First, the main content of medical image examination technology research
Second, the development of medical imaging technology
Third, the essence of medical imaging technology
Fourth, the learning method of medical imaging examination technology
Chapter I X-ray inspection technology
Section 1 X-ray photography conditions
First, the photosensitive effect and its influencing factors
Second, the formulation of photographic conditions
Section 2 Terms commonly used in X-ray photography
First, anatomical posture
Second, the reference axis and anatomical plane
Third, anatomical location.
Fourth, joint movement.
Five, X-ray photography direction
Six, X-ray photography position
Section 3 X-ray body surface positioning marks
First of all, limbs
Second, the spine
Third, the chest
Fourth, the abdomen
Five, head
Section IV X-ray Photography Steps and Precautions
First of all, traditional X-ray photography
X-ray photography under special circumstances
Section 5 Standards for High Quality X-ray Photographs
First, meet the requirements of diagnostics.
Second, the appropriate image density.
Thirdly, proper image contrast.
Fourth, the sharpness is good.
Fifth, the image noise is less.
Section 6 Location of Conventional X-ray Photography
First, the head
Second, the chest
Third, the abdomen and pelvis
Fourth, the spine
Verb (abbreviation for verb) upper limb
Sixth, lower limbs
Section 7 mammography
First of all, digital mammography technology
Second, mammography examination technology
Section 8 Digital X-ray Detection Technology
I. Inspection Steps
Second, image post-processing.
Third, proper exposure.
Fourth, clinical application
Section 9 X-ray contrast inspection technology
I. Contrast agent
Second, drug sensitivity test, drug reaction and treatment methods
Third, the comparative inspection technology
X ray perspective technique
First, chest fluoroscopy
Second, abdominal fluoroscopy
Third, limb perspective
Chapter 2 CT detection technology
Section 1 CT examination methods
First, CT scanning.
Second, enhance CT scanning.
Third, CT angiography
Fourthly, CT perfusion imaging.
Verb (abbreviation for verb) enhances real-time monitoring.
Sixth, PET-CT
Section 2 Technical Parameters of cT Examination
First, the scanning type.
Second, the exposure conditions
Third, the vision
Fourth, the matrix
Fifth, aim
Six, layer thickness
Seven. Interlayer spacing
Eight. Reconstruction interval
Nine, throw the ball
Speed of lifting front wheel
XI. Electrocardiogram Control
Twelve. Scanning frame tilt angle
Thirteen, algorithm
Section III Display of CT Images and Influencing Factors of Image Quality
First, the display of CT images
Second, the influencing factors of CT image quality
The fourth section CT image post-processing technology
I. Reconstruction technology
Second, the reorganization technology
Section 5 Overview of Clinical Application
I indications and contraindications
Second, the preparation before inspection
Third, the inspection steps
Fourth, matters needing attention
Section 6 CT inspection technology of each part
First, the brain
Second, the head and neck.
Third, the chest
Fourth, the abdomen
Five, pelvic cavity
Six, the spine
Seven, limb joints
Chapter III Magnetic Resonance Examination Technology
Section 1 MRI image display and characteristics
First, the display of nuclear magnetic resonance images.
Second, the characteristics of magnetic resonance images
Section 2 Common Pulse Sequences and Their Applications
1. Spin echo pulse sequence
Second, fast spin echo sequence.
Third, reverse the recovery order.
Fourthly, gradient echo pulse sequence.
5. Echo plane imaging sequence
Section 3 Special Magnetic Resonance Examination Techniques
I. Overcurrent Phenomenon and Compensation Technology
Second, saturation imaging technology
Third, the gate technology
Fourthly, magnetization transfer contrast technology.
Five, magnetic resonance hydrography technology
MR angiography of intransitive verbs
Seven, the clinical application of magnetic resonance spectroscopy
Eight, functional magnetic resonance imaging
The fourth quarter magnetic resonance enhancement examination
I. Classification of magnetic resonance contrast agents
Second, the enhancement mechanism of magnetic resonance contrast agent
Third, the application of magnetic resonance contrast agent
Four. Adverse reactions of magnetic resonance contrast agents and their management
Section 5 Clinical Application of Magnetic Resonance Examination Technology
I. signs
Second, contraindications
Third, the preparation before magnetic resonance examination
Four, the safety requirements of magnetic resonance examination
Five, magnetic resonance examination technology of each part
Section 6 Artifacts and Compensation Technology
First, motion artifacts
Second, the package artifact
Third, chemical shift illusion.
Fourthly, truncation artifacts.
Five, magnetic sensitive artifacts
Six, zipper artifact
Seven, masking artifacts
Eight, cross excitation
Nine, parallel acquisition technology artifact
X. Other artifacts
Section 7 Biological Effects of Magnetic Resonance Imaging System
First, the biological effect of static magnetic field
Second, the biological effect of gradient magnetic field
Third, the biological effect of RF pulse.
Chapter IV Ultrasonic Testing Technology
Section 1 Ultrasonic flaw detection technology and progress
First, two-dimensional ultrasonic flaw detection technology
Second, M-type ultrasonic flaw detection technology
Three, ultrasonic Doppler examination technology
Four, tissue Doppler imaging examination technology
Five, color Doppler energy map
Six, endocardial edge detection technology
Seven. Dynamic display technology of color wall motion
Eight, harmonic imaging technology
Nine, contrast ultrasonic flaw detection technology
Interpersonal ultrasound technique
Eleven, three-dimensional ultrasonic testing technology
Section 2 Clinical Application of Ultrasonic Examination Technology
First, the brain
Second, the eyes, thyroid and salivary glands.
Third, breasts
Fourth, the heart.
Verb (abbreviation for verb) liver
Six, biliary system
Seven, pancreas
Eight, spleen
Nine, kidney
Urinary catheter
Eleven, bladder, prostate, seminal vesicle
Twelve, scrotum
Thirteen. Gynecological medicine
Fourteen obstetrics
Chapter V Film Laser Printing and Development Technology
Section 1 Digital Laser Printing Technology
First, the performance and characteristics of laser printers
Second, dry laser printing technology
Thirdly, wet laser printing technology.
Section 2 Automatic Film Processing Technology
First, automatic cleaning technology
Second, the management of automatic cleaning technology
Chapter VI Quality Management and Evaluation of Radiological Diagnostic Images
Section 1 Quality Management of Radiological Diagnostic Images
Firstly, the concept of quality management is put forward.
Second, the basic concepts of quality management and quality culture
Three. Procedures for quality management activities
Section 2 Evaluation of Radiological Diagnostic Image Quality
First, the subjective evaluation method
Second, the objective evaluation method
Third, the comprehensive evaluation method
Section 3 Similarities and differences between analog imaging and digital imaging quality evaluation
First, the similarities and differences of subjective evaluation results
Second, the similarities and differences of objective evaluation results
Section 4 Influence of Visual Reading Conditions on Image Quality
First, the influence of reading lamp conditions.
Second, the influence of display conditions
Section 5 Introduction of Breast Image Quality Control and Evaluation
I. X-ray quality requirements
Second, the detector requirements
Third, the dose requirements
Fourthly, the influence of viewing conditions on image quality.
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Chinese-English noun index
English-Chinese noun index