Table 1. Channels linked to the yeast... | Rockefeller University Press

Table 1.

Channels linked to the yeast mitochondrial outer membrane

Channel	Conductance	V_rev (mV)	P_K+/P_Cl-	Reference
Por1	4.5 nS^{^a}	−11^{^a}	0.58	Forte et al., 1987
Tom40	360 pS^{^b}	40^{^c}	8–10	Hill et al., 1998; Becker et al., 2005
Sam50	640 pS^{^b}	30^{^c}	4.5	Kutik et al., 2008a
Mdm10	480 pS^{^b}	21.5^{^c}	2.8	Ellenrieder et al., 2016
Mim1	580 pS^{^b}	53^{^c}	23.5	This study
Ayr1	1.47 nS^{^b}	30–43^{^c}	4.5–10	This study
OMC7	570 pS^{^b}	−12.5^{^c}	0.55	This study
OMC8	550 pS^{^b}	−15.5^{^c}	0.48	This study

Channel	Conductance	V_rev (mV)	P_K+/P_Cl-	Reference
Por1	4.5 nS^a	−11^a	0.58	Forte et al., 1987
Tom40	360 pS^b	40^c	8–10	Hill et al., 1998; Becker et al., 2005
Sam50	640 pS^b	30^c	4.5	Kutik et al., 2008a
Mdm10	480 pS^b	21.5^c	2.8	Ellenrieder et al., 2016
Mim1	580 pS^b	53^c	23.5	This study
Ayr1	1.47 nS^b	30–43^c	4.5–10	This study
OMC7	570 pS^b	−12.5^c	0.55	This study
OMC8	550 pS^b	−15.5^c	0.48	This study

The channels are listed with maximal conductance, reversal potential (V_rev), and cation/anion selectivity (P_K+/P_Cl-).

Gradient 1 M/100 mM KCl.

Symmetrical buffer conditions including 250 mM KCl (cis/trans).

Gradient 250 mM/20 mM KCl (cis/trans).

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