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Solving complex cloud-security issues quickly and realistically could possibly be as simple as splitting encryption keys into two parts.
This special issue covers the evolution of electronic design automation and supplies a perspective on future development.
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Medical Imaging can be a department from the College of Medicine. It also is an intrinsic element with the Saskatoon Health Region.
providing medical imaging services; and
training radiology residents.
We also get involved in training opportunities for medical, dental, nursing, technology and postgraduate learners. A broad choice of research activities may also be being pursued by faculty, postgraduate students and residents.
The Department of Medical Imaging Services within Saskatoon Health Region is devoted to improving the healthcare of patients by excellence in diagnostic imaging and treatment.
We are dedicated in setting standards of excellence of radiological care and training of personnel including residents, appropriateness criteria, clinical and imaging protocols, and outcome expectations.
We promote scientific inquiry among its members to the advancement of imaging through clinical research, basic biomedical research and technology assessment, and clinical practice guidelines and outcomes research.
Our goals are that the members provide comprehensive diagnostic imaging through the most appropriate radiological evaluation therefore deliver the highest professional quality of care with optimal patient outcomes.
The undergraduate experience includes experience all components of Diagnostic Radiology, with some contact Interventional Radiology and Nuclear Medicine.
For essentially the most part can be an observership opportunity. The weekly schedule is meant to expose each student to a range on the modalities with staff and residents and students need to attend the scheduled academic teaching sessions for that residents, held every Wednesday afternoon from the Spencer library located from the department near CT. On bank day weeks, these sessions are held Friday afternoons.
Academic Faculty participates inside education of undergraduate medical students in lots of facets. This includes view box teaching inside the department. As well, the faculty engage in the JURSI academic Half-Day Teaching and Systems-based lectures.
The undergraduate elective experience includes experience of all components of Diagnostic Radiology, with some experience of Interventional Radiology. Nuclear Medicine observerships have to be arranged with all the Nuclear Medicine department directly.
For essentially the most part, the elective is definitely an observership, with opportunities for view box teaching.
The weekly schedule is meant to expose trainees to a range with the modalities with contact with various staff and residents.
Students are required to attend the scheduled academic teaching sessions for your residents, held every Wednesday afternoon within the Spencer library inside the department, near CT. On bank day weeks, they're held Friday afternoons.
For a week of elective, each student is to submit an intriguing case powerpoint presentation, while using the template provided. This is not to get a formal oral presentation, but is meant to stimulate participation from the department and will also be kept like a record of attendance and participation. These cases will accumulate with time and a bank training files is going to be available for future students. Thank you ahead of time to adding to this project.
Academic Faculty participates inside education of undergraduate medical students in lots of facets. This includes view box teaching of visiting elective medical students from the department. As well, the faculty engage in the JURSI academic Half-Day Teaching and Systems-based lectures.
Further changes on the undergraduate aspect of Radiology education are explored.
To look into the availble spots please click below about the green buttoms.
Phone: 306-655-2390 Fax:306-655-2370.
Students from outside of Saskatchewan, please contact:
Elective Coordinator for Residents and Canadian Students.
College of Medicine, Deans Office
Room 2.8.01, 2nd Floor, A Wing, St. Pauls Hospital
1702 - 20th Street West, Saskatoon, SK S7M 0Z9
Students externally of Canada, please contact:
College of Medicine Room 1B14,
1440 14th Avenue, Regina, SK S4P 0W5
The University of Saskatchewan Training Program in Medical Imaging was designed to provide the very best possible trained in all aspects of imaging. The program is surely an intensive one, with considerable focus on teaching, in addition to contact with a large variety of clinical pathology. The university-wide integration and rotational system means that each resident should have access to all of the strengths in our faculty and clinical pathology. Residents be able to to train at modern hospitals. All hospitals include state-of-the-art equipment including CT, MR, biplane angiography, is actually PET/CT for being installed this fall at Royal University Hospital. Residents work daily with the most effective of general radiographic, ultrasound, CT and MRI technology. All hospitals have digital image archiving and communication systems.
The five year program is made of one year of preliminary clinical training PGY1, accompanied by four years of trained in medical imaging. All residents should be knowledgeable about the physics of medical imaging. To that end, intensive instruction is provided in each in the PGY2 and PGY3 years. These classes are organized, coordinated and taught by Dr. Huda.
The program director could be the head on the residency training committee. There are two resident representatives about the committee together with representatives from each of the training sites in Saskatoon. This committee meets formally quarterly. More urgent topics are discussed by using an as needed basis.
There can be a yearly day-long retreat for everyone residents PGY1-5 together with the program director. Other speakers/attendees are invited as required.
The PGY-1 year represents a wide clinical experience including a four week review of medical imaging. Currently nearly three months can be are in Regina with College of Medicine funding/support, with all the remainder in Saskatoon. The current rotations include: ER, pathology, obstetrics, pediatrics, medicine and surgery. Three one-month elective blocks are included.
A rotation schedule is established that satisfies the requirements in the Royal College of Physicians Surgeons of Canada in regards to your content of education. The program emphasizes providing sound trained in general diagnostic radiology. The different rotations are distributed throughout the years from the program allowing the resident to get graded responsibility in each area in addition to taking while on an increasing consultative role.
Elective attendance at AIRP is encouraged and are financially supported. Elective experiences are available at affiliated sites in Saskatoon, and Regina. This offers a way to experience radiology away from a tertiary care centers.
An academic half-day program exists weekly September-June. There is usually a formal compilation of 4hour weekly lectures or seminars for all those residents, PGY1-5. Additional case-bases session occur weekly with the RUH site leading to once or twice a month with the other sites in Saskatoon.
Interdisciplinary rounds occur with orthopedics, rheumatology, neurosurgery, neurology, oncology, head and neck surgery and respiratory medicine at various points during month.
Journal Club meetings are organized from the residents and occur once 30 days.
The residents are hoped for to undertake two complete research projects throughout their five years in their training. A broad selection of types of projects may be, between retrospective views through quality assurance, to prospective randomized clinical studies. It is expected that the question is going to be posed and subsequently answered throughout the process of research. If it's felt to get appropriate, presentation of materials at National or International conferences is supported with the department. Presentation at our local Resident Research Day is suggested, but additional presentations are voluntary. The PGY-1 Residents attend the study day.
Residents can click this link to acces a total document for research training objectives and.
All residents are evaluated continually with evaluation reports in the completion of each 4-week or 8-week block of education. These evaluations are summarized into compiled evaluation reports every 6-months, with formal promotion reports yearly.
Objective assessment occurs together with the use of oral exams yearly for PGY2-4. The PGY5 trainees purchase an intense combination of personal exams geared for exam preparation.
All trainees PGY2-5 take part in a yearly OSCE examination from the spring.
All trainees PGY2-5 write the American College of Radiology in-service examination.
The Royal College of Physicians and Surgeons of Canada RCPSC objectives to train and specialty requirements that pertain specifically to look into highlight the need to get able to critically appraise causes of medical information, so that you can appropriately integrate new information into clinical practice and to get able to promote or collaborate inside the development of new knowledge inside the field of Radiology. Specifically, the resident are going to be required being familiar with all the development, execution, data analysis, interpretation and presentation of any research project by active participation in at the very least one research study during residency training, to be aware of the basic principles of basic and applied clinical research,, and to get able to critically appraise and summarize the literature using a given subject, and judge whether a scientific study or publication is sound, ethical, unbiased and clinically valuable. CanMEDS requires that finishing of these objectives in each residency programme be formally evaluated using In-Training Evaluation Reports ITERs and Final In-Training Evaluation Reports FITERs.
The goal of developing these Resident Research Training Objectives ended up being to standardize minimum resident research requirements in Canada. This document was created through collaboration and consensus by all members on the Research Committee. The guidelines describe research requirements expected coming from all residents successfully completing residency training programs in Canada. The achievement of Level I may be the standard requirement using a resident, while Level II might be achieved by some residents with interests in clinical, basic science or population health research. Time lines during residency to try and do the different requirements are outlined.
Head, Department of Medical Imaging University of Saskatchewan and Saskatoon Health Region
Royal University Hospital Room 1566.1
103 Hospital Drive, Saskatoon SK S7N 0W8
Royal University Hospital, 103 Hospital Drive, Saskatoon SK S7N 0W8
Royal University Hospital, 103 Hospital Drive, Saskatoon SK S7N 0W8
RUH Medical Imaging Manager, Quality, Safety and Informatics
Royal University Hospital, 103 Hospital Drive, Saskatoon SK S7N 0W8
Royal University Hospital, 103 Hospital Drive, Saskatoon SK S7N 0W8
MRI research time are going to be formally sold at RUH beginning May 10, 2012 from 12:30pm to 4:00pm. This time are going to be reserved on every Thursday for either the 1.5T or 3T scanner provided we now have time to adjust diary for other magnet accordingly preferably 1 month. This time is going to be available for any approved MR imaging research, fMRI research, MR Proton spectroscopy research, animal research, etc. A certify MRI technologist will likely be available and can operate the scanner as directed plus in conjunction while using researcher. Only SHR certified technologists will probably be allowed to operate the scanners. Onsite MRI safety for staff volunteer subjects and researchers will probably be the responsibility with the technologist. All human imaging subjects must read and sign a disclaimer before being imaged.
Policies, Procedures and Communications:
All research will be needing REB approval on the University of Saskatchewan research ethics board and also operational approval in the SHR before commencement of imaging. Exceptions may be made for acquiring limited initial pilot MR image data on proposed research as approved by RUH MRI medical lead Dr. David Leswick, RUH MRI research team, or designate. Initial validation for projects pre REB and OA can be provided without formal commitment, if requested.
All attempts are going to be made to schedule research time at the very least 3 weeks beforehand.
Initial discussion and requests from researchers really should be directed to Dr. Leswick or designate. Application for research has to be completed and submitted.
Operational approval could possibly be needed and are granted by RUH Medical Imaging Manager Darin Humphreys or designate.
Communication to outside department heads regarding MRI research will probably be generated from your office of Dr. Paul Babyn, Head of Medical Imaging at University of Saskatchewan and Saskatoon Health Region.
All researchers and assistants who'll enter MRI zones III and/or IV are must complete and pass the internet MRI safety program administered by SHR Quality, Safety and Informatics Manager Richard Dagenais and still have site orientation done by way of a staff MRI technologist, supervisor, or trained MRI Radiologist.
MRI department access security prox cards aren't going to be issued to researchers currently as they can be accompanied using a staff technologist or radiologist.
You is going to be contacted for discussion/scheduling/subject safety screening.
If approved, and you will likely be directly assisting with imaging, you will likely be directed to finish MRI safety training before commencing project.
3T Siemens Skyra Tim Dot 48 channel system with XQ gradients, 70cm bore.
Dedicated coils for Head/Neck 20 ch, knee 15 ch, foot/ankle 16 ch, hand/wrist 16 ch, body matrix array 18 ch, peripheral array 36 ch, posterior spine in table coil 32 ch.
H proton MRS-single and multi, SWI, DWI, TOF MRA/MRV, Phase Contrast MRA/MRV, CEMRA/MRV, ASL, Perfusion, Cardiac Argus processing, CSF and the circulation of blood analysis, Parallel imaging, TIM CT continuos table movement scanning with total body matrix combined.
1.5T Siemens Avanto Tim 76 x 32 with SQ gradients, 60cm bore.
Dedicated coils for Head, knee, foot/ankle, wrist, body matrix array x 2, peripheral array for lower body.
H proton MRS-single and multi, SWI, DWI, DTI, TOF MRA/MRV, Phase Contrast MRA/MRV, CEMRA/MRV, Perfusion, Cardiac Argus processing, CSF and circulation analysis, Parallel imaging.
fMRI protocols are under development, although not available at the moment.
The following CT examinations can be performed in daytime or evening.
At RUH we are now operating a GE CT750 HD Scanner and also a GE LightSpeed Ultra.
The General Fluoroscopy department offers many clinical services including: arthrograms, aspirations, barium enemas, modified barium swallows, small bowel enemas, cleft palates, cholangiograms, esophograms, hysterosalpingograms, GIs, myelograms, sialograms, tube checks, VCUs, venograms and fluorocopically-guided joint injections and operative procedures.
We are operating a Philips Radiography and Fluoroscopy unit along with a Philips multipurpose c-arm fluoroscopy unit.
An x-ray machine sends a radiation beam from the body and demonstrates solid internal structures, like bone, organs and dense muscle groups as an image for technologists and doctors to find out. Several x-rays could be taken from different angles. X-ray images are processed and ready for evaluation soon after the instances of radiology tests include all bone examinations, chest and abdomen images, examinations from the stomach and bowel barium is employed to visualize the organs, examination on the kidneys by injecting a contrast dye right into a blood vessel.
The MRI department at Royal University Hospital was opened in 1992 and is constantly on the function as being a clinical, teaching, and research magnet.
New state of art 1.5 T MRI Units were installed at St. Paul s Hospital in 2008 and Saskatoon City Hospital this year.
The RUH facility currently occupies an incredible new MR suite inside the Potash Corp MRI Centre at RUH with both 1.5 and 3 T MRI Units.
The RUH MRI offers clinical diagnostic services for a lot of departments including and not limited to neurology, neuro-surgery, general surgery, orthopedics, ophthalmology, internal medicine, cardiology, emergency medicine, and oncology. We predominantly see patients in the Saskatoon Region, as well as the northern half with the province, but often we receive referrals on the entire province on account of our affiliation using the medical college and also the many specialists who practice here. The department is involved inside the specialty training of Radiology residents and MRI technologists.
We are presently operating a Siemens 1.5T and 3T MRI systems equipped and able to do high resolution neuro imaging, functional imaging, cardiac imaging, magnetic resonance angiography MRA, spectroscopy, breath-hold abdominal imaging, magnetic resonance cholangio-pancreatography MRCP, flow studies and analysis, plus more.
Requests for MRI information and/or services in this particular district SPH, SCH and RUH are now accepted from specialists only and needs to be directed to MRI Central Booking office:
Positron Emission Tomography-Computed Tomography also known as PET/CT is really a diagnostic technique that incorporates both a PET camera plus a CT scanner into one imaging device. Through this process clinicians can incorporate the strengths of the PET camera by looking in the bodys cells with a molecular level while adding the anatomic accuracy of any CT scanner to pinpoint where disease processes are occurring.
In essence, two exams are executed sequentially along with the images from both modalities are fused together to provide the interpreting physician a much more comprehensive picture from both a molecular with an anatomical standpoint. When PET and CT images are combined, physicians can watch the exact location and extent of disease, permitting an accurate diagnosis and precise roadmap to compliment treatment.
PET represents: Positron Emission Tomography The test commences with an intravenous injection of an radioactive sugar called FDG fluorodeoxyglucose. The sugar can be seen in elements of your body the place that the cells tend to be active or possess a higher metabolic activity than normal.
CT is short for Computed Tomography a 3-D x-ray imaging technique. CT allows you localize the FDG uptake to specific anatomic structures. An abnormality detected by CT is going to be shown to represent active disease should the metabolic activity is high about the PET scan. Many normal cells like muscle and white blood cells likewise use sugar as fuel. CT will localize the FDG activity on track or inflamed arthritic joints avoiding a misdiagnosis.
When you arrive, a technologist will review of your information and answer any other questions maybe you have. You need to fast for a lot of hours prior for the examination so the cells within your body can take up the FDG radiotracer. You should only drink plain water before your appointment time for it to avoid dehydration.
Initially your finger are going to be pricked as well as your blood sugar will likely be measured by using a glucometer to ensure your blood glucose levels is within acceptable limits for ones examination. You are going to be weighed as well as an IV are going to be started with your hand or arm. You will then be positioned in a warm candlight room making as comfortable as is possible. Next, a small amount with the radiotracer are going to be injected in the IV. The IV will probably be left in for that duration from the scan.
You will NOT be capable of listen to music, read, talk, or play games, etc. It is important that you stop in a resting state and they are stimulated as little as is possible in order for your FDG radiotracer to get fully effective. You will be in a room resting for as much as 45 minutes with an hour before your scan. When it can be time for ones scan, the technologist asks you to empty your bladder prior to your scan begins.
You will lie on the comfortable table that moves slowly by way of a ring-like scanner mainly because it takes the photographs. You could possibly be asked to increase your arms or position them on your abdomen dependant upon what kind of study that you are having. It is important that you lie very still in your exam because movement can obstruct obtaining proper results. The first part from the procedure is usually a CT scan that will take about half a minute. The PET scan assumes on average an extra 30-45 minutes. Both procedures are performed about the same machine. Once your images are already checked in order that all information is of diagnostic quality, you will likely be free to leave.
Plan to invest about 2 hours along with us, from your moment you arrive until you're ready to leave. This time will change slightly depending about the type of examination you might be having.
You may leave the moment the exam is finished. If you received a sedative prior for the exam, you must employ a pre-arranged ride home. You is going to be able you can eat and drink right after the exam. Drinking fluids is encouraged to get rid of any FDG from a system. The nuclear medicine PET specialists will assess the images from a PET/CT and send research to your referring doctor.
Contact your doctor on your results on the PET/CT.
If you might have questions about a PET/CT which includes already been booked call 306-655-3340. If you might have any other questions get hold of your physician.
The volume of radiation you will get from a PET scan is comparable to any radiography procedure such to be a CT or Bone Scan. You are going to be slightly radioactive for a lot of hours therefore you should stay 5-6 feet clear of an infant, or anyone who is pregnant when you leave. You may interact freely with adults. FDG do not be detectable inside your body after a day.
If you're pregnant or breastfeeding you should inform the imaging staff BEFORE the examination is carried out.
You can get to be from the PET/CT department for an estimated 2-3 hours. Its important you arrive a half-hour before your childs appointment. When you arrive your child are going to be checked in for the department, then this technologist will interview you plus your child to ensure that all of the conditions are already met to proceed. An intravenous are going to be set up and then some radioactive material called FDG will probably be injected and capable to work from the body for approximately an hour. The actual scanning portion of your PET/CT exam takes approximately 30-45 minutes.
If a youngster is under the age of 5 or perhaps you know they will not have the capacity to hold still with the scan organic beef need to arrange sedation for ones child. This is something it is possible to talk on your physician about or maybe you may call us at 306 655-3340 and that we advise you on the course of action.
The radioactive material FDG has been shown to have no side effects to your patient. It works similar to glucose or sugar within your body; this is why we must wait sixty minutes before scanning and we all allow the entire body to naturally process this fabric the way it would along with other sugars. There is some radioactivity involved but pediatric patients receive much less of an dose than adult patients. There is really a CT component to your scan but unless indicated that it can be a full CT with contrast it truly is less radiation when compared to a normal CT scan. The Saskatoon Health Region works hard at implementing ALARA As Low As Reasonably Achievable, which implies we want to offer as little radiation as it can be to still get pictures of diagnostic quality. If you might have any questions you might phone our Radiation Safety Officer for additional clarification at 306 655-1797
What preparation does my child should do before coming?
Your child needs for being fasting the morning with the scan. This means no food or drink is allowed however they may have the maximum amount of water while they want. Things like gum and cough syrup aren't allowed likewise.
Strenuous activity must be avoided for a day before the scan.
Being cold prior to coming for the scan can interfere in obtaining proper results so if it can be winter pre heating your automobile before coming and wearing warm clothing will make the images end up better.
Dress the kid in comfortable clothing avoiding metal snaps or zippers. This can interfere in obtaining proper results. After arrival we might need these to change right into a hospital gown.
If your kids is diabetic please email us as natural meats need to issue special instructions.
The day prior to the study it's important to employ a low carbohydrate, low sugar diet. This means stuff like potatoes, rice and candy ought to be avoided. Things loaded with protein like meats and cheeses are good you can eat.
You needs to be able to become with your little one almost the entire time they have been in our department. The only time you might be asked to leave is the place where the CT scanner will go but this takes no more than a minute and you also would be capable of return for your child s side following this.
How do I let my child determine what is happening prior to test?
Before examination talk in your child as to what they should expect. For kids, use simple words and explain only shortly prior to a test is scheduled to start out. Some kids are most afraid that individuals need to supply them a needle therefore you may need to avoid telling them that before they are available. This is dependant on your own child, you understand them best.
Please talk about link below for getting diet instructions ahead of your PET/CT examination.
The PET/CT department in the Royal University Hospital gives you a Discovery 710 PET/CT scanner from Medical Systems, the initial of its kind to get released in Canada. The new facility can provide PET scans with diagnostic contrast enhanced CT, along with PET/CT with radiotherapy planning.
There can also be the opportunity to provide certain varieties of cardiac, and neurological imaging also.
Referrals are accepted in line with clinical indications set forth through the medical requisition located inside link below.
Clinical services can be obtained Monday to Friday. PET/CT requests are simply just accepted from approved specialists presently. Questions or concerns can be given to:
Ultrasound is really a complex, versatile and non-invasive medical imaging tool. It could be the detection and display of acoustic energy reflected from soft tissue interfaces within your body. These reflections provide you with the information necessary to form high quality gray scale images on the body as well as the study of the flow of blood.
This images are obtain by experienced credentialed sonographers utilizing a combination of skills including; knowledge on the physical principles of ultrasound and good comprehension of pathology, physiology and anatomy.
The Ultrasound Department offers diagnostic services to several departments like: medicine, surgery, obstetrics and gynecology, pediatrics, outpatients, emergency, neurology and nephrology
The examinations offered from the ultrasound department include; abdominal and small parts, muculoskeletal, obstetrics and gynecological, vascular, urological, trans-cranial Doppler and pediatrics.
There are five state on the art ultrasound units within the department at Royal University Hospital, three Philips IU22; one Spencer Technology for trans-cranial Doppler studies and another Zonare portable unit.
Sharon Harvey RTR, RDMS, RVT, CRGS, CRVT
Fine Needle Biopsy - Solid Organ, Thyroid and Superficial Masses
Core Biopsy - Liver, Thyroid and Superficial Masses
At RUH we are operating a Philips, Allura Xper, bi-plane, digital detector, fluoroscopy unit.
Department of Medical Imaging,
Administrative Assistant,
providing medical imaging services; and
training radiology residents.
We also take part in training opportunities for medical, dental, nursing, technology and postgraduate learners. A broad choice of research activities can also be being pursued by faculty, postgraduate students and residents.
The Department of Medical Imaging Services within Saskatoon Health Region is dedicated to improving the healthcare of patients through providing excellence in diagnostic imaging and treatment.
We are dedicated in setting standards of excellence of radiological care and training of personnel including residents, appropriateness criteria, clinical and imaging protocols, and outcome expectations.
We promote scientific inquiry among its members for your advancement of imaging through clinical research, basic biomedical research and technology assessment, and clinical practice guidelines and outcomes research.
Our goals are the reason is members provide comprehensive diagnostic imaging from the most appropriate radiological evaluation thereby deliver the highest professional quality of care with optimal patient outcomes.
The undergraduate experience includes experience of all areas of Diagnostic Radiology, with some experience Interventional Radiology and Nuclear Medicine.
For essentially the most part is definitely an observership opportunity. The weekly schedule is meant to expose trainees to a range in the modalities with staff and residents and students are anticipated to attend the scheduled academic teaching sessions with the residents, held every Wednesday afternoon inside the Spencer library located from the department near CT. On bank day weeks, these sessions are held Friday afternoons.
Academic Faculty participates from the education of undergraduate medical students in many facets. This includes view box teaching inside the department. As well, the faculty be involved in the JURSI academic Half-Day Teaching and Systems-based lectures.
The undergraduate elective experience includes experience all components of Diagnostic Radiology, with some contact with Interventional Radiology. Nuclear Medicine observerships should be arranged with all the Nuclear Medicine department directly.
For probably the most part, the elective can be an observership, with opportunities for view box teaching.
The weekly schedule is meant to expose each student to a range from the modalities with experience of various staff and residents.
Students are required to attend the scheduled academic teaching sessions to the residents, held every Wednesday afternoon inside the Spencer library inside the department, near CT. On bank day weeks, they are held Friday afternoons.
For weekly of elective, students is to submit a fascinating case powerpoint presentation, while using the template provided. This is not for just a formal oral presentation, but is meant to stimulate participation from the department and will also be kept being a record of attendance and participation. These cases will accumulate after some time and a bank training files is going to be available for future students. Thank you before hand to causing this project.
Academic Faculty participates from the education of undergraduate medical students in many facets. This includes view box teaching of visiting elective medical students from the department. As well, the faculty be involved in the JURSI academic Half-Day Teaching and Systems-based lectures.
Further changes for the undergraduate portion of Radiology education are increasingly being explored.
To look into the availble spots please click below about the green buttoms.
Phone: 306-655-2390 Fax:306-655-2370.
Students from from Saskatchewan, please contact:
Elective Coordinator for Residents and Canadian Students.
College of Medicine, Deans Office
Room 2.8.01, 2nd Floor, A Wing, St. Pauls Hospital
1702 - 20th Street West, Saskatoon, SK S7M 0Z9
Students external to of Canada, please contact:
College of Medicine Room 1B14,
1440 14th Avenue, Regina, SK S4P 0W5
The University of Saskatchewan Training Program in Medical Imaging is built to provide the top possible lessons in all aspects of imaging. The program is surely an intensive one, with considerable focus on teaching, in addition to contact with a large amount of clinical pathology. The university-wide integration and rotational system makes certain that each resident should have access to the many strengths individuals faculty and clinical pathology. Residents be able to to train at modern hospitals. All hospitals have state-of-the-art equipment including CT, MR, biplane angiography, sufficient reason for PET/CT being installed this fall at Royal University Hospital. Residents work daily with the most beneficial of general radiographic, ultrasound, CT and MRI technology. All hospitals have digital image archiving and communication systems.
The five year program is made up of one year of preliminary clinical training PGY1, and then four years of lessons in medical imaging. All residents has to be knowledgeable about the physics of medical imaging. To that end, intensive instruction is provided in each from the PGY2 and PGY3 years. These classes are organized, coordinated and taught by Dr. Huda.
The program director would be the head with the residency training committee. There are two resident representatives within the committee together with representatives from all of the training sites in Saskatoon. This committee meets formally quarterly. More urgent topics are discussed with an as needed basis.
There is usually a yearly day-long retreat for all those residents PGY1-5 with all the program director. Other speakers/attendees are invited when necessary.
The PGY-1 year represents a wide clinical experience including a four week summary of medical imaging. Currently nearly three months could be are in Regina with College of Medicine funding/support, with all the remainder in Saskatoon. The current rotations include: ER, pathology, obstetrics, pediatrics, medicine and surgery. Three one-month elective blocks are included.
A rotation schedule is established that satisfies the requirements from the Royal College of Physicians Surgeons of Canada in regards on the content of coaching. The program emphasizes providing sound learning general diagnostic radiology. The different rotations are dispersed throughout the years in the program allowing the resident to achieve graded responsibility in each area and also taking by using an increasing consultative role.
Elective attendance at AIRP is encouraged and financially supported. Elective experiences are available at affiliated sites in Saskatoon, and Regina. This offers the opportunity to experience radiology over and above a tertiary care centers.
An academic half-day program emerges weekly September-June. There is really a formal combination of 4hour weekly lectures or seminars for many residents, PGY1-5. Additional case-bases session occur weekly in the RUH site resulting in once or twice a month for the other sites in Saskatoon.
Interdisciplinary rounds occur with orthopedics, rheumatology, neurosurgery, neurology, oncology, head and neck surgery and respiratory medicine at various points in the month.
Journal Club meetings are organized because of the residents and occur once on a monthly basis.
The residents need to undertake two complete research projects throughout their five years of the training. A broad variety of types of projects can be, between retrospective views through quality assurance, to prospective randomized many studies. It is expected which a question is going to be posed and subsequently answered from the process of research. If it truly is felt to get appropriate, presentation of materials at National or International conferences is supported with the department. Presentation at our local Resident Research Day is required, but additional presentations are voluntary. The PGY-1 Residents attend the analysis day.
Residents can just click here to acces an entire document for research training objectives as well as.
All residents are evaluated continually with evaluation reports in the completion of each 4-week or 8-week block of your practice. These evaluations are summarized into compiled evaluation reports every 6-months, with formal promotion reports yearly.
Objective assessment occurs with all the use of oral exams yearly for PGY2-4. The PGY5 trainees get an intense number of personal exams geared for exam preparation.
All trainees PGY2-5 get involved in a yearly OSCE examination within the spring.
All trainees PGY2-5 write the American College of Radiology in-service examination.
The Royal College of Physicians and Surgeons of Canada RCPSC objectives to train and specialty requirements that pertain specifically to analyze highlight the need for being able to critically appraise options for medical information, as a way to appropriately integrate new information into clinical practice and being able to give rise to or collaborate inside the development of new knowledge inside field of Radiology. Specifically, the resident is going to be required to become familiar using the development, execution, data analysis, interpretation and presentation of the research project by active participation in at the very least one study during residency training, to learn the basic principles of basic and applied clinical research,, and being able to critically appraise and summarize the literature with a given subject, and judge whether a research study or publication is sound, ethical, unbiased and clinically valuable. CanMEDS requires that completing these objectives in each residency programme be formally evaluated using In-Training Evaluation Reports ITERs and Final In-Training Evaluation Reports FITERs.
The goal of developing these Resident Research Training Objectives would have been to standardize minimum resident research requirements in Canada. This document was made through collaboration and consensus by all members in the Research Committee. The guidelines describe research requirements expected of most residents successfully completing residency training programs in Canada. The achievement of Level I would be the standard requirement by way of a resident, while Level II can be achieved by some residents with interests in clinical, basic science or population health research. Time lines during residency to accomplish the different requirements are outlined.
Head, Department of Medical Imaging University of Saskatchewan and Saskatoon Health Region
Royal University Hospital Room 1566.1
103 Hospital Drive, Saskatoon SK S7N 0W8
Royal University Hospital, 103 Hospital Drive, Saskatoon SK S7N 0W8
Royal University Hospital, 103 Hospital Drive, Saskatoon SK S7N 0W8
RUH Medical Imaging Manager, Quality, Safety and Informatics
Royal University Hospital, 103 Hospital Drive, Saskatoon SK S7N 0W8
Royal University Hospital, 103 Hospital Drive, Saskatoon SK S7N 0W8
MRI research time is going to be formally sold at RUH beginning May 10, 2012 from 12:30pm to 4:00pm. This time will probably be reserved on every Thursday for either the 1.5T or 3T scanner provided we have now time to adjust agenda for other magnet accordingly preferably four weeks. This time is going to be available for any approved MR imaging research, fMRI research, MR Proton spectroscopy research, animal research, etc. A certify MRI technologist will likely be available and may operate the scanner as directed plus in conjunction while using researcher. Only SHR certified technologists is going to be allowed to operate the scanners. Onsite MRI safety for staff volunteer subjects and researchers will probably be the responsibility with the technologist. All human imaging subjects must read and sign a disclaimer before being imaged.
Policies, Procedures and Communications :
All research requires REB approval in the University of Saskatchewan research ethics board together with operational approval in the SHR before commencement of imaging. Exceptions might be made for acquiring limited initial pilot MR image data on proposed research as approved by RUH MRI medical lead Dr. David Leswick, RUH MRI research team, or designate. Initial validation for projects pre REB and OA could possibly be provided without formal commitment, if requested.
All attempts will probably be made to schedule research time at the least 3 weeks ahead of time.
Initial discussion and requests from researchers really should be directed to Dr. Leswick or designate. Application for research need to be completed and submitted.
Operational approval can be needed and are granted by RUH Medical Imaging Manager Darin Humphreys or designate.
Communication to outside department heads regarding MRI research is going to be generated through the office of Dr. Paul Babyn, Head of Medical Imaging at University of Saskatchewan and Saskatoon Health Region.
All researchers and assistants that will enter MRI zones III and/or IV are must complete and pass the web based MRI safety program administered by SHR Quality, Safety and Informatics Manager Richard Dagenais and possess site orientation done by the staff MRI technologist, supervisor, or trained MRI Radiologist.
MRI department access security prox cards won't be issued to researchers at the moment as they will be accompanied by the staff technologist or radiologist.
You is going to be contacted for discussion/scheduling/subject safety screening.
If approved, and you are going to be directly assisting with imaging, you will probably be directed to perform MRI safety training prior to starting project.
3T Siemens Skyra Tim Dot 48 channel system with XQ gradients, 70cm bore.
Dedicated coils for Head/Neck 20 ch, knee 15 ch, foot/ankle 16 ch, hand/wrist 16 ch, body matrix array 18 ch, peripheral array 36 ch, posterior spine in table coil 32 ch.
H proton MRS-single and multi, SWI, DWI, TOF MRA/MRV, Phase Contrast MRA/MRV, CEMRA/MRV, ASL, Perfusion, Cardiac Argus processing, CSF and the flow of blood analysis, Parallel imaging, TIM CT continuos table movement scanning with total body matrix combined.
1.5T Siemens Avanto Tim 76 x 32 with SQ gradients, 60cm bore.
Dedicated coils for Head, knee, foot/ankle, wrist, body matrix array x 2, peripheral array for lower body.
H proton MRS-single and multi, SWI, DWI, DTI, TOF MRA/MRV, Phase Contrast MRA/MRV, CEMRA/MRV, Perfusion, Cardiac Argus processing, CSF and the flow of blood analysis, Parallel imaging.
fMRI protocols are under development, although not available right now.
The following CT examinations might be performed every day or evening.
At RUH we are presently operating a GE CT750 HD Scanner as well as a GE LightSpeed Ultra.
The General Fluoroscopy department offers many clinical services including: arthrograms, aspirations, barium enemas, modified barium swallows, small bowel enemas, cleft palates, cholangiograms, esophograms, hysterosalpingograms, GIs, myelograms, sialograms, tube checks, VCUs, venograms and fluorocopically-guided joint injections and operative procedures.
We are presently operating a Philips Radiography and Fluoroscopy unit along with a Philips multipurpose c-arm fluoroscopy unit.
An x-ray machine sends a radiation beam with the body and demonstrates solid internal structures, like bone, organs and dense muscle groups as an image for technologists and doctors to determine. Several x-rays could possibly be taken from different angles. X-ray images are processed and ready for evaluation after that the types of radiology tests include all bone examinations, chest and abdomen images, examinations in the stomach and bowel barium can be used to visualize the organs, examination on the kidneys by injecting a contrast dye right into a blood vessel.
The MRI department at Royal University Hospital was opened in 1992 and will continue to function like a clinical, teaching, and research magnet.
New state of art 1.5 T MRI Units were installed at St. Paul s Hospital in 2008 and Saskatoon City Hospital this year.
The RUH facility currently occupies a lovely new MR suite within the Potash Corp MRI Centre at RUH with both 1.5 and 3 T MRI Units.
The RUH MRI offers clinical diagnostic services for a lot of departments including yet not limited to neurology, neuro-surgery, general surgery, orthopedics, ophthalmology, internal medicine, cardiology, emergency medicine, and oncology. We predominantly see patients from your Saskatoon Region, along with the northern half with the province, but often we receive referrals on the entire province because of our affiliation with all the medical college along with the many specialists who practice here. The department is involved inside specialty training of Radiology residents and MRI technologists.
We are presently operating a Siemens 1.5T and 3T MRI systems equipped and capable of singing high resolution neuro imaging, functional imaging, cardiac imaging, magnetic resonance angiography MRA, spectroscopy, breath-hold abdominal imaging, magnetic resonance cholangio-pancreatography MRCP, flow studies and analysis, plus much more.
Requests for MRI information and/or services on this district SPH, SCH and RUH are accepted from specialists only and really should be directed to MRI Central Booking office:
Positron Emission Tomography-Computed Tomography higher quality as PET/CT is really a diagnostic technique that incorporates both a PET camera along with a CT scanner into one imaging device. Through this process clinicians can easily incorporate the strengths of your PET camera by looking in the bodys cells with a molecular level while adding the anatomic accuracy of any CT scanner to pinpoint where disease processes are occurring.
In essence, two exams are carried out sequentially as well as the images from both modalities are fused together to offer the interpreting physician a much more comprehensive picture from both a molecular along with an anatomical standpoint. When PET and CT images are combined, physicians can look at the exact location and extent of disease, enabling an accurate diagnosis and precise roadmap to compliment treatment.
PET symbolizes: Positron Emission Tomography The test starts off with an intravenous injection of any radioactive sugar called FDG fluorodeoxyglucose. The sugar turns up in regions of your body the spot that the cells tend to be more active or use a higher metabolic activity than normal.
CT symbolizes Computed Tomography a 3-D x-ray imaging technique. CT really helps to localize the FDG uptake to specific anatomic structures. An abnormality detected by CT will likely be shown to represent active disease should the metabolic activity is high around the PET scan. Many normal cells like muscle and white blood cells likewise use sugar as fuel. CT will localize the FDG activity on track or inflamed arthritic joints avoiding a misdiagnosis.
When you arrive, a technologist will take a look at information and answer any other questions possibly you have. You will require to fast for a few hours prior to your examination so the cells within your body have the ability to take up the FDG radiotracer. You should only drink plain water getting the club your appointment time for you to avoid dehydration.
Initially your finger will probably be pricked plus your blood sugar will likely be measured by using a glucometer to ensure your blood glucose levels is within acceptable limits for ones examination. You will likely be weighed with an IV is going to be started with your hand or arm. You will then be used in a warm mysterious room making it as comfortable as is possible. Next, a small amount from the radiotracer will probably be injected to the IV. The IV are going to be left in to the duration on the scan.
You will NOT have the capacity to listen to music, read, talk, or play games, etc. It is important that you continue in a resting state and so are stimulated as little as you can in order with the FDG radiotracer to become fully effective. You will continue in a room resting for an estimated 45 minutes with an hour previous to your scan. When it really is time for the scan, the technologist asks you to empty your bladder prior to your scan begins.
You will lie with a comfortable table that moves slowly by using a ring-like scanner mainly because it takes the photos. You could possibly be asked to boost your arms or put them on your abdomen determined by what form of study you're having. It is important that you lie very still while having exam because movement can restrict obtaining proper results. The first part from the procedure is often a CT scan that may take about a short period. The PET scan has average one more 30-45 minutes. Both procedures are performed around the same machine. Once your images are actually checked to make certain all information is of diagnostic quality, you are going to be free to leave.
Plan to pay about 2 hours along with us, on the moment you arrive until you happen to be ready to leave. This time can vary slightly depending within the type of examination you might be having.
You may leave the moment the exam is done. If you received a sedative prior to your exam, you must have a very pre-arranged ride home. You will probably be able you can eat and drink right after the exam. Drinking fluids is encouraged to clear out any FDG from the system. The nuclear medicine PET specialists will study the images out of your PET/CT and send research to your referring doctor.
Contact your doctor for the results from the PET/CT.
If you've questions about a PET/CT which includes already been booked call 306-655-3340. If you might have any other questions call your physician.
The number of radiation you obtain from a PET scan is comparable to any radiography procedure such being a CT or Bone Scan. You is going to be slightly radioactive for many hours so that you should stay 5-6 feet far from an infant, or anyone who is pregnant when you finally leave. You may interact freely to adults. FDG don't be detectable with your body after 1 day.
If that you are pregnant or breastfeeding you should inform the imaging staff BEFORE the examination is conducted.
You should expect to be from the PET/CT department for about 2-3 hours. Its important you arrive a half-hour before your childs appointment. When you arrive your child are going to be checked in for the department, a technologist will interview you and also your child to ensure that all of the conditions happen to be met to proceed. An intravenous is going to be set up and then some radioactive material called FDG are going to be injected and capable to work inside body for around an hour. The actual scanning portion of an PET/CT exam takes approximately 30-45 minutes.
If a young child is under the age of 5 or maybe you know they will not have the ability to hold still to the scan organic beef need to arrange sedation on your child. This is something you are able to talk on your physician about otherwise you may email us at 306 655-3340 and now we advise you on the course of action.
The radioactive material FDG has been shown to have no side effects to your patient. It works similar to glucose or sugar inside your body; which explains why we must wait sixty minutes before scanning and we all allow our bodies to naturally process this fabric the way it would for some other sugars. There is some radioactivity involved but pediatric patients receive much less of any dose than adult patients. There is often a CT component towards the scan but unless indicated that it is usually a full CT with contrast it's less radiation over a normal CT scan. The Saskatoon Health Region works hard at implementing ALARA As Low As Reasonably Achievable, which implies we want to present as little radiation as is possible to still get pictures of diagnostic quality. If you've any questions you could phone our Radiation Safety Officer for more clarification at 306 655-1797
What preparation does my child must do before coming?
Your child needs to become fasting the morning on the scan. This means no food or drink is allowed nonetheless they may have all the water when they want. Things like gum and cough syrup usually are not allowed also.
Strenuous activity really should be avoided for one day before the scan.
Being cold before coming on the scan can interfere in obtaining proper results so if it can be winter pre heating your automobile before coming and wearing warm clothing might make the images prove better.
Dress your child in comfortable clothing avoiding metal snaps or zippers. This can interfere in obtaining proper results. After arrival we might need those to change right into a hospital gown.
If your youngster is diabetic please e mail us as organic beef need to issue special instructions.
The day prior to study it can be important to have a very low carbohydrate, low sugar diet. This means such things as potatoes, rice and candy really should be avoided. Things an excellent source of protein like meats and cheeses are good you can eat.
You must be able to get with your son or daughter almost the entire time they are usually in our department. The only time you could be asked to leave is the place where the CT scanner is certainly going but this takes approximately a minute so you would have the capacity to return for a child s side following this.
How do I let my child really know what is happening prior to the test?
Before test talk in your child with what they should be expecting. For young kids, use simple words and explain only shortly prior to test is scheduled to begin. Some kids are most afraid that any of us need to provide them a needle which means you may desire to avoid telling them that before they are available. This is dependant in your child, you understand them best.
Please talk about link below to get diet instructions before your PET/CT examination.
The PET/CT department on the Royal University Hospital comes with a Discovery 710 PET/CT scanner from Medical Systems, the initial of its kind to get released in Canada. The new facility has the capacity to provide PET scans with diagnostic contrast enhanced CT, along with PET/CT with radiotherapy planning.
There is additionally the opportunity to provide certain varieties of cardiac, and neurological imaging likewise.
Referrals are accepted in accordance with clinical indications set forth through the medical requisition located inside the link below.
Clinical services are available Monday to Friday. PET/CT requests are simply just accepted from approved specialists right now. Questions or concerns can be given to:
Ultrasound is really a complex, versatile and non-invasive medical imaging tool. It may be the detection and display of acoustic energy reflected from soft tissue interfaces within our bodies. These reflections give the information had to form hi-res gray scale images in the body and also the study of blood circulation.
This images are obtain by very skilled credentialed sonographers having a combination of skills for instance; knowledge in the physical principles of ultrasound and good perception of pathology, physiology and anatomy.
The Ultrasound Department offers diagnostic services to numerous departments for example: medicine, surgery, obstetrics and gynecology, pediatrics, outpatients, emergency, neurology and nephrology
The examinations offered from the ultrasound department include; abdominal and small parts, muculoskeletal, obstetrics and gynecological, vascular, urological, trans-cranial Doppler and pediatrics.
There are five state on the art ultrasound units inside department at Royal University Hospital, three Philips IU22; one Spencer Technology for trans-cranial Doppler studies and another Zonare portable unit.
Sharon Harvey RTR, RDMS, RVT, CRGS, CRVT
Fine Needle Biopsy - Solid Organ, Thyroid and Superficial Masses
Core Biopsy - Liver, Thyroid and Superficial Masses
At RUH we are presently operating a Philips, Allura Xper, bi-plane, digital detector, fluoroscopy unit.
Department of Medical Imaging,
Administrative Assistant,
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