Recordings of local field potentials from Nrxn1-alpha deficient male mice and controls. Electrodes were placed over the frontal cortex and bilaterally over the visual and auditory cortices. The mice were freely moving during recording sessions.

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README.md

Nrxn1 Knock-out

Longitudinal study monitoring the progression of any electrophysiological phenotype related to sensory processing in the Nrxn1α knock-out model. The study contains two data sets (raw):

  • Charaterization (folder: charact) contains: 4-hour recordings at 10 weeks and 22 weeks, VEP and AEP at 10, 14, 18 and 22 weeks of age.
  • Arbaclofen (folder: arbaclofen) contains: 24-hour recordings at 8 weeks and 22 weeks, cross-over study VEP and AEP with 2 mg/kg arbaclofen at 8 weeks and 22 weeks.

File types

The recordings were made in TainiLive. The recording files are of the .edf+ type, meta data is provided as .yaml files and screenshots of the recording logs are available containing the exact transmitter frequency of each recording. The 24-hour recordings contain data from motion sensors recorded with Spike2 (CED) as .smrx format.

Characterization

Electrode configuration

Electrodes implanted bilaterally over visual (AP -4, ML +- 2.5) (ch 3 & 14) and auditory cortices (AP -2.5, ML +- 3.5) (ch 4 & 12) and unilaterally over PFC (AP 2.58 ML -1.57) (ch13). Two EMGs in neck muscles (ch 8 & 11) and reference over the cerebellum.

Recording specifications

Due to software updates during the study the sampling frequency is not the same in all recordings

  • Sampling frequency: 19525 Hz
  • Low-pass filter: 9700 Hz
  • High-pass filter: 0.35 Hz

A few files were recorded with the sampling frequency: 2789.3 Hz

  • VEP 3: 55970, 55971, 55963, 55964

Genotypes

The genotype of the animal is presented below:

Batch # WT Het Hom
1 51333 51334 51372
51346 51341 51383
51355 51343 51389
51363 51344 51391e
51375 51345 51403
51413 51351 51405
51352
2 55970 55949 55948
55979 55963 55964
55984 55983 55971
55985 55978
3 57738 57767 57737
57753 57781 57752
57760 57762
57763 57766
57782
Total n 14 13 13(14)

e - poor signal at last recording

Arbaclofen study

Longitudinal study of how acute administration of arbaclofen affect the Nrxn1α knock-out model. Arbaclofen (2 mg/kg) i saline was administered in a cross-over design at 8 weeks and 22 weeks of age.

The data includes a dose adjustment pilot (folder: VEP/additional/dose-response) with doses 3 mg/kg and 4 mg/kg and VEP gating at 30 weeks (folder: VEP/additional/aging).

Electrode configurations

Electrode configuration was the same as above for most of the animals, but for animals: 74979,74980,74981,74983,75023 The electrode configuration was as follows:

Electrodes implanted bilaterally over visual (AP -4, ML +- 2.5) (ch 14 & 4) and auditory cortices (AP -2.5, ML +- 3.5) (ch 13 & 5) and unilaterally over PFC (AP 2.58 ML -1.57) (ch 3). Two EMGs in neck muscles (ch 8 & 11) and ref over the cerebellum.

Randomization

First recording (visual and auditory) of first time point:

  • Arb: 75031, 74960, 74959, 74965, 74985, 74930, 74931, 74988, 74924, 74968, 75024
  • Vehicle: 74979, 74980, 74981, 74983, 75032, 75033, 74958, 74966, 74967, 74986, 74989, 75023
  • second recordings, vice versa

First recording of second time point:

  • Arb: 74979, 75032, 75033, 74960, 74958, 74959, 74966, 74967, 74930, 74989, 74968
  • Vehicle: 74980, 74981, 74983, 75031, 74965, 74985, 74931, 74988, 74924, 75024, 75023
  • second recordings, vice versa

Recording specifications

  • Sampling rate: 1084.7 Hz
  • Low-pass filter: 9700 Hz
  • High-pass filter: 0.35 Hz

Genotypes

WT Het Hom
74959 74924 74930
74967 74960 74931
74968 74965 74958
74986e 74966 74981
74988 74979 74983
75024 74980 74985
74989 75023
75032 75031
75033
n=6 8 9

e - only first time point

datacite.yml
Title Electrophysiological characterization of Nrxn1-alpha knock out model
Authors Østergaard,Freja Gam;GELIFES, Rijkuniversiteit Groningen;ORCID:0000-0001-7113-1743
Description Electrophysiological activity recorded from Nrxn1-alpha homozygous and heterozygous male mice along with wildtype controls.
License Creative Commons CC0 1.0 Public Domain Dedication (https://creativecommons.org/publicdomain/zero/1.0/)
References Østergaard et al.:The aperiodic exponent of neural activity varies with vigilance state in mice and men [doi:tba] (IsSupplementTo)
EEGcode [url:https://github.com/FrejaGam/EEGcode] (IsReferencedBy)
Funding EU, Aims-2-Trials, IMI grant agreement No 777394
Keywords Neuroscience
Nrxn
Electrophysiology
LFP
Resource Type Dataset