Download General Radiography - Santa Rosa Junior College

Syllabus
for
RT 98
Inderpendent Study Course
1
SANTA ROSA JUNIOR COLLEGE
RADIOLOGIC TECHNOLOGY
Rad T 98 – Independent Study Course
Objectives: This Special Studies course is designed to give radiologic technology students or
technologists the opportunity to study or review materials the Medical Imaging curriculum.
First-year students are asked to refrain from studying those modules intended for the second-year
stage. These modules are printed in bold and italic characters.
The following designated modules are available for use in the Health Learning Resource Center:
Angiography and Catheter Lab (2nd year)
V6 0 3
V6 0 4
V6 1 4
V6 0 5
V6 0 6
Aneurysm Embolizations - Five Cases: Mobile C-arm (12 min.)
Cholangio, Fluorography: Mobile C-arm (6 min.)
Coronary Angioplasty: A Patient’s Guide (12 min.)
Squibb
Three Intraoperative Neurological Case Studies: Mobile C-arm
(6 min.)
Diasonics
Mobile Trauma and Emergency Room Angiography:
Mobile C-arm (6 min.)
Diasonics
Computed Tomography (CT Scan)
V4 3
C130
V4 6
V4 5
V4 1 1
V4 4
Basic Principles of Computed Tomography, Part 1 (17 min.)
CT Review (Computed Tomography)
BraccoDiag
Medical Aspects of Computed Tomography, Part IV (20 min.)
Quality Assurance of Computed Tomography, Part III (35 min.)
Spiral-Helical CT (50 min.)
Theory of Computer Tomography, Part II (35 min.)
CD141 (2)
CD142 (2)
CD143 (2)
CD144 (3)
CD145 (2)
CD146 (2)
CD147 (3)
(2nd year)
Computed Tomography: Principles and Equipment – 2006
Multi-slice CT– 2006
Anatomy and Physiology in CT– 2006
Clinical Applications of CT Physics – 2006
Image Quality in CT – 2006
Radiation Dose in CT – 2006
Quality Assurance in CT – 2006
SRJC
SRJC
SRJC
SRJC
SRJC
SRJC
SRJC
2
Computer Programs
CD136
CD139*
C127
C130*
C118*
CD116*
DVD149
DVD150
DVD133*
CD152*
CD132*
Davis
C15*
CD129*
CD16*
CD123*
CD128*
CD122*
CD117*
CD17*
CD135*
CD137*
C18*
C126*
C125*
Basic Radiation Safety, Version 1.02 – 1997 (requires CD)
Landa uer
Basis of Digital Imaging - 2003
Cardiovascular-Interventional Technology Examination
Computed Tomography – Online Board Review
BraccoDiag
Fundamentals of MRI
Corectec
Patient Care Challenge - 2005
Corectec
Patient Care in Radiology 2007 (see page 1)
SRJC
Patient Care in Radiology 2007 (see page 1)
SRJC
Physics Challenge -2005
Corectec
Practical CR (cassette-based radiography) – 2007
Corectec
Primer of Radiographic Exposure Technique – 1993 (requires CD) FA
For this CD, type in anything at Sign on and Password.
Problem Solver Program (1st year – RT98)
Corectec
Quality Management Examination - 2000
Radiation Protection Challenge - 2005
Corectec
Radiographic Contrast - 2000
Corectec
Radiographic Density - 2000
Corectec
Radiographic Examination I – 2000 (same as 1997)
Corectec
Radiographic Procedures Challenge - 2005
Corectec
Radiographic Quality - 2000
Roentgen - Interactive Radiology Teaching File (Images for
640 diagnoses and 1,000 quiz questions.) 1996 (requires CD)
W illW ilk
Recorded Detail and Distortion – 2001
Corectec
Retake Program – 1988 (1st year – RT98)
Ultrasound Physics Examination
Vital Signs – A Patient Care Learning Module - 1996
Corectec
3
C119*
C114*
*harddrive
>
>
>
X-ray Circuit Program - 1984
Corectec
X-ray Interactions with Matter
Videodiscs
An Interactive Approach to Radiographic Anatomy
and Positioning - 1991 (2 Books) (Evantash (1st year – RT98)
Imagedis
Radiographic Exposure & Technique - 1992 (Book) (Evantash)
Imagedis
Radiology of Spine Injury - 1991 (Book) (Kornguth)
(1st year – RT98)
Image
>
dis
Skeletal Radiology: The Bare Bones Teaching Collection - 1991
(Book) (Chew)
Imagedis
Radiographic Images
CD151 (5)
CD11*
Images for Critiques – 2007 - RT61A (requires CD)
Image Production Challenge – 2005
SRJC
MRI and Ultrasound
V1 0 3
C118*
V4 1 8
V3 7 2
CD27
C126
V7 2
V6 0 7
Basic Physics of Ultrasound Imaging (32 min.) 1983
Fundamentals of MRI
MRI Magnet Safety: W arning Invisible Force (13 min.)
Magnetic Resonance: An Overview (30 min.)
SevenHls
Sectional Anatomy for Radiographers - 1996
Ultrasound Physics Examination
Ultrasound Technique (Schiebel) (22 min.)
Vascular Cases: Mobile C-arm
Diasonics
Mosby
SRJC
Mammography Media
V4 0 3
V4 0 7
10-225
V4 3 9
The Art of Positioning - Level1: Basic Mammographic Positioning
(45 min.)
ACS
The Art of Positioning - Level 2: Problem Solving (50 min.)
ACS
Breast Imaging: Accreditation and Quality Control
(43 min./109 slides)1993
The Design and Application of the Mammography X-ray Machine,
4
V4 4 0
Part l (56 min.) 1997
EduMed
The Design and Application of the Mammography X-ray Machine,
Part ll (56 min.) 1997 EduMed
nd
(2 year)
CD140* (4) Mammography Presentations – 10 units – 2005 (PowerPoint) SRJC
(Bonnie Patterson and Dr. Xuan Ho)
Unit 1 – Breast Anatomy and Physiology
Unit 2 – Breast Viability and Pathology
Unit 3 – Mammography Equipment
Unit 4 – Mammography Positioning
Unit 5 – Mammography Technical Applications
Unit 6 – Mammography FDA & MQSA
Unit 7 – Mammography Quality Assurance and Quality Control
Unit 8 – Mammography Interventional Procedures
Unit 9 – Indicators and Treatment for Breast Disease
CD148*
Mammography Review for Final Exam – 2006 (RT98 -39 frames/
PowerPoint) Laura Horton and Dr. Xuan Ho
SRJC
CD24
V4 3 3
V4 3 4
C121*
V4 3 5
V4 3 6
CD148*
V4 0 5
V4 2 7
V4 1 0
V6 0 2
V3 6 6
C129*
nd
Mammography - Unit 24 – 1996 (2 nd year – requires CD)
Mosby
Mammography Artifacts, Part l (58 min.) 1997
EduMed
Mammography Artifacts, Part II (75 min.) 1997
EduMed
Mammography Examination for Windows – 2000 (same as 1997)
approx. 2 hrs
Corectec
Mammography Film QC l: Film Contrast Variables (50 min.) 1997
EduMed
Mammography Film QC ll: Processor Variables (70 min.) 1997
EduMed
Mammography Final Exam Review – 2006 (RT98 - 39 frames)
Dr. Xuan Ho and Laura Horton
SRJC
Mammography: Fundamental Concepts for Optimal Tissue
Visualization
Mammography Precision Positioning (56 min.) 1997
EduMed
Mammography: Woman-to-Woman (10 min.)
ACR
Mammotests: Stereotactic Breast Biopsy
Quality Assurance in Screen-Film Mammography: A Guide for
Technologists
Quality Management Examination - 2000
5
V4 3 8
Step-by-Step Crossover (56 min.) 1997
EduMed
Radiologic Videos (see also Angiography, CT, Mammography,
MRI & Ultrasound Media)
V3 9 6
Ed
V3 1 3
V3 1 4
V4 1 9
V5 7
V4 0 8
V6 4
V6 3
V5 3
V1 5 1
V1 0 4
V1 1 6
V3 1 5
V3 1 6
V3 1 7
V3 1 8
V3 1 9
V3 2 0
V3 9 8
V5 6
V3 2 2
V3 2 3
V3 2 4
V3 2 5
Adult Radiography - Part 2 - 1994
ASRT
Artifacts: Their Detection and Isolation, Part l (41 min.)
SevenHls
Artifacts: Their Detection and Isolation, and Echoencephalographic
SevenHls
Scanning, Part II (35 min.)
ConMed
Back to Chernobyl (55 min.)
Basic Program of Quality Control for the Automatic Film Processor
BurRadH
Big Picture, The (27 min.)
ACR
Biological Effects of Radiation: Basic Concepts and History;
Biological Effects of Ionizing Radiation: Acute Effects (17 min.)
BurRadH
Biological Effects of Radiation, Part 1 (20 min.)
BurRadH
Checking the Accuracy of the Light Beam in a Collimator
BurRadH
Current and Voltage (22 min.)
McInt
Digital Radiography, Current Clinical Uses of Part I (36 min.) 1983 W ills
Efficiency in Patient Radiation Exposure through Evaluation
of Imaging Techniques
Brodeur
Essentials of Skull Radiography, Part 1 - 1990
Essentials of Skull Radiography, Part 2 - 1990
Essentials of Abdomen and Pelvis Radiography (45 min.) 1991
Essentials of Chest Radiography – 1990
Foreign Body Radiography
Fracture Radiography
Geriatric Radiography - Part 4 - 1994
ASRT Ed
Gonad Shielding in Diagnostic Radiology BurRadH
Ionizing Radiation, Module 1, Scientific Background Altschul
Ionizing Radiation, Module 2, Units Used In Radiation Protection
Altschul
Ionizing Radiation, Module 3, Principle Types of Hazard
Altschul
Ionizing Radiation, Module 4, Control External Rad Hazard
Altschul
6
V3 2 6
V3 6 2
V1 0 2
V1 0 5
V3 9 5
V5 2
V1 0 1
V5 8
V3 0 1
V6 2
V4 4 2
V4 0 9
V4 2
V3 2 1
V3 9 7
Ionizing Radiation, Module 5, Measuring External Hazard
Altschul
IV Procedures for Contrast Media and Medication Administration
199 4
ASRT Ed
Medical Devices and Radiologic Health Issues (27 min.) 1984
BurRadH
An Overview of Technical Aspects of Digital Radiography
BurRadH
Pediatric Radiography - Part I - 1994
ASRT Ed
Principles of X-ray Protection (30 min.)
Radiation Bioeffects and Protection Principles (58 min.) 1983
BurRadH
Radiation, Physician, and Patient (45 min.)
BurRadH
Radiation Therapy: Cancer and You (8 min.) - 1989
Lange
Roentgen, The (14 min.)
RadH
Safety – Suggested Techniques for Using BD Safety Products
(30 min.) – 1999
Becton D
Skull and Facial Bone Radiography - 1995
ASRT Ed
Theoretical Aspects of Medical Imaging Systems (35 min.)
BurRad H
Trauma Radiography (1st year)
Trauma Radiography - Part 3 – 1994 (1st year)
ASRT
7
Instructions for this independent study class:
As you enroll in this course, you hereby agree to abide to the following terms in order to
complete this course successfully:
For Program Students :
Step 1: Using the following paragraph as a sample to complete the last page of this syllabus:
The purpose of this class is to study complementary material in
Radiology by reviewing at least 5 programs available in the HLRC. I
choose to study the following: __________, __________, _________,
__________, __________. I will adhere to the attendance requirement
and will submit a final term paper, as required, during the finals week. I
understand that a failing grade will be issued if I fail to submit any of
the above-mentioned course requirement.
Step 2: Sign, date, and submit this complete form to the course instructor.
For each credit unit, you are to complete a minimum of five modules.
Step 3: At your own pace, schedule time to work on this class’ material in the Health Learning
Resource Center, Room 4036.
Step 4: Attendance
Check in to this section via the Distance Education website: http://online.santarosa.edu/
You must sign in and out the CATE webpage of this class. If you fail to do so, the required 48
hours will not be counted.
Your grade will be based on the following:
- Attendance 48 hrs (for each credit unit)
40%
- A two-page term paper (for each credit unit)
* 60% if a final is not required
* 30% if a final is required
Note: This final paper should summarize the subjects, their
efficacy, and the learning experience you have acquired through
this course. This final paper will be graded based on grammar,
organization, and expository skills.
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For Returning Technologists :
Step 1: Explore and secure the approval from an SRJC affiliated Radiology Department prior to
contacting the program.
Step 2: Make an appointment with program officials to initiate and work out a plan of study
and/or clinical experience.
Step 3: Using the following paragraph as a sample to complete the last page of this syllabus:
The purpose of this class is to gain further clinical experience. I will
complete _____ madatory competencies and _____ elective competencies
during my ________day/week rotation at the assigned clinical site that is
affiliated with SRJC. I agree to adhere to the attendance requirements
of ______ hours/week. The grading of this class will be determined by
the successful completion of the clinical hours (40%), competencies
(30%), and the clinical evaluation (30%). I will submit all
documentation on the finals week. I understand that a failing grade will
be issued if I fail to submit any of the above-mentioned course
requirement.
Step 4: Sign, date, and submit this complete form to the course instructor.
Step 5: Be prepared to
purchase your own personnel monitoring device by contacting Instadose at
http://www.instadose.com
secure proper uniform and program patch, according to the program uniform code
secure an identification badge, contact the Health Sciences Office for details
12-step Add Code Instructions:
1. Obtain an Add Code for the course by sending an email to the course instructor
2. Log on to Weblink at https//www.santarosa.edu/app/registration-weblink/
3. Enter your SSN or ID and birth date - Log In
4. Select semester and then
5. Select Add/Drop/Register - Submit
6. Enter the course SECTION NUMBER FIRST
7. You will be informed that the class is closed
8. You will be asked for an Add Code
9. Now enter the Add Code (given by the course instructor)
10. Press "Complete Transaction"
11. Make sure you have completed all 5 registration steps
12. Always print a receipt for your records.
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SANTA ROSA JUNIOR COLLEGE
Radiologic Technology 98 – Independent Study Course
FALL 
SPRING
SUMMER
201 ___
Name _________________________________________ SID# ________________________
Street Address _______________________________ City _________________ Zip _________
Previous "49" units ______ and/or "98" units _______
(total allowable = 6 units)
Prior course in department?
YES ___________
NO ___________
NOTE: Total enrollment over 18 units requires an approved petition.
Course Name and Number
Rad T 98
Section # _______________
UNITS: __________
(1 -2 -3 = 3 - 6 - 9 hours/week)
DETAILED COURSE DESCRIPTION
Please describe the nature and extent of proposed study, listing specific outcomes and objectives.
______________________________________________________________________________
______________________________________________________________________________
______________________________________________________________________________
______________________________________________________________________________
______________________________________________________________________________
______________________________________________________________________________
______________________________________________________________________________
______________________________________________________________________________
I have read and agree to abide by the course requirements.
________________________________________________
Student Signature
___________________
Date
________________________________________________
Instructor Signature
___________________
Date
________________________________________________
Department Chair Signature
___________________
Date
________________________________________________
Dean of Instruction Signature
___________________
Date
Student: Complete, sign, make a copy, and submit this page to the instructor.
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