Excel files contain data obtained in morphological, electrophysiological, and behavioral experiments included in Ralvenius et al (2018)Suppression of Itch in Mice and Dogs by Selective Modulation of Spinal α2/α3 GABAA Receptors.

1 Гране

Hanns Ulrich Zeilhofer 6bafa84ff3 Add 'datacite.yml'		пре 5 година
LICENSE	497bbe9b91 Initial commit	пре 5 година
README.md	497bbe9b91 Initial commit	пре 5 година
Suppl figure 3.xlsx	c9fd92da51 Upload files to ''	пре 5 година
Suppl figure 4.xlsx	c9fd92da51 Upload files to ''	пре 5 година
Suppl figure 5.xlsx	c9fd92da51 Upload files to ''	пре 5 година
Suppl figure 6b.xlsx	c9fd92da51 Upload files to ''	пре 5 година
datacite.yml	6bafa84ff3 Add 'datacite.yml'	пре 5 година
datacite2.yml	8cfbf23c45 Update 'datacite2.yml'	пре 5 година
figure 10.xlsx	c9fd92da51 Upload files to ''	пре 5 година
figure 2e.xlsx	c9fd92da51 Upload files to ''	пре 5 година
figure 3.xlsx	c9fd92da51 Upload files to ''	пре 5 година
figure 4.xlsx	c9fd92da51 Upload files to ''	пре 5 година
figure 5.xlsx	c9fd92da51 Upload files to ''	пре 5 година
figure 6.xlsx	c9fd92da51 Upload files to ''	пре 5 година
figure 7.xlsx	c9fd92da51 Upload files to ''	пре 5 година
figure 8.xlsx	c9fd92da51 Upload files to ''	пре 5 година
figure 9.xlsx	c9fd92da51 Upload files to ''	пре 5 година

Ralvenius-NatCommun-2018

Excel files contain data obtained in morphological, electrophysiological, and behavioral experiments included in Ralvenius et al (2018)Suppression of Itch in Mice and Dogs by Selective Modulation of Spinal α2/α3 GABAA Receptors.

datacite.yml
Title	Example Title
Authors	FamilyName1,GivenName1;Affiliation1;AuthorID1 (e.g. ORCID) FamilyName2,GivenName2;Affiliation2 FamilyName3,GivenName3
Description	Example description that can contain linebreaks but has to maintain indentation.
License	Creative Commons CC0 1.0 Public Domain Dedication (https://creativecommons.org/publicdomain/zero/1.0/)
References	PublicationName [] (IsSupplementTo) PublicationName [] (IsPartOf)
Funding	DFG, DFG.12345 EU, EU.12345
Keywords	Neuroscience Electrophysiology
Resource Type	Dataset