View allAll Photos Tagged MedicalImaging
Check the still images to see the blockages / collapses, or maybe you can tell from the video, I can hardly see it. What you are seeing is a metallic ink (I think?) being injected into the heart. The cloud up on top at the end is just the leftover backflow, from what I understand. It lets them see each artery via x-ray.
Heard the story of Pat Martino, the guitarist? A Brain Aneurysm caused him to lose his memory. He had to relearn music and guitar from scratch.
See here - www.npr.org/templates/story/story.php?storyId=5249566
Here: www.youtube.com/watch?v=BUfLZjIQigQ
This is Pat Martino at his BEST: www.youtube.com/watch?v=8q742ZgZC28
Here is Pat Martino's Biography: www.youtube.com/watch?v=RuuDSU9lQxw&ab_channel=egrojC...
The small, black arrow points to the region of our brain devoted to music appreciation and music-making. I didn't take this. Clipped from the Ottawa Citizen Newspaper, scanned and edited for uploading.
Here's a link to the McGill U. lab of Dr. R. Zattore who was featured in the Montreal Gazette feature article from where I got this photo. Any credit for this image should go to Dr. Zattore and his Lab in Montreal, Que. www.zlab.mcgill.ca/home.html
Pat Martino passed away on November 1, 2021. May God rest his soul as one of the World's greatest guitarists.
It's not my photo. I found it in a book by Daniel J. Levitin.
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This is a CT scanner suite playset for minifigs, consisting of the exam room, the control room, and a waiting room.
The computer tomograph (CT) has been modeled after the Siemens Somatom Force.
Gonzo's abdomen is being scanned. Obviously, he needs a companion - Camilla is at hand!
However the fundamental question remains whether Gonzo's nose would fit inside the scanner ;-)
I volunteered for a brain imaging study, unfortunately I didn't get irradiated today and tested for radioactivity as the cyclotron was too warm, but I will get a PET scan in January.
This is an MRI scan, and no I don't have vulcan ears, those are the headphones they give you to keep you entertained.
My very first venture into writing and being published was to submit a couple of chapters on the importance and integration of medical imaging into trauma care based on the ATLS (Advanced Trauma Life Support) model and early medical intervention in acute and life threatening injury implementing the "Golden Hour"
The poor brick separator still feels unwell; now he is getting prepared for an interventional procedure using a contemporary C-arm with a flat panel detector.
As a reminder, keep in mind that this picture is available only for non-commercial use and that visible attribution is required. If you'd like to use this photo outside these terms, please contact me ahead of time to arrange for a paid license.
NIH experts care for a patient in Interventional Radiology. Interventional radiology is a minimally invasive medical specialty that provides image-guided diagnosis and treatment of diseases in every organ system and is crucial to care and treatment of patients at the NIH Clinical Center.
Credit: National Institutes of Health
Sir Godfrey Hounsfield invented the computer tomograph (CT). He conceived the idea in 1967.
Working for EMI (yes, that's the music label), he constructed the EMI scanner Mark 1 in 1971.
Initially, the scanner was constructed to perform brain scans only. The first scan was performed on a 41 year old lady who was shown to have a cystic tumor in the frontal lobe.
40 years ago, in 1979, Godfrey Hounsfield was awarded the Nobel Prize in Medicine, together with Alan M. Cormack. His name is eternally preserved in the density scale for CT imaging, which is measured in Hounsfield units (HU) and scaled between air (-1000 HU) and water (0 HU)
This is a Lego rendition of the first CT scanner.
My very first venture into writing and being published was to submit a couple of chapters on the importance and integration of medical imaging into trauma care based on the ATLS (Advanced Trauma Life Support) model and early medical intervention in acute and life threatening injury implementing the "Golden Hour"
Demand for medical imaging in B.C. has never been greater. Premier Christy Clark and Health Minister Terry Lake announced a new four-year strategy for magnetic resonance imaging (MRI) services to help health authorities increase patient access to MRI scans.
“With an ageing population, health authorities face increasing demand for medical imaging services,” said Premier Clark. “This is what having a strong, growing economy allows us to do – invest in a new strategy to address waitlists throughout the province, and continue to deliver the services British Columbians depend on."
Learn more: news.gov.bc.ca/releases/2015PREM0090-001921
As a reminder, keep in mind that this picture is available only for non-commercial use and that visible attribution is required. If you'd like to use this photo outside these terms, please contact me ahead of time to arrange for a paid license.
As a reminder, keep in mind that this picture is available only for non-commercial use and that visible attribution is required. If you'd like to use this photo outside these terms, please contact me ahead of time to arrange for a paid license.
Volume Rendering of a contrast enhanced cranial CT angiography.
Normal findings.
Stereoscopic view.
Rendering done with a Carestream workstation.
Some time ago, I built a Lego MRI (magnetic resonance imaging) system as a giveaway for a pediatric radiologist. A minifig gets a scan.
In addition the toy was CT scanned.
Here is the result of the scan:
Demand for medical imaging in B.C. has never been greater. Premier Christy Clark and Health Minister Terry Lake announced a new four-year strategy for magnetic resonance imaging (MRI) services to help health authorities increase patient access to MRI scans.
“With an ageing population, health authorities face increasing demand for medical imaging services,” said Premier Clark. “This is what having a strong, growing economy allows us to do – invest in a new strategy to address waitlists throughout the province, and continue to deliver the services British Columbians depend on."
Learn more: news.gov.bc.ca/releases/2015PREM0090-001921
Some time ago, I built a Lego MRI system as a giveaway for a pediatric radiologist and had it CT scanned later.
This is a volume rendering based on the axial scan. Note that the density of the bricks is different for each color.
Here is a photograph of the lego toy MRI:
Demand for medical imaging in B.C. has never been greater. Premier Christy Clark and Health Minister Terry Lake announced a new four-year strategy for magnetic resonance imaging (MRI) services to help health authorities increase patient access to MRI scans.
“With an ageing population, health authorities face increasing demand for medical imaging services,” said Premier Clark. “This is what having a strong, growing economy allows us to do – invest in a new strategy to address waitlists throughout the province, and continue to deliver the services British Columbians depend on."
Learn more: news.gov.bc.ca/releases/2015PREM0090-001921
Demand for medical imaging in B.C. has never been greater. Premier Christy Clark and Health Minister Terry Lake announced a new four-year strategy for magnetic resonance imaging (MRI) services to help health authorities increase patient access to MRI scans.
“With an ageing population, health authorities face increasing demand for medical imaging services,” said Premier Clark. “This is what having a strong, growing economy allows us to do – invest in a new strategy to address waitlists throughout the province, and continue to deliver the services British Columbians depend on."
Learn more: news.gov.bc.ca/releases/2015PREM0090-001921
Demand for medical imaging in B.C. has never been greater. Premier Christy Clark and Health Minister Terry Lake announced a new four-year strategy for magnetic resonance imaging (MRI) services to help health authorities increase patient access to MRI scans.
“With an ageing population, health authorities face increasing demand for medical imaging services,” said Premier Clark. “This is what having a strong, growing economy allows us to do – invest in a new strategy to address waitlists throughout the province, and continue to deliver the services British Columbians depend on."
Learn more: news.gov.bc.ca/releases/2015PREM0090-001921
Volume Rendering of an MRI scan (T2 Cube) of the brain.
No pathology.
Rendering done with a Carestream workstation.
And what's really strange is that this profile is so recognizable...........
I was given a doctor's note when we left - to show to any security people who stopped us - my father would be radioactive for up to 2 days after this test....
Nobody stopped us.
PS: If you use this image (for non-profit use), I'd love to know about it and see the link.
Please give me credit if you use this picture: susan sermoneta
You may use the picture free of charge for non-commerical purposes. Otherwise, please contact me.
Amrik Virk, Minister of Advanced Education and MLA for Surrey-Tynehead, together with representatives of Fraser Health, toured the brand new Surrey Memorial Hospital (SMH) emergency department, now Canada's second-largest ER, which opens to patients on Oct. 1, 2013.
Learn more: www.newsroom.gov.bc.ca/2013/07/smh-emergency-department-o...
Some time ago, I built a Lego MRI system as a giveaway for a pediatric radiologist and had it CT scanned later.
This is a stereoscopic volume rendering based on the axial scan, to be viewed in crossview technique.
Here is a short video showing the axial scan (scroll through the 2D dataset):
www.flickr.com/photos/voxel123/4036761573/
Here is a photograph of the lego toy MRI:
For those who've had a nagging concern about the shape of my corneas since May of 2001.
[Edited: Ooops - link got lost. Now added.]
The X-ray illustrates the titanium rods and pedicle screws that were attached to my lumbar vertebrae directly over the fusion. The allograft is progressing nicely.
You should also be able to see the doctor's markings where he measured the angle of my spine's curvature. At this stage it was 30-degrees, and there was a bit of worry that my spine hadn't stabilised; the distressing thought of further surgery hung over me for weeks.
On this initial X-ray, you can see the orthopaedic surgeon's markings indicating that 30% of vertebrae L1 was crushed. Corrective surgery was a tough call, as it always is where the spine is concerned. However, due to the presence of splintered bone matter in the immediate vicinity of the spinal nerve, it was a process of weighing up risks.
In the end, I opted for the suggested spinal fusion procedure. Bone shavings were obtained from my pelvis in order to graft onto the damaged vertebrae. Then, titanium rods were attached with pedicle screws in order to stabilise the spine, and ensure that fusion is a success.
This X-ray shows a view of my spine, oriented as though you were looking at my back.
No, all that metal doesn't trigger airport security... in case you were wondering. :)
Ultrasound is the method used to obtain images of the baby inside uterus via high frequency sound waves, no ionizing radiation involved in this procedure unlike x-ray.
In short it can determine the position of your baby, sex, age of pregnancy, weight, due date, abnormalities (if any) etc
Recent advances in imaging have resulted in the introduction of three-dimensional (3D) and four-dimensional (4D) ultrasound in which the baby is seen more detail in “real” time, so your baby can be seen moving around.
5-7 months is the best time for these picture, at this stage we will clearly be able to see your baby’s face, hands, fingers, feet and toes as well as any facial movements or gestures it may be making.
This is a picture of a 6 months baby taken from the screen few days back, we do take videos as well, the real pictures are much clearer than this and you get them on a CD.
If you want to have one, please contact Image Centre ,on 3302051
info via medicalimaging.com
Some time ago, I built a Lego MRI system as a giveaway for a pediatric radiologist and had it CT scanned later.
This is a volume rendering based on the axial scan. Note that the density of the bricks is different for each color.
Here is a photograph of the lego toy MRI:
Students from the following departments presented their research:
Biology, Chemistry, Psychology, Medical Imaging, Nursing, Physical Therapy,
Speech Language Pathology, Physics, History
Senior Breana Mosier of Wilkes-Barre, presented her research, “The Role of Computed Tomography in Diagnosing Coronary Artery Disease,” a study of the use of computed tomography (CT) scans in diagnosing and treatment of a wide range of coronary artery diseases, including arrhythmia and heart failure. Gina Capitano, assistant professor of medical imaging, served as advisor on the project along with Aaron Phillips, clinical instructor at Geisinger Community Medical Center in Scranton.
Student Research Poster Day took place on 5/5/22 from 9am-11am in Insalaco Hall 216-217-218-219. The campus community came out to support our MU student researchers. Students from the following disciplines presented posters: Biology, Business, Chemistry, Education, Medical Imaging, Nursing, Physical Therapy, Psychology, and Speech Language Pathology
Approximately 80 students from the College of DuPage Diagnostic Medical Imaging programs in Mammography, Nuclear Medicine, Radiography and Sonography displayed and discussed their work featuring a broad range of diseases and pathologies that have been detected using various imaging procedures.
Volume Rendering of an MRI scan of the brain.
Disseminated sclerosis.
Stereoscopic view.
Rendering done with a Carestream workstation.
Nearly 60 students from the College of DuPage Diagnostic Medical Imaging programs in Mammography, Nuclear Medicine, Radiography and Sonography displayed and discussed their work featuring a variety of diseases and pathologies that have been detected using various imaging procedures.
(Photos by Mike McKissack/COD News Bureau)
A toy mouse has been placed in a toy CT.
Incidentally, the toy mouse consists of wooden slices connected with a string, thus it literally asked for the real thing.
Here the toys are being prepared for CT scanning.
This is a stereo pair, to be viewed in crossview technique.
Volume Rendering of an MRI scan of the brain.
Disseminated sclerosis.
Stereoscopic view.
Rendering done with a Carestream workstation.