Details for Rat09-20140403

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  • Date & time: 2014-04-03,

  • Location: Alexandria

  • Animal subject: Rat09

  • Investigator: Gabrielle Girardeau

  • Experimenters: Gabrielle Girardeau

  • Project: CRCNS Hippocampus: hc-14

  • Data repositories: NYUshare_Datasets, download session from Web share

  • Created: 2020-01-24 17:46:14 by Peter Petersen ADMIN
    Updated: 2020-06-27 18:41:19 by Peter Petersen ADMIN

  • Notes:

Epochs

Epochs Behavioral paradigm Maze type Built maze Manipulation Duration Notes
Rat09-20140403-01 LinearTrack_AirpuffHalfway Linear track Linear_Track_Gabrielle prerun
Rat09-20140403-02 Homecage_Sleep Homecage Homecage_Rat presleep
Rat09-20140403-03 LinearTrack_AirpuffHalfway Linear track Homecage_Rat run
Rat09-20140403-04 Homecage_Sleep Homecage Homecage_Rat postsleep
Rat09-20140403-05 Homecage_Sleep Homecage Homecage_Rat postsleep
Rat09-20140403-06 LinearTrack_EndToEnd Linear track Linear_Track_Gabrielle postrun

Extracellular

Equipment

File format

Sampling rate

nSamples

nChannels

Spike groups

Least significant bit

Amplipex, KJE-1001 256 Channel system dat 20000 453600000 166 16 0.3815

Implanted probes

Rat09 : #1 Silicon probe NeuroNexus Buzsaki32 (32 ch, 4 shanks, staggered) | Region: HIP | Coordinates: -3.5, 2.5, 1.6
Rat09 : #2 Silicon probe NeuroNexus Buzsaki64L (64 ch, 8 shanks, staggered) | Region: BLA | Coordinates: -2.5, -5, 8
Rat09 : #3 Silicon probe NeuroNexus Buzsaki64L (64 ch, 8 shanks, staggered) | Region: BLA | Coordinates: -2.5, 5, 8

Spike groups

Spike groups are typically defined by the group of channels within shanks. Channels are listed and comma-separated and labels can further be assigned to each group. Channels are 0-indexed.

Group

Channels

Label

1 34, 39, 33, 40, 36, 37, 35, 38
2 42, 47, 41, 48, 44, 45, 43, 46
3 17, 26, 18, 25, 19, 23, 21, 22
4 27, 20, 29, 24, 30, 28, 31, 32
5 14, 5, 10, 3, 6, 4, 2, 1
6 8, 15, 7, 16, 9, 13, 12, 11
7 49, 56, 50, 55, 51, 54, 52, 53
8 57, 64, 58, 63, 59, 62, 60, 61
9 98, 103, 97, 104, 100, 101, 99, 102
10 106, 111, 105, 112, 108, 109, 107, 110
11 81, 90, 82, 89, 83, 87, 85, 86
12 91, 84, 93, 88, 94, 92, 95, 96
13 78, 69, 74, 67, 70, 68, 66, 65
14 72, 79, 71, 80, 73, 77, 76, 75
15 113, 120, 114, 119, 115, 118, 116, 117
16 121, 128, 122, 127, 123, 126, 125
This section is dedicated to extra inputs besides the primary recording channels. For extracellular recordings this includes any extra analog and digital channels. Further it can be inputs saved with an Arduino or Raspberry pi or an entirely different hardware solution.

Equipment

Input type

Channel

Tag

Description

abc

Equipment

File names

Epoch

Type

Framerate

Notes

Rat09-20140403-01-prerun.mpg 1 Video 30
Basler, acA1300-200uc Rat09-20140403-02-presleep.mpg 2 Video 30
Basler, acA1300-200uc Rat09-20140403-03-run.mpg 3 Video 30
Basler, acA1300-200uc Rat09-20140403-04-postsleep.mpg 4 Video 30
Basler, acA1300-200uc Rat09-20140403-05-postsleep.mpg 5 Video 30
Basler, acA1300-200uc Rat09-20140403-06-postrun.mpg 6 Video

Brain regions are defined according to the Allen Institute Atlas. A brain region can be assigned to a list of channels or spike groups.

Brain region

Channels

Spike groups

HIP – Hippocampal region (View in Atlas) 1,2,3,4
BLA – Basolateral amygdalar nucleus (View in Atlas) 5,6,7,8,13,14,15,16,17,18,19
PIR – Piriform area (View in Atlas) 9,10,11,12
EPd – Endopiriform nucleus, dorsal part (View in Atlas) 20

Channel tags

Examples and reserved tags: Bad, Good, Theta, Gamma, Delta, Ripple, RippleNoise.

Tag

Channels

Spike groups

Accelerometer 161,162,163 22
Airpuff 164 21
Rewards 165,166 21
Ripple 3 4
RippleNoise 17

Analysis tags

Tag

Value

Description


Spike sorting

Method

Format

Relative path

Channels

Spike sorter

Notes

Sorting completed

Units count

Sorting ID

Klustakwik Klustakwik Gabrielle Girardeau Yes 64 49708

Spike sorted units

# Spike count Firing rate (Hz) Spike group Brain region Cell type Deep/Superficial Refractory violation (‰) Peak voltage (µV) Trough-to-Peak (ms) Isolation distance
1 39851 2.1514260531703 16 Narrow Interneuron Superficial 0.77789766881634 90.773754904267 0.24
2 1025 0.055429896281119 16 Wide Interneuron Superficial 0 92.795553636548 0.73
3 7636 0.41235710025519 15 Pyramidal Cell Deep 0.52383446830801 62.409180533153 0.71
4 140284 7.5720364903997 14 Wide Interneuron Deep 2.4450400615893 55.993120825478 0.5
5 13863 0.74853205873635 13 Pyramidal Cell Deep 0.36067229315444 92.470150476488 0.73
6 16944 0.91526876207647 13 Wide Interneuron Deep 0.059017941454202 109.69612327868 0.73
7 36096 1.9484820871914 13 Wide Interneuron Deep 0.05540780141844 171.00390245831 0.73
8 16613 0.89775449568815 13 Wide Interneuron Deep 0.24077529645458 104.01702621504 0.69
9 8435 0.45547714301895 13 Pyramidal Cell Deep 0.2371072910492 63.877868763984 0.68
10 9151 0.49477228020647 13 Wide Interneuron Deep 0.54638837285543 90.584068563781 0.73
11 9825 0.53046111826905 13 Pyramidal Cell Deep 0 177.6875452202 0.72
12 10573 0.57099708523081 13 Pyramidal Cell Deep 1.0403858885841 51.893477065797 0.64
13 23988 1.2949926470514 12 Pyramidal Cell Superficial 1.375687843922 67.077859973621 0.73
14 14668 0.79324736660113 12 Pyramidal Cell Superficial 0.88628306517589 100.90349759741 0.64
15 4819 0.26181591055071 12 Pyramidal Cell Deep 0 165.10167525276 0.67
16 20506 1.1073088311978 8 Pyramidal Cell Superficial 0.87779186579538 100.06498312347 0.73
17 219346 11.839584016308 8 Narrow Interneuron Superficial 1.8874289934624 83.099631796211 0.41
18 21324 1.1515091307738 8 Pyramidal Cell Superficial 0.75032826861752 117.44385327333 0.71
19 4473 0.24199979476275 8 Pyramidal Cell Superficial 0 155.01163688064 0.73
20 15338 0.82805033297849 8 Pyramidal Cell Superficial 0 143.62071540489 0.71
21 8264 0.4461449648242 8 Pyramidal Cell Superficial 0.12100677637948 98.708784323149 0.69
22 5313 0.28682653579502 8 Pyramidal Cell Superficial 0 100.90458742246 0.63
23 14896 0.80424854878111 8 Pyramidal Cell Superficial 0.26852846401719 114.77487156178 0.72
24 4986 0.26957005109604 8 Pyramidal Cell Superficial 0 125.43302407852 0.73
25 7868 0.4249198375603 8 Pyramidal Cell Superficial 0.12709710218607 108.5812946408 0.71
26 7208 0.38981483176265 8 Pyramidal Cell Superficial 0.13873473917869 139.53679148969 0.73
27 7205 0.389069737767 8 Narrow Interneuron Superficial 0.13879250520472 64.777557431095 0.25
28 9674 0.52225122496227 8 Pyramidal Cell Superficial 0 237.77146749861 0.69
29 19478 1.0515304386345 7 Pyramidal Cell Deep 1.1808193859739 91.486287435783 0.67
30 6743 0.3646168330625 7 Pyramidal Cell Deep 0.44490582826635 67.048214438976 0.61
31 16724 0.90280257146934 7 Wide Interneuron Deep 0.17938292274575 60.408201534937 0.62
32 17305 0.93414994322792 6 Pyramidal Cell Deep 0.34672060098238 149.86451765522 0.7
33 39515 2.1332142900967 6 Pyramidal Cell Deep 0.73389851954954 108.51479752611 0.55
34 13892 0.74991613511664 6 Pyramidal Cell Deep 0.64785488050677 72.233870263435 0.71
35 15167 0.82097535910689 6 Pyramidal Cell Deep 0.85712401925232 97.9042510529 0.69
36 10119 0.54640811693659 6 Pyramidal Cell Deep 0.098823994465856 86.484910137006 0.69
37 2308 0.12490315506966 6 Pyramidal Cell Deep 0.43327556325823 92.24007544628 0.72
38 8164 0.44117594648756 6 Pyramidal Cell Deep 0 226.77982412473 0.5
39 12515 0.67613589357912 6 Pyramidal Cell Deep 0.87894526568118 73.105561531497 0.73
40 8417 0.45474375876685 6 Pyramidal Cell Deep 0.47522870381371 77.532472384542 0.73
41 21119 1.1403009428535 5 Pyramidal Cell Deep 0.75761162933851 63.613243412784 0.73
42 10446 0.56406928698594 5 Pyramidal Cell Deep 0.09573042312847 106.59324456809 0.73
43 18106 0.97787989869843 5 Pyramidal Cell Deep 0.88368496630951 69.121443819953 0.73
44 9460 0.51158177746249 5 Wide Interneuron Deep 0 111.7662828399 0.74
45 8129 0.43886543367867 5 Pyramidal Cell Deep 0.24603272235207 106.0502257986 0.73
46 5609 0.30376535982989 5 Pyramidal Cell Deep 0 107.44443700142 0.73
47 5458 0.2950155317867 5 Pyramidal Cell Deep 0.18321729571272 66.0061505662 0.67
48 5571 0.30129994865002 5 Pyramidal Cell Deep 0 47.116182200917 0.67
49 13968 0.75428231594209 5 Wide Interneuron Deep 0.78751431844215 121.47366363795 0.73
50 11734 0.63409585278021 5 Wide Interneuron Deep 0.085222430543719 104.26211186981 0.73
51 9979 0.54042474433392 5 Pyramidal Cell Deep 0.10021044192805 130.64769111562 0.72
52 16920 0.91366712615609 5 Pyramidal Cell Deep 1.3593380614657 75.418867280069 0.7
53 22524 1.2175109073821 4 Wide Interneuron Superficial 0.044397087551057 88.883054461851 0.73
54 83792 4.5237135065486 4 Narrow Interneuron Superficial 0.44156960091656 60.563306396556 0.31
55 7163 0.38685408990321 4 Wide Interneuron Superficial 0 88.398629181133 0.73
56 7569 0.40902286388633 4 Pyramidal Cell Superficial 0.39635354736425 62.668588352881 0.67
57 13039 0.70395415378045 4 Wide Interneuron Superficial 0.30677199171716 82.612021087584 0.71
58 16639 0.89914790159704 3 Pyramidal Cell Deep 0.18029929683274 106.19221782097 0.67
59 9232 0.49879898961003 3 Pyramidal Cell Deep 0.10831889081456 128.74557456013 0.73
60 7001 0.37800184236079 3 Wide Interneuron Deep 0 142.66799596406 0.63
61 3710 0.20077625186022 2 Pyramidal Cell Deep 0.26954177897574 147.88026128255 0.73
62 4407 0.23805036845465 2 Pyramidal Cell Deep 0 164.89332195189 0.56
63 4823 0.26044321679071 2 Pyramidal Cell Deep 0 193.19114887429 0.61
64 39509 2.1335200351917 1 Narrow Interneuron Deep 0.68338859500367 54.350600638242 0.42
No data