Table 1. Odorant blends used in AgamOr29/Orco two-electrode voltage clamp recordings.

Indoles	Ketones	Lactones	COOHs	Terpenes	Alc/Ald 1	Alc/Ald 2
2,3-dimethylindole	(+/–)-camphor	alpha-angelicalactone	acetic acid	(–)-alpha-pinene	2-propanol	1,8-cineole
2-methylindole	4-ketoisophorone	delta-dodecanolactone	decanoic Acid	(–)-limonene	4-tert-butylphenol	1-hexanol
3-methylindole	6-methyl-5-hepten-2-one	delta-nonanolactone	glycine	(+)-nootkatone	DL-menthol	1-octen-3-ol
indole	acetone	delta-octanolactone	heptanoic acid	(1S)-(–)-beta-pinene	ethanol	anisole
indole-3-carboxyaldehyde	cis-jasmone	delta-valerolactone	hexanoic acid	alpha terpineol	farnesol	cis-2-hexen-1-ol
methyl-indole-3-carboxylate	coumarin	gamma-octanolactone	isovaleric acid	citral	glycerol	cyclohexanol
methyl salicylate	cyclopentanone	gamma-undecalactone	(L)-(+)-lactic acid	citronellol	methanol	hexanal
	ethyl acetate	gamma-valerolactone	linalyl acetate	geranyl acetate	n-butanol	isoeugenol
	geranyl acetone		linoleic acid	N,N-diethyl-m-toluamide	o-cresol	(R)-(–)-linalool
	isophorone		n-nonanoic acid	trans-cinamaldehyde	p-cresol	trans-2-hexen-1-ol
			octanoic acid			trans-2-hexenal

Composition of the odorant blends used during the deorphanization of AgamOr29. Compounds were grouped by chemical classes and mixed at equimolar concentrations of [10⁻⁴ M] each.