XINTRINSIC cross(X)-linear polarization enhanced INTRINSIC imaging website testing

XINTRINSIC (cross-linear [X] polarization enhanced INTRINSIC imaging) is an imaging approach developed to image through the intact skull in awake marmoset monkeys and obtain detailed functional maps in the cortex. XINTRINSIC is developed and maintained by Xindong Song from the Auditory Neurophysiology Laboratory (Wang Lab) in Johns Hopkins. The current webpage shows a list of code repositories, design notes, and a detailed part list for the ease to replicate our approach. Discussions, questions, and comments are welcome through the GitHub Issues Tab.

For the detailed part list and design notes, please visit my OneNote Notebook:

XINTRINSIC design notes

XINTRINSIC recording and analysis routines are implemented in Matlab

• The following code repositories are needed for XINTRINSIC recording
  • XINTRINIC: the main function
  • ChKShared: a collection of shared functions with other projects
• The following code repositories are needed for XINTRINSIC synced stimulation delivery & data analysis routines
  • fluffy-goggles:
    • XinStimEx: the synchronized stimulation delivery (Visual & Tactile, XINTRINSIC itself can deliver Auditory stimuli)
    • XinProc: the analysis routine

Please visit our project discussion panel here