Medical Imaging (BML720) |
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Instructors: Dr. Anup Singh & Dr. Amit Mehndiratta |
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Course Description: Medical imaging is a non-invasive technique for imaging internal organs/tissue
of an object. A number of medical imaging techniques particularly, X-rays,
CT, MRI, PET, SPECT, optical imaging and Ultrasound, are in clinical use for
diagnosis of disease as well as monitoring of treatment responses. Depending
upon the type of medical imaging technique, it can be used to obtain
anatomical, physiological, hemodynamic, functional and molecular mapping of in vivo tissue. From last three
decades medical imaging is an active area of research and due to continue
development, at both technology and methodology level, its potential and
scope are growing day by day. Objective of the course is to teach medical
imaging (X-rays, CT, MRI, PET, SPECT, optical imaging and Ultrasound), from basic
principles to clinical applications, including advanced imaging techniques.
Particularly, this course will cover following aspects of various medical
imaging modalities:
The course is open to all streams. It is
aimed at students interested in studying and understanding the medical
imaging and its clinical applications. Students interested in doing a
research project in this area are especially encouraged to take this course.
The course will be a mix of lectures and assignments for practice. Visit to
medical hospitals will be arranged for demonstrating various medical imaging
techniques. Prerequisite: EC60 (For UG), none (for PG) Credit (3-0-0) About Instructors: Dr
Anup Singh and Dr Amit Mehndiratta
have recently joined as a faculty in the center for Biomedical Engineering
(CBME), IIT-Delhi. Both are working in the field of Medical Imaging,
particularly MRI and CT. More details about Dr. Anup and Dr. Amit can be
found on their websites ‘http://web.iitd.ernet.in/~anupsm/’
and ‘http://web.iitd.ac.in/~amehndiratta/’
respectively. Study Material: 1. Richard Aston, Medical Imaging Equipment Theory,
(Any Edition) -- This book is freely available online 2. William R. Hendee, E Russell Ritenour, Medical
Imaging Physics, John-Wiley, New york, Any edition 2000-2014 (ISBN:
978-0-471-38226-3) Lecture: Lecture
notes are available on Moodle IIT-D Lecture – 1 (Medical Imaging
Overview) Lecture – 2 (Human Anatomy I) Lecture – 3 (Human Anatomy II) Lecture – 4 (Radiation Physics I) Lecture – 5 (Radiation Physics II) Lecture – 6 (X-Ray I - Physics) Lecture – 7 (X-Ray II - Detectors
and Radiation Biology) Lecture – 8 (X-Ray III - Clinical
Applications and Artifacts) Lecture – 9 (CT – Physics I) Lecture – 10 (CT – Physics II) Lecture – 11 (CT – Reconstruction I) Lecture – 12 (CT – Reconstruction
II) Lecture – 13 (CT – Reconstruction III)
Lecture – 14 (CT Dose and Artifacts)
Lecture – 15 (CT Advance and
Clinical Applications) Lecture – 16 (CT Advance Dual
Energy) Lecture – 17 (Revision I) Lecture – 18 (Revision II) Lecture – 19 (MR – Physics I) Lecture – 20 (MR – Physics II) Lecture – 21 (MR – Physics III) Lecture – 22 (MR – Physics IV) Lecture – 23 (MR – Pulse Sequence I)
Lecture – 24 (MR – Pulse Sequence
II) Lecture – 25 (MR – T1 and T2
contrast) Lecture – 26 (MR Safety and
Bio-effects) Lecture – 27 (MRI – Advanced) Lecture – 28 (MRI Clinical
Applications) Lecture – 29 (Revision III + USG
Basics) Lecture – 30 (USG – Physics) Lecture – 31 (USG – Clinical
Applications) Lecture – 32 (PET – Physics) Lecture – 33 (PET – Clinical
Applications) Lecture – 34 (Optical Imaging) Lecture – 35 (Student Presentations –
Advanced Imaging I) Lecture – 36 (Student Presentations –
Advanced Imaging II) Lecture – 37 (Student Presentations –
Advanced Imaging III) Lecture – 39 (Site Visit I) Lecture – 40 (Site Visit II) Lecture – 41 (Revision IV – Open Discussion)
Lecture – 42 (Revision V – Open Discussion)
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