CCK mouse 1:5000 *Dr. G. Ohning, CURE, UCLA, USA, Code 9303 (Ohning et al., 1996)
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1 Supplemental Table 1 antibody to host dilution source CB rabbit 1:5000 Swant, Bellinzona, Switzerland, code no 38 reference of characterization and specificity labelling patterns as published with other antibodies CCK mouse 1:5000 *Dr. G. Ohning, CURE, UCLA, USA, Code 9303 (Ohning et al., 1996) rabbit 1:1000 pro-cck; Dr. G. Dockrey, Liverpool University, UK, code no L424 (Morino et al., 1994) GAD mouse 1:500 Millipore Corporation, Billerica, USA, code no MAB 351, Lot (Chang and Gottlieb, 1988) mouse 1:100 Dev.Stu.Hybr. Bank, Univ. Iowa, code GAD-6 (Chang and Gottlieb, 1988) PV mouse 1:5000 Swant,Bellinzona, Switzerland, code no 235 (Celio et al., 1988) guinea pig 1:2000 SOM mouse 1:300 Dr. K.G. Baimbridge, Dept. Physiol., Univ. British Columbia, Canada, Code no 404 Dr. A. Buchan, Dept. Physiol., Univ. Br. Columbia, Canada, code no mab Soma8 rat 1:500 Millipore Corporation, Billerica, USA, code no MAB 354 labelling patterns as published with other antibodies and K.G.B. personal communication (Vincent et al., 1985) labelling patterns as published with other antibodies VIP mouse 1: *Dr. G. Ohning, CURE, UCLA, USA, Code 55 (Wong et al., 1996) *Antibodies by CURE/Digestive Diseases Research Center, Antibody/RIA Core, UCLA, NIH Grant #DK 41301
2 Reference List Celio MR, Baier W, Scharer L, de Viragh PA, Gerday C (1988) Monoclonal antibodies directed against the calcium binding protein parvalbumin. Cell Calcium 9: Chang YC, Gottlieb DI (1988) Characterization of the proteins purified with monoclonal antibodies to glutamic acid decarboxylase. J Neurosci 8: Morino P, Herrera-Marschitz M, Castel MN, Ungerstedt U, Varro A, Dockray G, Hokfelt T (1994) Cholecystokinin in cortico-striatal neurons in the rat: immunohistochemical studies at the light and electron microscopical level. Eur J Neurosci 6: Ohning GV, Wong HC, Lloyd KC, Walsh JH (1996) Gastrin mediates the gastric mucosal proliferative response to feeding. Am J Physiol 271:G470-G476. Vincent SR, McIntosh CH, Buchan AM, Brown JC (1985) Central somatostatin systems revealed with monoclonal antibodies. pp Wong HC, Sternini C, Lloyd K, De GR, Walsh JH (1996) Monoclonal antibody to VIP: production, characterization, immunoneutralizing activity, and usefulness in cytochemical staining. Hybridoma 15:
3 power spectrum 6 power [m V ] 2 3 dorsal CA1 0.9 coherence power [m V ] m PFC coherence coefficient.6.3 dorsal CA1/ m PFC power [m V ] interm CA1 coherence coefficient.6.3 dorsal CA1/ interm CA power [m V ] ventral CA1 coherence coefficient.6.3 dorsal CA1/ ventral CA1 0 f [Hz].0 f [Hz] suppl Fig 1. Hartwich et al. (2008)
4 Suppl. Figure 1. Power and coherence of theta oscillations in the mpfc, dorsal, intermediate and ventral CA1 hippocampus. Bars represent mean and SD from the indicated number of recordings. A, Power spectra of the LFP in the dorsal CA1 (n=33 recordings), mpfc (n=17 recordings), intermediate CA1 (n=6 recordings) and ventral CA1 area (n=10 recordings) during theta oscillations detected in the dorsal CA1 hippocampus. Note the prominent peak at 4 Hz in the dorsal and intermediate hippocampus. In the mpfc and ventral hippocampus 4 Hz theta oscillations are present but the dominant frequency is in the 2 Hz band. B, Coherence spectrum between local field potentials in the dorsal CA1 hippocampus and mpfc (n=17 recordings), intermediate CA1 (n=6 recordings) or ventral CA1 hippocampus (n=10 recordings) during theta oscillations detected in the dorsal CA1 hippocampus. Note the prominent peak at 4 Hz in all plots. However, the coherence in the theta band is higher between the dorsal and intermediate CA1 in comparison to dorsal CA1 and mpfc or ventral CA1. Black lines indicate significance thresholds determined by shuffling as described in the Methods.
5 suppl Fig 2. Hartwich et al. (2008) A dorsal CA1 theta B dorsal CA1 theta mpfc theta trough interm. CA1 theta trough ventral CA1 theta trough probability/bin probability/bin probability/bin dorsal theta phase [ ] number of recordings with significantly modulated theta troughs dorsal theta phase [ ].20 probability/bin probability/bin probability/bin
6 Suppl. Figure 2. Theta phase relationships between the dorsal CA1 hippocampus and the mpfc, intermediate or ventral CA1 area. A, B, Upper schematic waveform indicates two dorsal CA1 theta cycles; 0 and 360 mark the troughs. A, Phase probability of troughs detected from the filtered LFP (3-6 Hz) of the mpfc (upper graph), intermediate CA1 (middle graph) and ventral CA1 (lower graph) to the dorsal CA1 theta cycle (bin size 36 ). Only those troughs with an inter-event time between and s were considered. Colored traces show examples of individual recordings. B, The grey columns and left y-axis indicate the number of recordings observed with a significant mean theta phase. The red curve and right y-axis indicate the mean trough probability of all recordings in a particular area. In the mpfc in 3 out of 26 recordings no significant modulation of the theta troughs in relation to dorsal CA1 theta oscillations could be detected. Note that theta troughs in the mpfc are slightly delayed in relation to dorsal CA1 theta oscillations and theta troughs in the intermediate CA1 area are in phase with the dorsal CA1 theta troughs. Theta troughs from individual recordings in the ventral CA1 area are phase coupled to dorsal CA1 theta oscillations. However, the preferred theta trough phase is highly heterogeneous between different recording sites. Because putative pyramidal cells in the ventral CA1 area were phase coupled to the same dorsal CA1 theta phase (peak) irrespective of the recording site, this suggests that theta oscillations in the ventral CA1 hippocampus might be strongly influenced by volume conduction due to its own curvature and the geometry of the surrounding structures, which may also oscillate at theta frequency.
7 suppl Fig 3. Hartwich et al (2008) A Neurobiotin B Neurobiotin * Calbindin Calbindin Parvalbumin
8 Suppl. Figure 3. Basket cells in the PL cortex are immunopositive for PV and CB. A, A neurobiotin labeled soma of a basket cell (K 101a) is weakly immunopositive for calbindin (arrow) compared to strong immunopositive CB cells (arrowhead) nearby. B, Immunofluorescence micrographs showing a neurobiotin labeled soma of a basket cell (K124a) weakly immunopositive for calbindin compared to a negative soma (star) and strong positive soma (arrowhead) nearby. The soma of this cell was also tested positive for PV. Scale bars: 10 µm.
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Supplementary Figure 1 Distribution of starter cells for RV-mediated retrograde tracing. Parcellation of cortical areas is based on Allen Mouse Brain Atlas and drawn to scale. Thick white curves, outlines
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