Sentences with phrase «diagnostic images using»

Produced diagnostic images using general radiographic equipment including...

Produced diagnostic images using general radiographic equipment including portable x-ray machines, fluoroscopy units, and C - Arm equipment.

Not exact matches

Optical diagnostic suite (schlieren, interferometry, and grid image refractometry) on OMEGA EP using a 10 - ps, 263 - nm probe beam

Used with existing CT scanners, the new software allows radiologists to precisely control the amount of radiation based on the specific size of each patient, while still producing diagnostic - quality images.

Using this method that has been developed by high - temperature plasma diagnostics, as shown in Image 2, we have succeeded in greatly reducing the influence of atmospheric pressure (gas), which was a problem in high - accuracy measurement of atmospheric pressure low - temperature plasma.

But there's another condition that has nothing to do with concerns over weight, shape or body image, and it has been recognized in the latest edition of the Diagnostic and Statistical Manual of Mental Disorders, which doctors use to diagnose conditions.

«Deep learning used to reconstruct holograms, improve optical microscopy: Ability to produce more accurate images more quickly could aid diagnostic medicine.»

An artificial neural network is used to transform low - resolution microscopic images of samples into high - resolution images, revealing more details of the sample, which could be crucial for pathology and medical diagnostics.

It is commonly used for medical imaging such as to get diagnostic images.

Adipocyte cross-sectional area was determined for each adipocyte in each field analyzed using image analysis software (SPOT version 3.3; Diagnostic Instruments Inc., Sterling Heights, Michigan, USA).

On all of our studies we use CT parameters appropriate for patient size and therefore utilizing the minimum amount of radiation necessary to assure diagnostic CT images.

By tuning the material's X-ray absorption, researchers can now use X-ray-computed tomography as a diagnostic tool to image the inside of parts without cutting them open or to investigate 3D - printed objects embedded inside the body, such as stents, joint replacements or bone scaffolds.

Commonly used for image guidance, interventional procedures (e.g. angiography), and for diagnostic studies such as an Upper GI series.

In 1994 he founded Definiens, a company dedicated to developing advanced processing tools for maximizing the information that can be gathered from images, with particular use for applications in medical diagnostics.

The quality of the malaria images could be improved by use of a higher NA objective; however, especially for the thick smear (more widely used for screening) the current images are already suggestive of the potential for diagnostic utility.

With the growing use of fluorescent stains in sample preparation to increase diagnostic sensitivity and specificity, we furthermore sought to incorporate fluorescent imaging capabilities into our mobile microscopy system and test the use of digital image processing for image analysis.

The combination of these two technologies opens up possibilities for a range of new applications, based around digital image sensing, including smart packaging and sensors for medical equipment and biomedical diagnostics, security and mobile commerce (user identification by fingerprint scanning), environmental and other industrial uses.

• Radiography — a diagnostic test using x-rays to produce an image of the lungs and heart.

New digital X-ray systems have vastly improved our diagnostic abilities by using computers to aid in the capture and manipulation of the image.

This technology greatly increases our diagnostic capabilities and is a significant advance over the use of x-ray film to take radiographic images.

Purpose of Study: Because of the highly detailed images, cone - beam computed tomography (CBCT) scans are commonly used as diagnostic tools in human medicine with great success; however, these scans are only now being introduced to the veterinary field.

An MRI works by using a magnetic field and radio waves to create images that are clearer and more detailed than other type of diagnostic scan.

Reviewing imaging protocols regularly, ensuring that only the minimal radiation necessary is used to acquire diagnostic - quality images;

Optical coherence tomography (OCT) is an emerging diagnostic imaging tool that uses light waves to generate real - time, high - resolution images of tissue at a microscopic level.

Diagnostic imaging refers to the techniques and processes used to create images of your pet's body or body parts for medical purposes.

Projects have included studies of feline congestive heart failure, canine renal disease, recruitment protocols to improve the diagnostic quality of computed tomography (CT) images of the lung in the neonatal foal and the use of dental acrylic to repair canine jaw fractures.

Diagnostic or medical imaging refers to the processes used to create images of the body.

If desired, digital images can be uploaded using our state of the art PAC system allowing transfer to telemedicine sites for specialists» review as well as enabling referral veterinarians to directly view patients» diagnostic as well as therapeutic images, staying more fully involved with their cases.

An analogy to Z T254K is the use of» virtual images» in optics to compute focal points, and likewise, the emission level diagnostic is not actually an emission level, but is just the height of the temperature that corresponds to the bulk emission level on the right hand side of Eq.

This recovery media will also allow you to use System Restore, recover your computer using a system image backup you've previously created, and run a Windows Memory Diagnostic to check your computer's RAM for problems.

Largely employed in hospital settings, diagnostic medical sonographers and cardiovascular technologists and technicians are trained in the use of special equipment in order to create images and conduct tests used by physicians to diagnose medical conditions as well as to aid during surgical procedures.

Use cognitive sonographic skills to identify, record, and adapt procedures as appropriate to anatomical, pathological, diagnostic information and images.

Dedicated to maintaining patient trust and comfort while producing superior quality images for diagnostic use.

Performed diagnostic medical procedures that use high frequency sound waves producing visual images or organs, tissues, or blood flow.

EXPERIENCE Radiology Technologist September 2008 - September 2009 Godwin Corporation, Tripler Army Medical Center, HI Proficient in all clerical aspects of radiology to include patient check - in, informed consent, and use of CHCS and PACS programs Fluoroscopic exams to include pediatric and adult barium enemas, esophagrams, G.I. studies, VCUG's, HSG's, and modified barium swallows Use of portable C - arm in operating room procedures to include orthopedic, spinal, abdominal, urologic, vascular, and interventional radiology cases Operation of stationary C - arm in upper and lower extremity arthrogram studies and lumbar punctures Preparation of contrast material for gastrointestinal, gynecological, urologic, intravenous and intra-arterial studies Inpatient and outpatient diagnostic x-rays to include upper and lower extremities, cranium, chest and abdomen Proficient in emergency patient care protocol to include CPR, oxygen administration, suction and use of monitoring systems such as EKG and blood pressure equipment Adherence to all radiation protection standards in accordance with ALARA Instruction of Army Radiology students in all aspects of radiography Radiology Specialist (Active Duty) February 2008 - July 2008 U.S. Army, Tripler Army Medical Center, HI Diagnostic radiographic imaging using digital, portable, C - arm and plain film systems Fluoroscopic, orthopedic and operating room radiography utilizing GE, Siemens, Canon, and Fuji equipment Interventional procedures to include aortograms, peripheral and cerebral angiography, venography, femoral runoffs, arthrograms, fistulagrams and lumbar punctures Preparation and set up of sterile field and instruments for interventional and fluoroscopic procedures using proper sterile technique Proper set up and use of intra-arterial and intravenous injector systems Experience with reconstruction, subtraction, road mapping and duplication of digital images Orientation to additional radiology modalities such as ultrasound, MRI, nuclear medicine, CT and mammogrause of CHCS and PACS programs Fluoroscopic exams to include pediatric and adult barium enemas, esophagrams, G.I. studies, VCUG's, HSG's, and modified barium swallows Use of portable C - arm in operating room procedures to include orthopedic, spinal, abdominal, urologic, vascular, and interventional radiology cases Operation of stationary C - arm in upper and lower extremity arthrogram studies and lumbar punctures Preparation of contrast material for gastrointestinal, gynecological, urologic, intravenous and intra-arterial studies Inpatient and outpatient diagnostic x-rays to include upper and lower extremities, cranium, chest and abdomen Proficient in emergency patient care protocol to include CPR, oxygen administration, suction and use of monitoring systems such as EKG and blood pressure equipment Adherence to all radiation protection standards in accordance with ALARA Instruction of Army Radiology students in all aspects of radiography Radiology Specialist (Active Duty) February 2008 - July 2008 U.S. Army, Tripler Army Medical Center, HI Diagnostic radiographic imaging using digital, portable, C - arm and plain film systems Fluoroscopic, orthopedic and operating room radiography utilizing GE, Siemens, Canon, and Fuji equipment Interventional procedures to include aortograms, peripheral and cerebral angiography, venography, femoral runoffs, arthrograms, fistulagrams and lumbar punctures Preparation and set up of sterile field and instruments for interventional and fluoroscopic procedures using proper sterile technique Proper set up and use of intra-arterial and intravenous injector systems Experience with reconstruction, subtraction, road mapping and duplication of digital images Orientation to additional radiology modalities such as ultrasound, MRI, nuclear medicine, CT and mammograUse of portable C - arm in operating room procedures to include orthopedic, spinal, abdominal, urologic, vascular, and interventional radiology cases Operation of stationary C - arm in upper and lower extremity arthrogram studies and lumbar punctures Preparation of contrast material for gastrointestinal, gynecological, urologic, intravenous and intra-arterial studies Inpatient and outpatient diagnostic x-rays to include upper and lower extremities, cranium, chest and abdomen Proficient in emergency patient care protocol to include CPR, oxygen administration, suction and use of monitoring systems such as EKG and blood pressure equipment Adherence to all radiation protection standards in accordance with ALARA Instruction of Army Radiology students in all aspects of radiography Radiology Specialist (Active Duty) February 2008 - July 2008 U.S. Army, Tripler Army Medical Center, HI Diagnostic radiographic imaging using digital, portable, C - arm and plain film systems Fluoroscopic, orthopedic and operating room radiography utilizing GE, Siemens, Canon, and Fuji equipment Interventional procedures to include aortograms, peripheral and cerebral angiography, venography, femoral runoffs, arthrograms, fistulagrams and lumbar punctures Preparation and set up of sterile field and instruments for interventional and fluoroscopic procedures using proper sterile technique Proper set up and use of intra-arterial and intravenous injector systems Experience with reconstruction, subtraction, road mapping and duplication of digital images Orientation to additional radiology modalities such as ultrasound, MRI, nuclear medicine, CT and mdiagnostic x-rays to include upper and lower extremities, cranium, chest and abdomen Proficient in emergency patient care protocol to include CPR, oxygen administration, suction and use of monitoring systems such as EKG and blood pressure equipment Adherence to all radiation protection standards in accordance with ALARA Instruction of Army Radiology students in all aspects of radiography Radiology Specialist (Active Duty) February 2008 - July 2008 U.S. Army, Tripler Army Medical Center, HI Diagnostic radiographic imaging using digital, portable, C - arm and plain film systems Fluoroscopic, orthopedic and operating room radiography utilizing GE, Siemens, Canon, and Fuji equipment Interventional procedures to include aortograms, peripheral and cerebral angiography, venography, femoral runoffs, arthrograms, fistulagrams and lumbar punctures Preparation and set up of sterile field and instruments for interventional and fluoroscopic procedures using proper sterile technique Proper set up and use of intra-arterial and intravenous injector systems Experience with reconstruction, subtraction, road mapping and duplication of digital images Orientation to additional radiology modalities such as ultrasound, MRI, nuclear medicine, CT and mammogrause of monitoring systems such as EKG and blood pressure equipment Adherence to all radiation protection standards in accordance with ALARA Instruction of Army Radiology students in all aspects of radiography Radiology Specialist (Active Duty) February 2008 - July 2008 U.S. Army, Tripler Army Medical Center, HI Diagnostic radiographic imaging using digital, portable, C - arm and plain film systems Fluoroscopic, orthopedic and operating room radiography utilizing GE, Siemens, Canon, and Fuji equipment Interventional procedures to include aortograms, peripheral and cerebral angiography, venography, femoral runoffs, arthrograms, fistulagrams and lumbar punctures Preparation and set up of sterile field and instruments for interventional and fluoroscopic procedures using proper sterile technique Proper set up and use of intra-arterial and intravenous injector systems Experience with reconstruction, subtraction, road mapping and duplication of digital images Orientation to additional radiology modalities such as ultrasound, MRI, nuclear medicine, CT and mDiagnostic radiographic imaging using digital, portable, C - arm and plain film systems Fluoroscopic, orthopedic and operating room radiography utilizing GE, Siemens, Canon, and Fuji equipment Interventional procedures to include aortograms, peripheral and cerebral angiography, venography, femoral runoffs, arthrograms, fistulagrams and lumbar punctures Preparation and set up of sterile field and instruments for interventional and fluoroscopic procedures using proper sterile technique Proper set up and use of intra-arterial and intravenous injector systems Experience with reconstruction, subtraction, road mapping and duplication of digital images Orientation to additional radiology modalities such as ultrasound, MRI, nuclear medicine, CT and mammogrause of intra-arterial and intravenous injector systems Experience with reconstruction, subtraction, road mapping and duplication of digital images Orientation to additional radiology modalities such as ultrasound, MRI, nuclear medicine, CT and mammography

Expressed emotions (EE) was assessed during the diagnostic interview (PACS) of the IMAGE - study, which was performed 6 years previous to the current study [49], using the scoring derived from Camberwell Family Interview [12].