on the body to identify areas of abnormality. Thermography has been used in medicine for thousands of years to detect areas of excess heat or cold associated with disease. Modern medical thermography uses non-contact digital infrared thermal imaging cameras to safely obtain temperature maps of the body surface without limitations. It has applications in detecting cancers, vascular disorders, respiratory issues and more by identifying temperature variations on the skin.
Thermography is a medical imaging technique that uses infrared cameras to visualize the temperature patterns on the skin surface. It allows for early detection of abnormalities by monitoring subtle changes in skin temperature. The presentation provides an overview of thermography, including how it works, the equipment used like infrared cameras, and its applications in areas like breast cancer screening and musculoskeletal issues. It is a non-invasive imaging method with advantages like the ability to monitor large areas in real-time, but there are also limitations like camera cost and accuracy.
MRI SCAN - QUESTION AND ANSWER 3 MARKS
This document contains summaries of MRI concepts provided by multiple students, including explanations of spin echo pulse sequences, free induction decay, gradient coils, Larmor frequency, gadolinium contrast media, T1-weighted images, and common MRI artifacts. It also addresses contraindications for MRI studies and provides a brief history of the development of MRI technology.
Project report for railway security monotorin systemASWATHY VG
The document discusses railway safety and proposes a railway security monitoring system using vibration sensors and ZigBee technology. It begins with background on railway accidents and the need to improve safety. The existing signaling system relies on human communication, leading to errors. The proposed system uses vibration sensors on trains to detect collisions or derailment. It uses ZigBee for two-way communication between trains and control centers to automatically control railway gates and avert accidents in real-time. The system is expected to improve safety at a low cost without replacing existing infrastructure.
Tes formatif ini berisi 30 pertanyaan tentang gerak lurus dan gerak lurus berubah beraturan. Soal-soal meliputi konsep jarak, kecepatan, percepatan, dan waktu tempuh pada berbagai contoh gerak lurus seperti gerak mobil, kereta api, dan benda yang dilempar.
This document provides information about computed tomography (CT) scans of the chest, including high-resolution CT. It describes what a chest CT is used for, how it is performed, what the equipment looks like, benefits, and normal findings. A chest CT can detect abnormalities in the lungs, chest wall, heart and blood vessels. It is performed by positioning the patient on a table that slides into a donut-shaped machine. Rotating x-rays create cross-sectional images which are analyzed to diagnose conditions like lung cancer, pneumonia and tumors.
PREPRATION FOR GENERAL RADIOLOGICAL EXAMINATIONS.pptxRohit Bansal
The document provides guidance on patient preparation for various radiological procedures. It emphasizes the importance of preparing the patient to improve accuracy, safety, and minimize anxiety. Key aspects of preparation include fasting, removing metallic objects, emptying bowels and bladder, obtaining consent, and explaining the procedure to relieve anxiety. Proper preparation differs for specific exams and patient populations but aims to provide clear images while reducing risks.
PET-MRI is a hybrid imaging technology that combines the functional PET imaging with the high soft tissue contrast of MRI. Early prototypes combined a brain-only PET scanner with MRI, but now full-body scanners exist from Siemens, GE, and Philips. MRI uses hydrogen protons' magnetic properties to generate images, and the human body contains large percentages of hydrogen atoms. PET-MRI provides synergistic molecular and anatomical information without ionizing radiation compared to PET-CT. Clinical uses especially benefit oncology, cardiology, and neurology evaluations where soft tissue detail is important.
X-rays provide diagnostic benefits but also pose small radiation risks. The document outlines various medical imaging techniques that use x-rays or gamma rays, such as radiography, fluoroscopy, CT scans, and PET scans. While the radiation doses from common x-ray exams like dental or chest x-rays are very low, techniques involving higher doses like CT scans or fluoroscopy slightly increase cancer risks. However, these risks are small compared to the overall risk of developing cancer from natural background radiation. The health benefits of an accurate diagnosis from medical imaging usually outweigh the minimal radiation risks.
The document provides an overview of the fundamentals of CT and MRI imaging. It discusses how CT was introduced in 1972 and revolutionized medical imaging by providing high-quality transverse cross-sectional images of the body without tissue superimposition. It also describes the evolution of CT technology from early generation pencil-beam systems to current helical CT scanners that acquire continuous data as the patient passes through the rotating gantry. Key developments included increasing the number of detectors to acquire wider beams, implementing rotating gantries to speed up scans, and incorporating slip-ring technology to allow continuous 360-degree rotation.
MRI adalah teknik pemeriksaan medik yang menggunakan medan magnet dan gelombang radio untuk menghasilkan gambar struktur tubuh dalam tanpa menggunakan radiasi. MRI bekerja dengan memanfaatkan resonansi inti atom hidrogen dalam tubuh untuk menghasilkan sinyal yang kemudian dikonversi menjadi citra. MRI memiliki keunggulan dalam mendeteksi jaringan lunak dan memberikan gambar yang jelas dari berbagai sudut pandang.
The document discusses CT numbers, window width, and window level in computed tomography (CT) imaging. It provides the following key points:
1) The linear attenuation coefficient describes how much a beam of radiation is absorbed or scattered as it passes through a medium. CT numbers represent differences from the linear attenuation coefficient of water.
2) Window width determines the range and contrast of CT numbers displayed. A narrow width provides higher contrast than a wide width.
3) Window level sets the midpoint brightness level of the displayed CT numbers. It controls the brightness of the CT image.
This document describes a war field spying robot with a night vision wireless camera. The robot is designed to remotely monitor areas using an RF wireless network and transmit real-time video, even in darkness, using an onboard camera. It is controlled remotely via an RF transmitter and receiver and uses an 8051 microcontroller. The robot is intended to help with spying and reconnaissance in war fields and other hazardous environments.
radiology mcq for crack exam radiologist and radiographers VIJAYNANDCHAUDHARY1
This document is the preface to the third edition of the book "Review of Radiologic Physics" by Walter Huda. It provides an overview of the goals and structure of the book. The preface describes how the third edition has been updated with revised content, organization, tables, figures, and questions. The focus remains on the essential physics needed by radiology residents and technologists to understand medical image formation and quality, as well as the associated radiation risks. Simplifying concepts and minimizing details are priorities to convey the most important information.
The document discusses the history and components of X-ray tubes. It begins with an introduction to X-ray tubes, noting they contain a cathode that emits electrons and an anode made of tungsten that attracts electrons. When electrons hit the anode, they release X-ray photons. The document then covers the history of X-ray tube development from Crookes tubes to modern Coolidge tubes. It describes the key components of X-ray tubes including the cathode, anode, target, housing and glass enclosure. Various types of X-ray tubes such as stationary and rotating anode tubes are also summarized.
The use of computed tomography (CT) scan presentationJohnson Mwove
The document discusses the use of computed tomography (CT) scans to assess body composition. It notes that CT scans can provide highly accurate and detailed images of tissues like fat, muscle, and organs. The advantages of CT scans are its high resolution images, ability to quantify tissues, and clinical usefulness when images are already being taken. However, concerns include the costs, specialized skills and equipment required, and risks of radiation exposure. The document concludes that while radiation risks exist, CT scans remain very useful for diagnostic purposes due to their image quality and information provided.
Kolimator terbuat dari timbal atau tungsten dan berfungsi untuk memilih sinar gamma yang menuju detektor. Ada beberapa jenis kolimator seperti parallel hole, converging, dan diverging yang masing-masing menghasilkan efek berbeda pada ukuran dan bentuk citra. Pilihan jenis kolimator dipengaruhi oleh karakteristik obyek yang akan diperiksa.
Mammography uses low-dose x-rays and specialized equipment to detect breast cancers and abnormalities. Key points:
1) Low-energy x-rays are used to maximize contrast between tissues. Specialized tubes with molybdenum or rhodium targets produce optimal x-ray spectra.
2) Equipment includes compression paddles, antiscatter grids, and screens optimized for low doses. Automatic exposure control regulates time based on breast thickness and density.
3) Films are processed to precise standards and viewed using high-luminance boxes in low-light rooms to detect subtle lesions. Together, specialized technology and quality control enable early cancer detection.
CT scan uses X-rays and computers to create detailed images of the inside of the body. It has replaced conventional angiography as the primary method for examining blood vessels. The document discusses the history, components, principles, types (including spiral, multidetector, angiography), advantages, and risks of CT scanning. CT guided procedures such as biopsy and drainage are also summarized.
The document discusses using technology in early childhood education. It outlines 5 effective ways for young children to use technology, including making and displaying graphs, exploring with digital tools, telling stories, writing and recording, and sharing and documenting learning. It also discusses how technology can support children's social/language development, physical well-being, cognition, and approach to learning. Specific examples mentioned include using Google Earth for a virtual tour to teach about different cultures, and using digital cameras to find shapes in the environment.
Thermography uses infrared imaging to perform medical diagnostics. It detects differences in surface temperature on the body to identify areas of abnormality. Thermography has been used in medicine for thousands of years to detect areas of excess heat or cold associated with disease. Modern medical thermography uses non-contact digital infrared thermal imaging cameras to safely obtain temperature maps of the body surface without limitations. It has applications in detecting cancers, vascular disorders, respiratory issues and more by identifying temperature variations on the skin.
Thermography is a medical imaging technique that uses infrared cameras to visualize the temperature patterns on the skin surface. It allows for early detection of abnormalities by monitoring subtle changes in skin temperature. The presentation provides an overview of thermography, including how it works, the equipment used like infrared cameras, and its applications in areas like breast cancer screening and musculoskeletal issues. It is a non-invasive imaging method with advantages like the ability to monitor large areas in real-time, but there are also limitations like camera cost and accuracy.
THERMOGRAM EXAMPLE IMAGES WITH EXPLANATIONSbdiconza33
This document contains summaries of various thermographic scans. Key findings include:
1. A focal area of inflammation in an elderly woman's leg guided doctors to an abscess near the bone, explaining her continued leg pain after hip replacement surgery.
2. Hypothermia over the lumbar spine of one patient indicated small metastatic tumors, while another patient's kidney infection appeared as an inflamed area over the right kidney.
3. Diverticulitis in one patient appeared as a hyperthermic area over the hepatic flexure of the colon.
4. Various injuries like ankle sprains, fractures, and radiculopathies were detected on scans and confirmed with other imaging. Cancer metastases,
This document provides an overview of thermography and infrared temperature measurement. It discusses the basics of near, mid, and thermal infrared wavelengths and how atoms emit infrared energy as photons when electrons move between energy orbitals. Thermal images show the infrared energy emitted, transmitted, and reflected by an object. Emissivity describes a material's ability to emit thermal radiation. Thermal imaging systems use uncooled or cooled infrared detectors to capture infrared wavelengths and convert them into temperature measurements using techniques like two color thermometry. Thermography has applications in areas like condition monitoring, healthcare, security, and manufacturing.
This document discusses thermal imaging and its various applications. It begins by explaining that thermal imaging produces images based on the heat detected from objects and was originally developed for military purposes. It then provides details on:
- How thermal imaging cameras work to detect differences in temperature and produce images.
- Common applications of thermal imaging in fields like firefighting, law enforcement, medical, agriculture, and more.
- The advantages of thermal imaging like its ability to see in total darkness and penetrate obscurants like smoke.
- Specific uses of thermal imaging in border security, condition monitoring, night vision, medical screening, and evaluating solar panels.
This document discusses how cancer cells can double in number every 90 days and become difficult to detect without early screening methods. It notes that most cancers are detected when there is a billion cells at 1 cm in diameter. Digital Infrared Thermal Imaging (DITI) can detect cancer growth patterns earlier in the second year. The document encourages calling for an appointment to schedule a DITI screening to detect cancer early before it is too late.
learn to solve several cases in low back painHERRY632019
The patient presents with chronic low back pain following a work injury 5 years ago. On examination, he demonstrates vague tenderness in the lower back and limited flexion and extension. The most likely diagnosis is lumbar muscular strain or sprain. The next step is conservative treatment aimed at reducing pain and restoring function, including physical therapy, medications, and patient education. Further imaging or testing is not needed given the benign physical exam.
The document discusses the overuse of CT scans, particularly in emergency departments. It notes that CT use has increased 11 times faster than the rate of ED visits over the last 10 years. Now around 25% of all CT scans are performed in the ED. However, less than 7% of patients presenting with dizziness or syncope benefited from head CT scans. The overuse of CT scans is due to factors like fear of lawsuits, perception that patients want the test, and pressure to utilize expensive machines. Guidelines recommend reducing unnecessary CT scans by using decision rules and clinical assessments to determine who truly needs a CT scan. The document advocates judicious use of CT scans by only using them for appropriate clinical indications and considering alternative imaging methods
Find the best doctor of PET CT Scan in Pune at Onco Life Cancer Centre, Satara.
For more info, please visit: https://www.oncolifehospitals.com/services/pet-ct-scan/
This document provides guidance for physicians on appropriate use of medical imaging for common clinical
presentations. It discusses when CT, MRI, ultrasound or other modalities are most useful for evaluating abdominal
pain, chest pain, headache and other issues. The goal is to promote efficient and radiation-limiting use of imaging
to aid accurate diagnosis while avoiding unnecessary exposure or costs. Imaging choice depends on clinical
findings, but CT and MRI may help identify conditions like appendicitis, aneurysms, infections or tumors causing
abdominal, chest or neurological symptoms.
Benign Metastasizing Leiomyoma: A Case Reportsuppubs1pubs1
Metastasizing benign leiomyoma is an extrauterine smooth muscle tumour. Leiomyoma in spine is extremely rare. We report a case of a 47-year-old female with benign leiomyoma metastasizing to the spine. To our knowledge no case of benign leiomyoma metastasizing to the spine has been reported before. Magnetic Resonance Imaging (MRI) revealed C6, C7 vertebral involvement, T2, T4, T7, T8, T11, L2, L3, L4, L5 moderate spinal canal stenosis and cord impingement and cord compression at T12 level. She also presented with growth over her right elbow and psoas muscle.
1. Low back pain is very common, affecting 60-90% of people at some point in their lifetime. While most cases resolve within 6-12 weeks without treatment, it is a major cause of disability.
2. Common causes of low back pain include lumbar strain, disc problems, spinal stenosis, and degenerative disc disease. Diagnostic tools like x-rays, MRI, and occasionally CT or myelogram are used to identify the underlying problem.
3. MRI is now the best initial tool for evaluation, as it can detect soft tissue abnormalities like herniated discs. However, many asymptomatic people also show disc bulges or protrusions on imaging. Psychological evaluation may be useful when physical findings do not explain
EFFICACY OF HYPERICUM 30 IN MANAGEMENT OF CERVICAL.pptxDrswetha Bp
The study was done aiming the clinical confirmation of Hypericum perforatum 30 in treatment of Cervical Spondylotic Radiculopathy.
With increasing development of Information technology field there is an increase in use of computers which demand a particular posture for long hours and does not include any physical activity which in turn leads to postural deformities like cervical spondylosis and later radiculopathy.
This document provides an overview of positron emission tomography (PET) scanning. It discusses the principles behind PET, its common indications such as cancer staging and seizure localization, preparation and procedures, interpretation of scans, its utility in various medical fields, and recent advances. PET involves injecting radioactive tracers and using gamma cameras to construct 3D images of functional processes in the body, providing information about metabolic activity that can help diagnose and monitor diseases.
Infrared Thermography Appearance of Abdominal Wall Endometriosis: A Useful To...Crimsonpublishers-IGRWH
Infrared Thermography Appearance of Abdominal Wall Endometriosis: A Useful Tool for Diagnosis by Francisco das Chagas Medeiros in Open access journal of Gynecology
1) A 31-year-old man presented with a stab wound to the chest and became unresponsive. Emergency thoracotomy is indicated to treat pericardial tamponade, control hemorrhage, perform open cardiac massage, and temporarily occlude the thoracic aorta.
2) A 29-year-old pregnant woman at 34 weeks gestation collapsed in PEA. Perimortem cesarean section should be considered to deliver the fetus within 5 minutes of maternal cardiac arrest.
3) A 37-year-old man with a GCS of 6 following an MVC had proptosis and firmness of the left eye. He was diagnosed with orbital compartment syndrome and treated with lateral
An 80-year-old male presented with a 2-month history of productive cough, dyspnea on exertion, and chest discomfort on walking, as well as a 1-month history of loss of appetite and right shoulder pain. Examination revealed decreased breath sounds and vocal fremitus on the right side of the chest. Imaging showed a right paracardiac consolidation with pleural effusion and a mediastinal mass. Biopsy of the mass revealed features suggestive of thymoma. The provisional diagnosis was thymoma presenting with right-sided pleural effusion.
An 80-year-old male presented with a 2-month history of productive cough, dyspnea on exertion, and chest discomfort on walking. Examination found decreased breath sounds and vocal fremitus on the right side of the chest. Imaging showed a right pleural effusion and a large anterior mediastinal mass. Biopsy of the mass revealed features suggestive of thymoma. Thymoma is a neoplasm of the thymic epithelial cells that can result in autoimmunity or immunodeficiency. The provisional diagnosis for this patient is thymoma.
Evaluating Chronic Pain Patients Using Methods from Johns Hopkins Hospital Ph...Nelson Hendler
This article describes the use of physiological testing, instead of anatomical testing, to evaluate chronic pain. The efficacy of this approach is documented by published outcome studies.,, Patient require surgery 50%-63% of the time to improve.
The evaluation of back pain can be a pain in the neck or a back-breaking exercise, so to speak. However, the diagnosis hinges always on a focused History and Physical Exam and not really on labs or imaging. Knowing what to ask and where to look can make the evaluation of this all-too-common condition manageable for the internist.
This lecture focuses on the evaluation of low back pain and will guide the reader on the key points in the Hx and PE and prevent unnecessary testing/imaging. It also presents 3 "unusual" cases of low back pain which may be disabling if not recognized immediately.
Neuro-anatomy: Neurosurgeons perspective. A guest lecture delivered on 11th January 2017 at Regional CME on Role of Neuroanatomy in Clinical Practice at JNMC Sawangi (M), Wardha.
By- Dr. Shailendra Anjankar, Assistant Professor in Department of Neurosurgery.
(CME code- MMC/MAC/2017/F-006680)
This document provides an overview of chronic wound management and discusses the multidisciplinary approach needed. It notes that chronic wounds that do not heal within 3 months are considered chronic and cause patients severe stress. The document then provides statistics on chronic wound prevalence in the US and costs associated with wound care. It also discusses the growth in obesity and diabetes and their relationship to chronic wounds. Common chronic wound types and classification systems are summarized. Treatment approaches like compression therapy, VAC therapy, and the importance of evidence-based medicine are also highlighted at a high level.
This document discusses primary care for people with spinal cord injuries. It provides information on demographics of spinal cord injuries, health care utilization and barriers faced by people with SCIs, complications and secondary effects of SCIs, and approaches to managing issues like pain, bowel and bladder dysfunction, and autonomic dysreflexia. The goals are to review basics of SCIs, discuss major health issues and their management, and call for improved accessibility and advocacy to address unmet health care needs of people living with SCIs.
8 Surprising Reasons To Meditate 40 Minutes A Day That Can Change Your Life.pptxHolistified Wellness
We’re talking about Vedic Meditation, a form of meditation that has been around for at least 5,000 years. Back then, the people who lived in the Indus Valley, now known as India and Pakistan, practised meditation as a fundamental part of daily life. This knowledge that has given us yoga and Ayurveda, was known as Veda, hence the name Vedic. And though there are some written records, the practice has been passed down verbally from generation to generation.
Basavarajeeyam is a Sreshta Sangraha grantha (Compiled book ), written by Neelkanta kotturu Basavaraja Virachita. It contains 25 Prakaranas, First 24 Chapters related to Rogas& 25th to Rasadravyas.
Rasamanikya is a excellent preparation in the field of Rasashastra, it is used in various Kushtha Roga, Shwasa, Vicharchika, Bhagandara, Vatarakta, and Phiranga Roga. In this article Preparation& Comparative analytical profile for both Formulationon i.e Rasamanikya prepared by Kushmanda swarasa & Churnodhaka Shodita Haratala. The study aims to provide insights into the comparative efficacy and analytical aspects of these formulations for enhanced therapeutic outcomes.
ABDOMINAL TRAUMA in pediatrics part one.drhasanrajab
Abdominal trauma in pediatrics refers to injuries or damage to the abdominal organs in children. It can occur due to various causes such as falls, motor vehicle accidents, sports-related injuries, and physical abuse. Children are more vulnerable to abdominal trauma due to their unique anatomical and physiological characteristics. Signs and symptoms include abdominal pain, tenderness, distension, vomiting, and signs of shock. Diagnosis involves physical examination, imaging studies, and laboratory tests. Management depends on the severity and may involve conservative treatment or surgical intervention. Prevention is crucial in reducing the incidence of abdominal trauma in children.
- Video recording of this lecture in English language: https://youtu.be/kqbnxVAZs-0
- Video recording of this lecture in Arabic language: https://youtu.be/SINlygW1Mpc
- Link to download the book free: https://nephrotube.blogspot.com/p/nephrotube-nephrology-books.html
- Link to NephroTube website: www.NephroTube.com
- Link to NephroTube social media accounts: https://nephrotube.blogspot.com/p/join-nephrotube-on-social-media.html
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Histololgy of Female Reproductive System.pptxAyeshaZaid1
Dive into an in-depth exploration of the histological structure of female reproductive system with this comprehensive lecture. Presented by Dr. Ayesha Irfan, Assistant Professor of Anatomy, this presentation covers the Gross anatomy and functional histology of the female reproductive organs. Ideal for students, educators, and anyone interested in medical science, this lecture provides clear explanations, detailed diagrams, and valuable insights into female reproductive system. Enhance your knowledge and understanding of this essential aspect of human biology.
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Digital Infrared Thermal Imaging
1. Ann E. Stanger, MD 2940 Chapel Valley Road Madison WI 53711 608-233-2378
2. The clinical applications of DIGITAL INFRARED THERMAL IMAGING American College of Clinical Thermology
3. Clinical Thermography is a test of physiology that relies on the sympathetic nerve control of skin blood flow and the ability of the sympathetic system to respond and react to pathology anywhere in the body.
4. The very first thermal image in 1948 took 40 minutes to to scan
5. DITI’s role in breast cancer and other breast disorders is to help in early detection and monitoring of abnormal physiology and the establishment of risk factors for the development or existence of cancer. When used with other procedures the best possible evaluation of breast health is made.
7. DITI detects the subtle physiologic changes that accompany breast pathology, whether it is cancer, fibrocystic disease, an infection or a vascular disease. Doctors can then plan accordingly and lay out a careful program to further diagnose and /or MONITOR until other standard testing becomes positive. This allows for the earliest possible treatment.
8. Breast Cancers tend to grow significantly faster in younger woman under 50 A VERAGE AGE TUMOUR DOUBLING TIME Under 50 80 days Age 50 - 70 157 days Over Age 70 188 days Source: Cancer 71:3547-3551, 1993
9. All women can benefit from DITI breast screening. However, it is especially appropriate for younger women (30 - 50) whose denser breast tissue makes it more difficult for mammography to be effective. Also for women of all ages who, for many reasons, are unable to undergo routine mammography. This test can provide a 'clinical marker' to the doctor or mammographer that a specific area of the breast needs particularly close examination. It takes years for a tumor to grow thus the earliest possible indication of abnormality is needed to allow for the earliest possible treatment and intervention. DITI’s role in monitoring breast health is to help in early detection and monitoring of abnormal physiology.
10.
11. Early Detection DITI is especially appropriate for younger women between 30 & 50 whose denser breast tissue makes it more difficult for mammography to pick up suspicious lesions. This test can provide a 'clinical marker' to the doctor or mammographer that a specific area of the breast needs particularly close examination.
22. Digital Infrared Thermal Imaging can be used to image the entire body. Asymmetries in the body or changes from prior studies can correlate to physiologic changes that relate to pathology.
23. Focal hypothermia relating to a malignant cyst Small metastatic tumors indicated by focal areas of hypothermia over the lumbar spine
24. MVA, Steering wheel impacted the low chest, subsequent x-ray as a result of thermal findings showed fractures in the low sternum and left last rib.
48. Monitoring the effects of Acupuncture Baseline before needle placement Stabilized result after needle Removal Sequential recording at 5 minute intervals with needles in place
My name is Ann Stanger. I am a general practitioner and I have been practicing medicine in Madison for almost 20 years. The Human body is thermally symmetrical, and our normal thermal patterns are constant and repeatable. Pathology will cause sympathetic change and in most instances, thermal asymmetry. Digital Infrared Thermal Imaging is a highly sensitive and totally non-invasive clinical imaging procedure for objectively detecting and monitoring many injuries and conditions. Because the human body is thermally symmetrical we can use comparative views, left to right to detect physiological dysfunction.
Clinical Thermography is a simple test of physiology that relies on the sympathetic nerve control of skin blood flow and the ability of the sympathetic system to respond and react to pathology anywhere in the body. The Human body is thermally symmetrical, and our normal thermal patterns are constant and repeatable. Pathology will cause sympathetic change and in most instances, thermal asymmetry. Digital Infrared Thermal Imaging is a highly sensitive and totally non-invasive clinical imaging procedure for objectively detecting and monitoring many injuries and conditions. Because the human body is thermally symmetrical we can use comparative views, left to right to detect physiological dysfunction.
When we do thermal imaging of the breast now, it takes less than 5 minutes to take 5 views. The camera collects the image instantly.
Using DITI for breast screening provides a totally safe and non invasive method of detecting changes in the breasts that can result in the earliest possible detection of breast disease. DITI can detect and record physiological changes years before there is any clinical evidence of disease. Being able to detect and monitor suspicious changes at a very early stage gives us the opportunity for intervention and far greater treatment options. The complete test only takes ten minutes, there is no body contact, no radiation of any kind and once a baseline has been established a comparison study is performed annually.
Because pre-menopausal breast tissue is denser and more vascular than post menopausal breast tissue, any pathology taking place will have a better vascular supply and there will be increased cell changes and faster development of pathology in the younger women. The disadvantage with mammography is that with radiographically dense breasts it is difficult to differentiate between normal and abnormal density in the early stages of pathology. (It is also necessary to use more radiation to properly image dense breasts). Thermography is better suited to detect the physiological changes in the denser and more vascular pre-menopausal breast, with positive findings, months and sometimes years before the pathology becomes dense enough to be seen with mammography.
This 37 year old patient presented for routine thermographic breast screening, she was not in a high risk category and had no family history. No breast exams had been performed previously. The vascular asymmetry in the upper left breast and the local hypothermia at 11 O’clock was particularly suspicious and subsequent clinical investigation indicated a palpable mass at the position indicated. A biopsy was performed and a DCIS of 2 cm was diagnosed. Unfortunately this patient only survived for 12 months after diagnosis.
This patient was also age 37 when her first baseline thermogram showed a slight hyperthermic asymmetry in the upper right breast. The follow-up study showed the pattern had become more well defined and although clinical correlation did not find anything remarkable it was decided to repeat the exam again in a further 3 months, when again significant changes were seen. Mammography was performed at this stage with the thermographic guidance of the locally suspicious area at 1 O’clock to the right nipple. The mammographic findings were inconclusive and the patient was referred for a repeat mammogram in 12 months. Thermographic monitoring was continued and at the fifth comparative study at 12 months significant changes were still evident and the hyperthermic asymmetry (temperature differentials) had increased. Immediate further investigation was strongly recommended despite a scheduled mammogram in 6 months, and at the patients insistence a repeat mammogram was performed which clearly showed a small calcification (1 mm) at 1 O’clock. Within one week a lumpectomy had been performed with good margins and the pathology confirmed as a malignant carcinoma (DCIS). This patient has now had stable thermograms for the last 2 years and is expected to remain healthy.
This is the specific area of the small DCIS. We can see the vascular feed and the discreet area of hypothermia that is displacing the surrounding hyperthermia.
The results of this routine study led to the diagnosis of inflammatory carcinoma in the right breast. There were no clinical indications at this stage. (Thermography can show significant indicators several months before any of the clinical signs of inflammatory breast disease, skin discoloration, swelling and pain). Inflammatory breast disease cannot be detected by mammography and is most commonly seen in younger women, the prognosis is always poor. Early detection provides the best hope of survival.
This significant thermal asymmetry is caused by an early stage DCIS and was only just dense enough to be seen with thermography guided mammography. There was nothing palpable and this patient was 10 years away from her first routine mammogram.
Advanced angiogenesis in the upper left breast relating to a DCIS.
The very significant vascular activity in the left breast justified clinical correlation and close monitoring which returned an opinion of fibrocystic changes taking place. These changes can be monitored thermographically at regular intervals until a stable baseline is established and is reliable enough for annual comparison.
The increased vascular activity in both breasts is consistent with the hormonal changes in pregnancy. This patient was unaware that she was 4 weeks pregnant at the time of her scan. The thermography tech was an experienced operator who asked the patient….. “your not pregnant are you ?” The patient was amused and said that she wasn’t but phoned the clinic a few days later to tell them the good news.
The majority of suspicious findings are benign but it is important to identify anything that needs further investigation or to be monitored more closely until there are findings that can be used in the decision making process. The hyperthermic findings in this breast did not cause concern in conjunction with the history and clinical information relating to symptoms. These findings were consistent with this patients mastitis.
One per cent of breast cancers are found in men. The survival rate is much lower than in women as most breast cancers in men are only detected in advanced stages. This tumor was palpable at the time of imaging, there is a well established vascular feed which has even caused increased blood flow at the left brachial plexus and there is also drainage toward the sternum that extends to below the left breast. Metastasis were later found in other organs and this patient did not survive.
We can use DITI for the entire body looking for those asymmetries. I will quickly show some additional examples.
Detection and monitoring of all cancers with DITI relies on the body’s sympathetic response to the pathology. Early stage cell changes generally produce heat and vascular patterns caused by angiogenesis. Later stage pathologies that have become ‘structural’ or dense enough to displace the normally perfused surrounding tissue will show as locally cool areas.
MVA, Steering wheel impacted the low chest, subsequent x-ray as a result of thermal findings showed fractures in the low sternum and left last rib. This patient presented two days after accident with pain and breathing difficulty. Refused x-ray before thermography findings.
The skin as an organ (the largest) has specific regions that, through the autonomic system, relate to every internal organ and structure. This patient with a hypothermic asymmetry over the left lower chest has a history of CAD. “ He also has an abscess at the upper left 4 tooth” !
This patient presented with low back pain, there were no thermal findings in the back but the abdomen showed a well defined area of inflammation over the right kidney which could refer pain to the back. Subsequent tests confirmed a kidney infection.
The primary finding here is the local area of hyperthermia over the hepatic flexure of the colon. Diverticulitis was diagnosed after clinical correlation with thermographic findings.
The anterior view of the upper legs shows a patient who had unexplained pain in the right leg for over a year. The thermogram shows a varicosity with a perforator that a vascular surgeon was able to treat with minimal intervention due to the accuracy of the localization. The image showing the vascular pattern in the right lateral leg was of a patient who had a 3 year history of pain in the mid lateral thigh and knee. Nerve conduction tests and a full range of anatomical imaging tests failed to find any cause for the pain. This thermographic study led to a confirmed diagnosis of phlebitis.
Thermography uses the body's sympathetic control of skin blood flow as a window into the Autonomics ! A compromised immune function will always produce a distinct area of hypothermia over the T1 / T2 region.
100% of patients with positively diagnosed auto-immune related conditions exhibit local hypothermia over T1, T2. These patients all suffer from CFS and Fibromyalgia. The reliability of this phenomena allows us to monitor the response to treatment and rehabilitation over periods of time … days, weeks, or months.
We will be doing quick images of the neck tonight for those who are interested.
This thermogram shows the abdomen of a patient with hepatitis. The hepatic blood vessel (closed after birth) has now opened from the liver to the umbilicus.
This elderly lady had undergone a left hip replacement surgery 3 months previously and her continued leg pain raised a suspicion for DVT. The thermographic findings were not consistent with DVT, but showed a focal area of inflammation that guided a sonographer to a deep abscess near the bone. This was lanced and successfully treated with antibiotics.
TMJ can be difficult to diagnose. This patient had classic symptoms and also classic thermographic findings consistent with TMJ which helps to confirm a diagnosis.
Referred pain syndromes can also be difficult to diagnose. This patient presented with non specific pain in the lower right arm which had been investigated with a number of different modalities. Thermography showed thermal asymmetries that led to a positive diagnosis.
By using anatomical landmarks or placing IR markers on the patient, thermal asymmetries relating to specific structures can be included in reports.
This athlete had a history of a recurring ‘niggle’ and stiffness in his upper left shoulder…… one treatment guided by thermography resolved the problem permanently.
It can be reassuring and beneficial to both the patient and clinician to have objective conformation of a previous or new diagnosis.
A common problem in competitive swimmers. The Physiotherapists treating this Olympic swimmer were able to monitor the results of their treatments using thermography at regular intervals. Shorter recovery times and better end results can be achieved when treatments can be modified due to the information provided by thermography.
X-ray showed no abnormality, thermography correlated well with the patients report of pain and provided justification for the more invasive test of scintigraphy which clearly showed a stress fracture in the exact location indicated by the thermograms.
Although this hypothermic pattern resembles an S1 radiculopathy it is a sympathetic reaction to the pain caused by a bony spur on the left heel. The hyperthermia in the right plantar foot is likely to be a result of a long term weight transfer off the left heel.
Being in the right place at the right time resulted in this study taken within a few minutes of a fracture injury. A very significant sympathetic ‘shutdown’ occurred instantly with a hypothermic asymmetry of 11 ºc but within 3 hours inflammatory processes had reversed the asymmetry to one of a hyperthermia of 5 ºc.
This patient fell from a ladder. X-ray was inconclusive, Scintigraphy showed the fractures.
Thermographic evidence can positively influence decision making in case management. X-ray evidence confirmed complications with this ankle that required surgery.
Thermography was performed after cast removal, providing a baseline for comparative studies during the healing process. Indications of non healing fractures and other complications can be detected at an earlier stage during rehabilitation.
This Patient did not believe that the level of pain following his arthroscopy was reasonable to except. The thermography report of inflammation consistent with infection justified sending him back for further investigation which resulted in an appropriate anti-biotic being prescribed.
Very objective monitoring of the effects of treatment can be recorded. In this comparative study over time, (30 minutes) a significant change in the temperature differentials in the medial left leg is due to the acupuncture treatment. The entire region of interest is seen to cool but the local area of inflammation in the medial knee changes and reduces at a much greater rate.
Confirming a clinical diagnosis with objective evidence has many benefits. The vascular damage was not initially identified with this sporting injury.
This woman's basketball player had been carrying an injury to her right foot (stress fracture in the navicular). Thermography showed the effects of the weight transfer to her left knee.
Thermography is the most objective diagnostic test for CRPS. Treatment options and success rates depend on early detection, (in the first 3 months). The sympathetic ‘shutdown’ is so sever in this foot that the toes look thermally amputated.
RSD of the left hand. The return of normal sympathetic function after treatment was short term.
Temperature differentials are important when reporting…..the Objective evidence of thermography supports subjective opinion and can help in decision making.