10:08
Ilastik plugin for Fiji/ImageJ
12:08
Science & The Metaverse
07:31
ChatGPT: Can it write ImageJ Macros?
05:43
Separate touching objects in ImageJ/Fiji (Watershed)
02:01
Electron Microscope volume rendered in Autodesk Maya
15:42
Review and first reaction to Imaris 9.9.0
08:01
Using different PSFs for Deconvolution (ImageJ/Fiji)
14:15
Fixing blurry images in Fiji/ImageJ (Deconvolution Lab2 plugin)
11:00
Trainable Weka Segmentation (Fiji Tutorial)
01:05
Cell: The Genesis - VR Game Trailer
05:28
Getting started with macros in ImageJ
06:34
Shape Based Object Extraction in ImageJ or Fiji
59:05
Virtual Reality (VR) for Research and teaching - Chatting with Edify VR
13:32
Image Arithmetic (Add & Subtract) using ImageJ
15:07
ImageJ Contrast Enhancement
01:11
Cell Rendering using Maya/Arnold
09:35
Machine Learning in ImageJ/Fiji - StarDist
08:51
Adrenaline or Epinephrine; what should we call it?
10:54
How to select your fluorescent probes
00:54
Cell: The Genesis trailer
10:34
4 Key factors that affect blood flow
04:08
ImageJ in a Browser - Part2 (3D plugin & Full VR)
13:37
ImageJ Browser version. Review
41:15
A beginners guide to ImageJ (and Fiji)
06:52
Artificial Intelligence & Image Analysis
04:38
What is a point spread function (psf)?
21:15
What are the Sars-cov-2 receptors?
07:57
Analysing blots and gels with ImageJ/Fiji
06:03
Using Orthogonal Views in ImageJ/Fiji & Imaris
09:48
Background subtraction in imageJ (3 ways)
06:37
Measuring noisy images using binary masks in ImageJ
04:18
What is Hypertension?
21:22
The Scientist who built the Sars-Cov2 virus!
10:45
Colocalisation in ImageJ : correcting noisy (poor quality) images
31:56
'Pharmacology & Receptors'; A discussion with Humphrey Rang
07:39
COVID19 & ACE2 Explainer - In Just 7 Minutes!
05:48
ImageJ to Sketchfab to Teaching in Virtual Reality
20:30
Creating and animating a 3D Volume in ImageJ/Fiji
16:04
Using Fast Fourier Transforms (FFTs) in ImageJ
14:59
Deconvolve a confocal dataset using ImageJ
08:36
Colocalisation tutorial using ImageJ
11:14
3D Slicer thresholding and segmentation
07:41
Creating z projections using ImageJ
04:43
Measuring intensity in a digital image (ImageJ)
10:41
Thresholding segmentation and measuring shapes in ImageJ
02:01
Perfusion Fixed Arterial Segment (Maya Arnold rendering)
04:20
Confocal Microscopy to VR
02:39
Development of atherosclerosis
02:36
Blood vessels are covered in fat - and that’s ok! (Microscope and PDB data rendered in 3Ds Max)
00:42
Real Vascular Smooth Muscle cell (shape and position). AMIRA animation of Gatan 3D data)
04:00
Sympathetic control of vascular tone. Microscopy data rendered in Autodesk Maya.
03:06
Arterial Structure
04:36
The Trachea
03:35
Saphenous vein prep for bypass surgery
04:11
Coronary Artery Bypass (No Touch)
02:57
Using AMIRA and Maya to display microscopy data (showreel #1 from ~2015)
00:34
Nerves in the fat around a blood vessel (AMIRA animation showing volume rendering and iso-surface)
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About
Image processing and analysis tutorials coupled with 3D animations for learning and teaching in physiology. Much of the content is aimed at undergraduate and postgraduate university students but some videos will be of more general interest. Some videos were created by project students as part of their Masters in Medical Visualisation. All of the 3D animations will include some element of real structural data collected using 3D laser scanning microscopy. 3D Modelling is used only to provide a spatial context. The goal is to build a library of anatomically accurate animations of various physiological processes.
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