Learning Radiopharmaceutical Chemistry

What you'll learn
To discuss the radiochemistry of Technetium-99m
To discuss the radiochemistry of Fluorine-18.
To discuss the various methods of radiolabelling.
To discuss the radiolabelling of blood products.
Requirements
In general, this course focuses on simple and practical steps to improve performance, core competencies, essential training and continuous professional development for personnel working or planning to work in the nuclear medicine department or similar establishment.
There are no other prior requirements.
Description
This course is both an introductory and refresher course to radiopharmaceutical chemistry whereby students will be taught the fundamentals & current advances behind the chemistry of Technetium-99m and Fluorine-18 and the various techniques in labelling of radiopharmaceuticals. In general, this course focuses on simple and practical steps to improve performance, core competencies and essential training for undergraduate or postgraduate students and continuous professional development for personnel working or planning to work in the nuclear medicine department or similar establishment. This course is tailor-made for learners as listed below:Relevant undergraduate or postgraduate studentsRadiopharmacists or nuclear pharmacistsNuclear medicine technologists and radiographersMedical physicists and medical physics techniciansQuality control/quality assurance personnelMedical doctors and other health care professionalsPharmaceutical and radiation regulatory agency personnelResearchers in the field of radiopharmaceutical researchThe course structure consists of 3 sections. Each section provides the lessons in a step-wise manner for easy comprehension and learning. Videos with innovative animation will help facilitate understanding and quizzes at the end of each section will foster and motivate learning. Upon completion of this course, students will be able to describe the basic chemistry of two common isotopes used in nuclear medicine and the principles and concepts behind the methods of radiolabelling. Learners will earn a completion certificate once all the required responses are appropriately given and quizzes completed. There are a total of 12 videos with an approximate learning time of 2 hrs including activities and assessments. SynchroPharmX Hub makes learning easy.
Overview
Section 1: Introduction to radiopharmaceuticals
Lecture 1 Introduction and definition of terms (Part 1)
Lecture 2 Introduction and definition of terms (Part 2)
Lecture 3 Diagnostic versus therapeutic radiopharmaceuticals
Section 2: Radiochemistry of Technetium-99m and Fluorine-18
Lecture 4 Radiochemistry of Technetium-99m
Lecture 5 Radiochemistry of Fluorine-18 (Part 1)
Lecture 6 Radiochemistry of Fluorine-18 (Part 2)
Section 3: Radiolabelling methods
Lecture 7 Radiolabelling by introduction of a foreign label
Lecture 8 Radiolabelling by ligand exchange
Lecture 9 Radiolabelling of bifunctional chelating agents (Part 1)
Lecture 10 Radiolabelling of bifunctional chelating agents (Part 2)
Lecture 11 Radiolabelling using other methods
Lecture 12 Radiolabelling of red blood cells
Lecture 13 Radiolabelling of white blood cells
The course is intended to provide a basic level of knowledge and updates in radiopharmaceutical sciences.

Homepage

https://www.udemy.com/course/radiopharmaceutical-chemistry/

Learning Radiopharmaceutical Chemistry Fast Download
Learning Radiopharmaceutical Chemistry Full Download