UTILITY SOFTWARE:

 

  • Local Field Potential Analyser I: Matlab script LFPdataExporter - allows transfer of continuous variable (e.g. LFP) data recorded as *.plx or  *.nex file format to EEGLAB  [v 4.515] for Independent Component Analysis (ICA) (uploaded April 2005)
  • Local Field Potential Analyser II: Matlab script LFPanalyserSuite - LFP analysis suite v2006 (uploaded July 2006; bug fix/update#1 March 2007; #2 June 2007)
  • Local Field Potential Analyser III: Matlab script LFPdetector - for detection of fundamental frequencies in LFPs  - [based on Masimore et al J Neuroscience Methods (2004) 138, 97-105] (uploaded July 2005)
  • Local Field Potential Analyser IV: Matlab script LFPaverager - this is a GUI update to the ADperievent script (written by Plexon Inc. for their on-line Matlab Client Development Kit available from their web site) implemented in Matlab v7.2 (uploaded September 2006)
  • Local Field Potential Analyser V: Matlab script advanced-LFPanalyser - LFP analyser v2009; includes phase-coherence (uploaded May 2009; bug fix June 2009); User Guide (Word *.doc format)
  • PLXspikeWaveformExtractor : Procedure for extracting spike waveform shape information from Plexon (*.plx) files (Dr Jill Suckling - uploaded  June 2005)
  • Ultrasound Vocalisation Analyser: Matlab script USVisualiser  - allows PCA characterisation of rodent US calls (New manual v1.05 installed 30.08.2007 - software uploading soon)
  • Sensory Gating Analyser: Matlab script TC-Ratio2008 - measurement of auditory-evoked Test:Conditioning (T:C) stimulus ratios (User-Guide / TC50 version)

·         PDCanalyser(v2008r): Partial Directed Coherence (PDC) Matlab script

 

TUTORIAL WORKSHOP:

Spike Train Analysis–An Introductory Workshop [STA v0.991] draft edition: 28.12.2016 - under continual development

 

HARDWARE:    laboratory custom-GIZZMO’s - constructed by School’s Medical Engineering Unit

Electrode manufacture:    

·         Glass-insulated tungsten microelectrode fabrication Workstation - image #1   -  image #2

·         Micro-iontophoresis electrode manufacture – images: (puller schematic - silicone-coating - signal:noise improvement (spike comparison image) - Scott, G. & Mason, R. (1992)  A simple and rapid method for improving the recording characteristics of multi-barreled micropipettes J. Neurosci. Methods 43: 225-229 pdf

·         Chronic implantable microdrive for microwire electrode arrays 

·         Adaptor to allow 3-channel microionophoresis pipette to “piggy-back” microwire MEAs

·          

in vitro:

·         In vitro culture recording platform - modified Zeiss inverted microscope

·         MEA interface connector - allows use of UNT MEAs or MCS MEAs to be used with Plexon Inc recording system

·         Brain slice chamber – hold-down ring – used on our submerged slice system #1 or interface Haas-chamber#2

·         UNTexas (Dr Guenter Gross) neuronal culture MMEP recording chamber

·          

in vivo:

·         Syringe Safe-n-Tidy rack

·         Auditory sensory-gating recording chamber -

·         Stereotaxic frames – specialised for fMRI; ear bar modification for auditory stimulation

·         Skull trephine

·         Independently-controlled 8-channel  microwire electrode screw-microdrive