- Email: [email protected]
Antibody-antigen interactions
Erratum
Antibody-antigen interactions David M Webster, Andrew H Henry and Anthony R Rees Current Opinion in Structural Biology 1994, 1:123-129 The publishers wish to apologize for the errors which appeared in Fig. 1, page 125. The corrected figure is given below, along with the original legend.
(a)
(b)
(c)
P
~i!i~:!!:~
~,i~
..........
Fig. 1. Topographic classes of antibody combining site: (a) cavity type, exemplified by anti-fluorescein antibody 4-4-20 [30]; (b) groove type, exemplified by an anti-peptide (myohemerythrin) antibody B13 12 [21]; (c) planar type, exemplified by influenza virus N9 neuraminidaseNC41 complex [13]. The antigen is shown in dark grey at the top of the figure. The antibody Fv has been pulled apart from the antigen and is the centre image. Residues which lie within 4,~ of any atom in the antigen are coloured dark grey. The bottom image shows the antibody Fv rotated through 90 ° to highlight the centre of the ACS.
297
Antibody-antigen interactions David M Webster, Andrew H Henry and Anthony R Rees Current Opinion in Structural Biology 1994, 1:123-129 The publishers wish to apologize for the errors which appeared in Fig. 1, page 125. The corrected figure is given below, along with the original legend.
(a)
(b)
(c)
P
~i!i~:!!:~
~,i~
..........
Fig. 1. Topographic classes of antibody combining site: (a) cavity type, exemplified by anti-fluorescein antibody 4-4-20 [30]; (b) groove type, exemplified by an anti-peptide (myohemerythrin) antibody B13 12 [21]; (c) planar type, exemplified by influenza virus N9 neuraminidaseNC41 complex [13]. The antigen is shown in dark grey at the top of the figure. The antibody Fv has been pulled apart from the antigen and is the centre image. Residues which lie within 4,~ of any atom in the antigen are coloured dark grey. The bottom image shows the antibody Fv rotated through 90 ° to highlight the centre of the ACS.
297