DTI tractography from the Calgary Preschool MRI Dataset from the Developmental Neuroimaging Lab. 3dSlicer for data extraction, Houdini for mesh optimization and animation, Redshift for rendering was used
#mri #dti #tractography #houdini #sidefx #redshift #neuro #reconstruction
@sidefx.bsky.social

I used VVD Viewer for this #FluorescenceFriday video: 141 volumes from the #HHMIJanelia FlyLight Split-GAL4 #Drosophila driver collection. The animation comes from a high-level description processed by neuVid. Such a rapid tour of the data has questionable scientific value, but it's fun to watch!

A beautiful picture is all you need in your manuscript! This is a TMS mapping of the corticospinal tract that we made with @alfia-mustafina.bsky.social

#brain #MRI #visualization #stimulation #neuroscience #houdini #redshift

@sidefx.bsky.social
@maxonredgiant.bsky.social

Take a look at my new lymph node illustration for BostonGene's booth at the ASH Conference (American Society of Hematology). I collaborated closely with pathologists to ensure scientific accuracy #ASH #houdini #redshift #biology #pathology #cancer
@sidefx.bsky.social @maxonredgiant.bsky.social

Experimented with brain MRI and DTI tractography data a while ago #mri #dti #tractography #3d #houdini #render #reconstruction

Animated and rendered frog neuron from the previous post. There are two parameters controlled by sin function with a little bit of noise, that are responsible for neuron movement and its shading #sidefx #karma #render #3d #microscopy #biology #neuroscience #houdini

Frog spinal neuron simulation #sidefx #houdini #neuroscience #3d #biology