. Author manuscript; available in PMC: 2009 Jan 21.

Published in final edited form as: J Comp Physiol A Neuroethol Sens Neural Behav Physiol. 2007 Jun 6;193(7):715–728. doi: 10.1007/s00359-007-0227-9

Table 2.

The effects of blocking sGC signaling in antennal lobe neurons

Neuron ID	Morphology	Physiology	Drug	Resting activity	Δg	Odor response	sGCir
PN24	MGC-PN		ODQ	Bursts	↓	↓ C ; ↑ Bl	No
PN25	AC-PN		ODQ	Bursts	↓	X: H; ↓ M; ↑ Bl;	Yes
PN5	AC-PN		ODQ^a	Bursts			Yes
PN26	AC-PN		ODQ	Increase	↓	X: M; ↓ Bl; ↑ L	No
PN12		PN	ODQ^a	Increase	↔
PN27	MGC-PN		ODQ	Decrease	↓	X: C; ↓ Bl, B	Yes
PN4	MGC-PN		ODQ^a,^b	Decrease	↓	↓ Bl, C; ↑ B	No
LN28	Ib-LN		ODQ	Burst	↔	↓ Bl, M; ↑ O	Yes
LN29	Ib-LN		ODQ	Increase	↓		No
LN30	LC CB	LN	ODQ	Increase	↔	X: H	Yes
LN31	Ib-LN		ODQ	Decrease	↓		Yes
LN32	Ib-LN		ODQ	No change	↔	↑ Bl	No
LN33	Ia-LN		ODQ	No change	↔		No
LN34	Ib-LN		ODQ	No change			Yes
TOTALS	13	2	14	B: 4; I: 4; D: 3; N: 3	12	X: 4; ↓: 6; ↑: 6	7/13 ir

Morphological and physiological categorization and all other abbreviations are defined in the Table 1 legend. LN30 was filled with LY dye and had a cell body in the LC. It was also characterized physiologically as a LN

Indicates 7NI was also applied (see Table 1)

Note the difference in resting activity observed in PN4 when 7NI was applied