Introduction to Biomedical Imaging

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第1章:X射线

课时1:1.1Brian Requires an X-ray

02:01

课时2:1.2Electromagnetic Radiation

07:17

课时3:1.3X-ray Tubes

02:56

课时4:1.4X-ray Room

02:21

课时5:1.5Animation:Fluorescence

00:23

课时6:1.6Animation:Image Intensifier

01:24

课时7:1.7Contrast Agents and Fluoroscopy

02:08

课时8:1.8Fluoroscopy

01:40

课时9:1.9X-Ray DSA

03:32

课时10:1.10X-RAY DXA

04:16

课时11:1.11X-Ray OPG - Orthopantomography

03:49

第2章:计算机断层扫描(CT)

课时1:2.1Brian Has a CT Scan

01:51

课时2:2.2Introduction to Computed Tomography (CT)

06:22

课时3:2.3Reconstruction and back projection

06:12

课时4:2.4CT Room Set-Up

06:22

课时5:2.5CT Back Projection

04:48

课时6:2.6Maximum Intensity Projection Reconstruction

03:02

第3章:超声

课时1:3.1Brian has an ultrasound

01:30

课时2:3.2B-Mode Ultrasound

04:10

课时3:3.3Animation:Doppler Effect

00:24

课时4:3.4Brian has an ultrasound

01:30

课时5:3.5Ultrasound Transducers and Settings

03:04

课时6:3.6Obstetrical Measurements

02:30

课时7:3.7Movie 1

00:09

课时8:3.8Movie 2

00:12

课时9:3.9Movie 3

00:30

课时10:3.10Ultrasound - 3D Reconstruction

04:46

第4章:磁共振成像(MRI)

课时1:4.1Brian has an MR

02:44

课时2:4.2Introduction to MRI

04:46

课时3:4.3The Nuclear Spin

08:00

课时4:4.4Precession in Field

00:30

课时5:4.5The MR Signal

09:19

课时6:4.6Free Induction Decay (FID) Laboratory Frame

00:30

课时7:4.7Free Induction Decay (FID) Rotating Frame

00:26

课时8:4.8The Spin Echo

08:19

课时9:4.9The Spin Echo

00:35

课时10:4.10Spin-Spin Relaxation Mechanisms

00:23

课时11:4.11Longitudinal Relaxation

09:02

课时12:4.12Simultaneous T1 and T2 relaxation

00:32

课时13:4.13T1 Saturation

00:49

课时14:4.14Dipolar Interactions

00:30

课时15:4.15Spatial Encoding - Slice Selection

10:14

课时16:4.16RF Profile

00:23

课时17:4.17Field gradient

00:44

课时18:4.18Slice Selection

00:16

课时19:4.19Slice Position

00:23

课时20:4.20Spatial Encoding∶ Read and Phase

06:07

课时21:4.21Frequency Encoding

00:24

课时22:4.22Phase Encoding

00:34

课时23:4.23Image Formation∶ Spin Echo Imaging

08:17

课时24:4.24Spin Echo Pulse Sequence

00:37

课时25:4.25Image Contrast - Relaxation

08:52

课时26:4.26Contrast T2 relaxation

00:33

课时27:4.27Contrast T1 relaxation

00:33

课时28:4.28Contrast Inversion Recovery T1

00:38

课时29:4.29Image Contrast - Diffusion and Flow

07:01

课时30:4.30Spin echo - stationary spins

00:33

课时31:4.31Spin echo - diffusing spins

00:29

课时32:4.32Transverse gradient coil

00:20

课时33:4.33Gas bottle in MRI magnet room

01:31

课时34:4.34MRI Scan - Patient Experience

04:04

第5章:核医学诊断

课时1:5.1Brian Has a PET SPECT Scan

03:04

课时2:5.2General Process of Diagnostic Nuclear Medicine

03:55

课时3:5.3How does a cyclotron work

03:29

课时4:5.4Understanding the basic principles of SPECT

02:26

课时5:5.5Understanding the Basic Principles of PET

03:31

课时6:5.6What Happens During a PET Scan

04:47

课时7:5.7Radiopharmaceutical Quality Control

04:55

课时8:5.8PET Image Reconstruction

04:06

课时9:5.9Attenuation Correction

03:00