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NUCLEAR MEDICINE TECHNOLOGY Spring 2026 Schedule Tamra Rocsko, MEd, CNMT, ARRT (N), Program Director Office 354-6071 Cell 208-841-2533 Email: tlrocsko@actx.edu
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TUESDAY |
WEDNESDAY |
THURSDAY |
FRIDAY |
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7:00 |
Clinical Rounds as needed |
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Clinical Rounds as needed |
Clinical Rounds as needed |
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7:15 |
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7:30 |
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7:45 |
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8:00 |
Office/Advising |
Office/ Advising |
Advising |
Office/Advising |
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8:15 |
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8:30 |
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8:45 |
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9:00 |
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9:15 |
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9:30 |
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9:45 |
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10:00 |
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Seminar |
Radiopharm |
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10:15 |
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Building AH 158 |
Building AH 158 |
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10:30 |
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10-3 |
10-3 |
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10:45 |
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11:00 |
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11:15 |
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11:30 |
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11:45 |
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12:00 |
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Home |
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12:15 |
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12:30 |
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12:45 |
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1:00 |
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1:15 |
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1:30 |
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Office/Advising |
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1:45 |
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2:00 |
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2:15 |
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2:30 |
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2:45 |
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Office/Advising |
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3:00 |
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3:15 |
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Home |
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3:30 |
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4:00 |
Home |
Home |
Home |
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Any student who, because of a disabling condition, may require some special arrangements in order to meet course requirements should contact disAbility Services (Student Service Center room 119, phone 371-5436) as soon as possible.
As a student you may experience a range of issues that can cause barriers to learning, such as strained relationships, increased anxiety, alcohol/drug problems, feeling down, difficulty concentrating and/or lack of motivation. These mental health concerns or stressful events may lead to diminished academic performance or reduce a student's ability to participate in daily activities. Amarillo College offers services to assist you with addressing these and other concerns you may be experiencing. If you or someone you know are suffering from any of the aforementioned conditions, you can learn more about the broad range of confidential mental health services available on campus by calling the AC Counseling Center at 806-371-5900. The AC Counseling Center website is https://www.actx.edu/counseling/ . Also, if you are in need of social services (affordable housing, utilities, transportation, food, clothing, childcare, medical/dental/vision, legal), please call the AC Advocacy & Resource Center at 806-371-5439. The AC Advocacy & Resource Center website is https://www.actx.edu/arc
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The Amarillo College Privacy Policy is found at https://www.actx.edu/-amarillo-college-privacy-notice , and applies to all Amarillo College students. If you have questions about this privacy statement or you believe that your personal information has been released without your consent, send email to humanresources@actx.edu .
NMTT-2313-001 Nuclear Medicine Methodology III
Prerequisite: NMTT 2309
Principles and practices involved in nuclear medicine regarding gastrointestinal, central nervous system, skeletal system, tumor and inflammation processes and miscellaneous procedures. Emphasizes patient care, anatomy, physiology, pathology, radiopharmaceuticals, instrumentation, data processing and analysis and diagnostic values.
Student Resources Student Resources Website
\N
(3 sem hrs; 3 lec)
On Campus Course
Nuclear Medicine and PET/CT: Technology and Techniques, 6th Edition, Christian
Practical Mathematics in Nuclear Medicine Technology, Wells
Review of Nuclear Medicine Technology, 3rd Edition, Steves
Recommend SNM Quick reference protocol manual for nuclear medicine technologists.
Scientific Calculator
The ability to create electronic documents: PDF, word doc, Google doc, and the ability to scan in or attach for blackboard assignments.
Workforce Education Course Manual (WECM)
Course Description: Focus on the basic principles involved in all diagnostic and therapeutic tests and procedures normally found in a nuclear medicine facility with emphasis on anatomy, physiology, pathology, radiopharmaceuticals, instrumentation, data analysis, and diagnostic value. Includes the cardiovascular, respiratory, and lymphatic systems; the adrenal and parathyroid glands; tumors; and inflammatory processes; and miscellaneous procedures. End-of-Course Outcomes:Identify the most common reasons for ordering each study (pathology for which nuclear medicine procedures are of diagnostic value); list clinical findings that are consistent with the suspected pathology; describe the historical and current radiopharmaceuticals used for each study; cite any procedures and/or substances that may interfere with the performance of a valid test; explain any contraindications or adverse reactions associated with the study; and outline any associated patient preparation; specify equipment required for valid performance of the study; summarize the entire test procedure; discuss technical pitfalls associated with the study and methods of preventing and/or correcting technical problems associated with the study; relate possible alterations in the routine procedure; and identify normal and abnormal patterns of radiopharmaceutical distribution on typical studies.
In addition, this course is aligned with the Master Educational Plan of the Nuclear Medicine Technology Program and students must meet these course goals/objectives:
The student should complete each of the following goals as evaluated by the faculty by using the course textbooks, personal notes, handouts, and other course materials deemed necessary.
Review A&P of the endocrine system
Discuss radionuclides used for thyroid imaging.
Discuss role of radioiodine uptake, thyroid scan, whole body imaging for RAI therapy planning.
Evaluate symptoms of hyperthyroidism/hypothyroidism.
Evaluate lab values of the endocrine system.
Recognize pathology of the endocrine system.
Recognize radiopharmaceuticals for adrenal imaging.
Recognize radiopharmaceuticals for parathyroid imaging.
Differentiate the clinical features of euthyroidism.
Recognize dose ranges thyroid imaging, whole-body imaging, hyperthyroidism, ablation, mets.
Manage the thyroid cancer patient based on risk assessment.
Evaluate perchlorate washout test for organification defect.
Recognize 3 basic approaches to selecting dose range of I-131 for hyperthyroidism.
Describe somatostatin receptor imaging techniques.
Review A&P of CNS.
Describe CSF dynamics.
Discuss properties of radiopharmaceuticals for BBB imaging and SPECT.
Recognize clinical indications for planar brain imaging, PET imaging, SPECT imaging of brain.
Evaluate concepts of brain death.
Recognize pathology.
Evaluate shuntograms, cisternograms, and CSF leak.
Evaluate clinical PET and SPECT studies.
Describe use of PET for epilepsy.
Review A&P of GI system.
Describe technique for salivary gland imaging.
Describe/evaluate techniques for esophageal transit.
Describe/evaluate GER procedures and imaging techniques for pulmonary aspiration, GER index.
Recognize clinical aspects of gastric emptying studies.
Evaluate imaging techniques for hepatobiliary imaging, including use of morphine & CCK.
Label RBCs for hemangioma.
Recognize imaging techniques for liver/spleen, GI bleeding.
Describe principles of Urea breath test.
Recognize pathology for GI system.
Discuss/analyze the role of nuclear medicine in evaluating patients for infections/tumors.
Compare/contrast use of gallium, indium, and technesium for infection imaging.
Describe imaging procedures for parathyroid, prostate, colorectal, neuroendocrine tumors.
Describe imaging procedures for adrenal, breast, and lung tumors.
Recognize all radiopharmaceuticals used for infection/tumor imaging.
Analyze lab values.
Discuss radioimmunotherapy for lymphoma.
Discuss radionuclide therapy for metastatic bone pain.
Evaluate polycythemia vera, malignant effusion.
Recognize methods for using selective internal radiation therapy ( SIRT-microspheres)
Review A&P of hematopoietic system.
Describe RBC life span/survival.
Evaluate hematocrit/plasmacrit values.
Describe technique for splenic sequestration.
Describe methods to label RBCs with Cr-51 ascorbic acid.
Determine relevance of plasma volume, total blood volume, RBC volume.
Analyze red cell survival graphs.
Calculate GBEF.
Calculate GER.
Calculate Gastric Emptying Time.
Calculate thyroid uptake with/without decayed standard.
Prepare solutions from bulk solutions (dilutions).
Calculate plasma volume.
Calculate red cell mass.
Calculate whole blood volume with dual nuclide method.
Calculate concentration of a solution.
Perform data acquisition processing for each system indicated.
Engage in medical research strategies and perform case study presentations.
Pass all exams and other graded assignments with final grade of C or better.
In order to receive your AC Connect Email, you must log in through AC Connect at https://acconnect.actx.edu .
If you are an active staff or faculty member according to Human Resources, use "Exchange". All other students, use "AC Connect (Google) Email".
MAKE-UP POLICY
If a student is absent on the day of a major exam or class activity, the work will be graded as follows:
WITHDRAWAL DEADLINE
The last day to drop or withdrawal is provided on the college Web site.
NOTE: Nuclear medicine technology students who withdrawal from this course will be delayed in completing the major components on the AAS degree in nuclear medicine.
To continue in the program, a student may repeat a NMTT course only one time and may repeat no more than two NMTT courses while enrolled in the program. The term “repeat” shall be interpreted to mean re-enrollment following withdrawal, drop or unsatisfactory grade.
Program must be completed within 36 months of start of core nuclear medicine program/classes.
ATTENDANCE POLICY
Regular attendance is necessary for satisfactory achievement. It is the responsibility of the student to attend class so that learning objectives are met successfully. Prompt arrival is expected. Attendance will be recorded.
PHONES/PAGERS/LAPTOPS/OTHER TECHNOLOGICAL DEVICES
Cell phones and other electronic devices detract from the learning environment. For this reason, they should be turned off and put away out of view upon entering the classroom. Personal laptops may be used if the student is using it to take notes only.
STUDENTS WITH DISABILITIES
Any student, who, because of a disabling condition, may require some special arrangements in order to meet course requirements.
Contact disability Services at 345-5639 for any special need.
GRIEVANCE PROCEDURE
A student who may have concerns or problems with the course or course instructor should make every attempt to resolve the problem with the course instructor. In the event that it is not successful, the student may appeal the decision of the instructor to the program director, then the Dean of the Health Sciences Division, the Vice President of Academic Affairs, and the College President, in that order.
STUDENTS RIGHTS/RESPONSIBILITIES
Please refer to the Students Rights and Responsibilities publication of Amarillo College (Web site or hard copy available in student services).
Students are responsible for maintaining all aspects set forth within the publication so that professionalism is maintained.
THE CLASSROOM ENVIRONMENT
Mutual respect is foremost in this classroom. Please make yourself at home within the classroom, regarding your peers and instructors with utmost respect.
Students should feel free to express ideas/thoughts without making others in the classroom feel uncomfortable.
AC ONLINE COMMUNICATION (BlackBoard)
Use your personal account to check grades, emails, download course lecture material, etc.
Students are responsible for checking their accounts daily so that communication about program/course information is current.
Students may also use any of the instructor contact information provided on the syllabus or classroom schedule provided each semester.
REQUIRED ASSIGNMENTS
Grading Criteria:
The course will consist of the following activities to be scored for course credit:
FINAL GRADE EVALUATION (NO ROUNDING of grade)
A= 94.5-100 C=74.5-84.4
B=84.5-94.4 F=less than 74.5
MAKE-UP POLICY
If a student is absent on the day of a major exam, quiz, or the day that a topic outline is due, the work will be graded as follows:
NOTE: The course content is comprehensive in nature so that students are expected to carry information from one semester to the next.
\ ATTENDANCE POLICY
\\ Regular attendance is necessary for satisfactory achievement. It is the responsibility of the student to attend class so that learning objectives are met successfully. Prompt arrival is expected. Attendance will be recorded.
The spring semester is 16 weeks long (17 including spring break). Methodology lectures, class activities and major topic exams will be given in 15 weeks, and the final exam will be given the sixteenth week.
COURSE OUTLINE
Week One Jan 20: Reading assignments: Recommend Quick reference protocol manual 113-142. Required: big text 420-443, RB 94-106. Class: Course syllabus, review clinical handbook, acceptance. Print and bring syllabi acceptance. Central Nervous System in class discussion: Evaluate concepts of brain death. Recognize pathology. Evaluate shuntograms, cisternograms, and CSF leak. Evaluate clinical PET and SPECT studies. Performing medical research and case study presentations.
Week two Jan 26 11:59pm
Assignments: Outline/diagram (may use bubbleus) the A & P of the CNS. Outline/diagram (may use bubbleus) CSF dynamics (flow). Please submit as one document. DB: Discuss/describe properties of radiopharmaceuticals for BBB imaging and SPECT. Discuss/describe clinical indications/applications (indications for exam) for planar brain imaging, PET imaging, SPECT imaging of brain. Describe/discuss use of PET for epilepsy. Objectives/key terms/study guide.
CNS exam Jan 27
Week Three Feb 3: Endocrine: In class discussion: Discuss role of radioiodine uptake, thyroid scan, whole body imaging for RAI therapy planning. Evaluate lab values of the endocrine system. Recognize pathology of the endocrine system. Differentiate the clinical features of euthyroidism. Recognize dose ranges thyroid imaging, whole-body imaging, hyperthyroidism, ablation, mets. Manage the thyroid cancer patient based on risk assessment. Recommended: Quick reference protocol manual 143-154, 246-251, 263-266, 267-270, and 327-330. Required big text 444-483, RB 107-113, and 165-167.
Week four Feb 10: Group presentation: Describe somatostatin receptor imaging: techniques, RP's, patient prep, reconstruction, etc. Describe adrenal imaging: techniques, RP's, patient prep, reconstruction, etc.
Week five Feb 16 11:59pm
Assignments: Outline/Diagram (may use bubbleus) the A & P of the endocrine system. Diagram/outline (may use bubbleus) the thyroid hormone negative feedback system, and endo math. DB: Discuss radionuclides used for thyroid imaging. Describe/discuss symptoms of hyperthyroidism/hypothyroidism. Describe/discuss perchlorate washout test for organification defect. Describe/discuss/identify 3 basic approaches to selecting dose range of I-131 for hyperthyroidism. Objectives/key terms/study guide
Endo exam Feb 17
Week six Feb 24: class: Recognize clinical aspects of gastric emptying studies. Evaluate imaging techniques for hepatobiliary imaging, including use of morphine & CCK. Pathology. Recommend: Quick reference protocol manual 155-184. Required big text 533-569. RB 114-126
Week seven March 3
Group Presentations: Discuss clinical application and technique for salivary gland imaging to include lemon washout. Include patient prep, reconstruction, etc.) Discuss how to label RBCs for hemangioma. Discuss clinical applications and imaging techniques for liver/spleen imaging and GI bleed imaging (include patient prep, reconstruction, etc.)
Week eight March 9 11:59pm
Assignments: Outline/diagram (may us bubbleus) the A & P of the GI system, and GI math. DB: Describe/discuss clinical applications and technique for salivary gland imaging including lemon washout. Describe/discuss/clinical applications and techniques for esophageal transit. Describe/discuss clinical applications for GER procedures and imaging techniques, to include pulmonary aspiration, and GER index. Objectives/key terms/study guide
GI exam March 10
Week nine spring break March 16-20
Week ten March 24: class: Discuss/analyze the role of nuclear medicine in evaluating patients for infections/tumors. Compare/contrast use of gallium, indium, and technesium for infection imaging. Describe imaging procedures for parathyroid, prostate, colorectal, neuroendocrine tumors. Describe imaging procedures for adrenal, breast, and lung tumors. Recognize all radiopharmaceuticals used for infection/tumor imaging. Analyze lab values. Discuss radioimmunotherapy for lymphoma. Discuss radionuclide therapy for metastatic bone pain. Evaluate polycythemia vera, malignant effusion. Recognize methods for using selective internal radiation therapy ( SIRT-microspheres). Recommend Quick reference protocol manual 225-238, 252-262, 271-274. Required big text 628-648, RB 145-154.
Week eleven March 30 11:59pm
DB: Discuss/describe/analyze the role of nuclear medicine in evaluating patients for infections/tumors. Compare/contrast use of gallium, indium, and technesium for infection imaging. Describe/discuss clinical applications and imaging procedures for parathyroid, prostate, colorectal, neuroendocrine tumors. (include patient prep, reconstruction, etc.) Discuss/Describe clinical applications and imaging procedures for adrenal, breast, and lung tumors. (include patient prep, reconstruction, etc.) List all radiopharmaceuticals used for infection/tumor imaging. Objectives/key terms/study guide
Inflammation/infection Exam March 31
Week twelve April 7: class: Describe RBC life span/survival. Evaluate hematocrit/plasmacrit values. Describe technique for splenic sequestration. Describe methods to label RBCs with Cr-51 ascorbic acid. Determine relevance of plasma volume, total blood volume, RBC volume. Analyze red cell survival graphs. Recommend: Quick reference protocol manual 213-244. Required big text 613-627, RB 155-164.
Week thirteen April 13 11:59pm
Assignments: Outline/diagram (may use bubbleus) A&P of hematopoietic system, and hemo math. DB: Describe/discuss applications and technique for splenic sequestration. Describe/discuss methods to label RBCs with Cr-51 ascorbic acid. Discuss relevance of plasma volume, total blood volume, RBC volume. Objectives/key terms/study guide
Hemo exam April 14
Week fourteen April 21: Online learning. Required: big text 184-218, RB 3-13, and 334--339
Week fifteen April 27 11:59pm
Assignments: Math assignment. DB: Discuss Transportation indexes (list all and the limits). Describe the difference between NRC states and agreement states. Discuss signage limits (list all signage and limits). List frequency and limits for area survey and wipes. List monitoring and release criteria for a patient who has received I-131 therapy. Objectives/key terms/study guide
NRC exam April 28
Week sixteen May 5: case study presentations
Week seventeen May 13: final exam
The instructor reserves the right to change content dates to allow students extra time to meet course objectives.
Course content is comprehensive in nature, and relates to the task analysis of the Nuclear Medicine Technology Certification Board and The American Registry of Radiologic Technologists.
The NMTT program at Amarillo College is fully accredited with the Joint Review Committee on Education in Nuclear Medicine Technology.
The instructor has the right to revise the calendar, as necessary, so that content is delivered adequately.
AC-Connect Online (BlackBoard)) Communication-www.actx.edu
This is the major source for program communication.
Students will use the AC Online personal account to check grades, e-mails, etc. Students are responsible for checking their accounts daily so that communication about program/course information is current.
https://www.actx.edu/resources/
This website was created to assist Amarillo College employees and students. Many times, students come to us with individual concerns/situations that need to be addressed in order for the student to be successful in school.
This website can be used to find those needed resources for our students and their families. Feel free to copy any of this information for a student and to refer students as needed.
Our goal is to provide as much information as possible for employees and students to be able to access campus and community resources when needed. There are many more resources in this community that are not listed on these pages. Some of these agencies and programs will change; so if you call and cannot get assistance or cannot access a broken link, please contact me for more updated information.
This website will be updated as often as possible; therefore, most will be current. If the resources listed do not serve the needs you have or if you have any questions concerning this website, please call or email: Jordan Fajardo, LMSW, Coordinator of Social Services, 806-371-5439, j0333462@actx.edu.
Student Injury information
https://www.actx.edu/allied_health/index.php?module=article&id=33
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