Ellson, C. D., Andrews, S., Stephens, L. R. and. Hawkins, P. T. (2002). J. Cell Sci. 115, 1099-1105.
In the printed version of this Commentary, Table 1 was omitted. The Table is shown below and is included in the on-line versions.
Table 1.
PX domain phosphoinositide-binding specificities
Accession Number . | Protein . | Species . | Res . | Specificity . | Reference . | |||||
---|---|---|---|---|---|---|---|---|---|---|
Q15080 | p40phox | Hs | R | 3P | Ellson et al. (2001a); Kanai et al. (2001) | |||||
P14598 | p47phox | Hs | R | 3,4 | Ago et al. (2001); Kanai et al. (2001) | |||||
O60493 | SNX3 | Hs | R | 3P | Xu et al. (2001a) | |||||
Q9UNH6 | SNX7 | Hs | R | 3P | Xu et al. (2001a) | |||||
P57768 | SNX16 | Hs | R | 3P | Xu et al. (2001a) | |||||
Q9BSD1 | RGS-PX1 | Hs | R | 3P | Zheng et al. (2001) | |||||
P32912 | Vam7 | Sc | R | 3P | Cheever et al. (2001); Song et al. (2001); Yu et al. (2001) | |||||
Q08826 | SNX3 | Sc | R | 3P | Yu et al. (2001) | |||||
Q01846 | Mdm1 | Sc | R | 3P | Yu et al. (2001) | |||||
P38815 | Yhr105w | Sc | R | 3P | Yu et al. (2001) | |||||
P29366 | Bem1 | Sc | Y | 4P | Ago et al. (2001) | |||||
Q9ERE3 | CISK | Mm | R | 3P/3,4,5 ? | Virbasius et al. (2001); Xu et al. (2001b) | |||||
Q9VTN5 | CPK PI3K | Mm | S | 4,5 | Song et al. (2001) | |||||
Species abbreviations are the same as used in Fig. 1. Phosphoinositide species are abbreviated as standard. That is, 3P=PtdIns(3)P, 3,4,5=PtdIns(3,4,5)P3 etc. Residues (Res) at the position equivalent to Arg58 of p40phox are indicated as standard single letter amino acid code. A basic residue (R or K) at this position predicts 3-phosphoinositide binding. Only the high-affinity PX domains from Yu and Lemmon (2001) are included. |
Accession Number . | Protein . | Species . | Res . | Specificity . | Reference . | |||||
---|---|---|---|---|---|---|---|---|---|---|
Q15080 | p40phox | Hs | R | 3P | Ellson et al. (2001a); Kanai et al. (2001) | |||||
P14598 | p47phox | Hs | R | 3,4 | Ago et al. (2001); Kanai et al. (2001) | |||||
O60493 | SNX3 | Hs | R | 3P | Xu et al. (2001a) | |||||
Q9UNH6 | SNX7 | Hs | R | 3P | Xu et al. (2001a) | |||||
P57768 | SNX16 | Hs | R | 3P | Xu et al. (2001a) | |||||
Q9BSD1 | RGS-PX1 | Hs | R | 3P | Zheng et al. (2001) | |||||
P32912 | Vam7 | Sc | R | 3P | Cheever et al. (2001); Song et al. (2001); Yu et al. (2001) | |||||
Q08826 | SNX3 | Sc | R | 3P | Yu et al. (2001) | |||||
Q01846 | Mdm1 | Sc | R | 3P | Yu et al. (2001) | |||||
P38815 | Yhr105w | Sc | R | 3P | Yu et al. (2001) | |||||
P29366 | Bem1 | Sc | Y | 4P | Ago et al. (2001) | |||||
Q9ERE3 | CISK | Mm | R | 3P/3,4,5 ? | Virbasius et al. (2001); Xu et al. (2001b) | |||||
Q9VTN5 | CPK PI3K | Mm | S | 4,5 | Song et al. (2001) | |||||
Species abbreviations are the same as used in Fig. 1. Phosphoinositide species are abbreviated as standard. That is, 3P=PtdIns(3)P, 3,4,5=PtdIns(3,4,5)P3 etc. Residues (Res) at the position equivalent to Arg58 of p40phox are indicated as standard single letter amino acid code. A basic residue (R or K) at this position predicts 3-phosphoinositide binding. Only the high-affinity PX domains from Yu and Lemmon (2001) are included. |
© The Company of Biologists Limited 2002
2002