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Showing all 29 items for (author: moog & k)

EMDB-56682: 
In situ ribosome structure from environmental sample of Pseudo-nitzschia
Method: subtomogram averaging / : Leisch N, Pyle E

EMDB-70456: 
The structure of short splice variant (Q9UBL9-2) of human P2X2 receptor channel in lipid nanodiscs with 5mM MgCl2
Method: single particle / : Dhingra S, Swartz KJ

EMDB-70457: 
The structure of short splice variant (Q9UBL9-2) of human P2X2 receptor channel in lipid nanodiscs
Method: single particle / : Dhingra S, Swartz KJ

EMDB-70468: 
Human P2X2 apo structure in lipid nanodiscs
Method: single particle / : Dhingra S, Swartz KJ

EMDB-70496: 
Human P2X2 receptor channel in lipid nanodiscs with 0.5mM Suramin
Method: single particle / : Dhingra S, Swartz KJ

EMDB-70526: 
Human P2X2 receptor channel in detergent with residual ATP after apyrase treatment
Method: single particle / : Dhingra S, Swartz KJ

EMDB-70527: 
Human P2X2 receptor channel in detergent with residual ATP
Method: single particle / : Dhingra S, Swartz KJ

EMDB-70543: 
The open state structure of human P2X2 receptor channel in lipid nanodiscs with free ATP and sodium
Method: single particle / : Dhingra S, Swartz KJ

EMDB-70602: 
The pre-desensitized state structure of human P2X2 receptor channel in lipid nanodiscs with free ATP and sodium
Method: single particle / : Dhingra S, Swartz KJ

EMDB-70617: 
The desensitized state structure of human P2X2 receptor channel in lipid nanodiscs with free ATP and sodium
Method: single particle / : Dhingra S, Swartz KJ

EMDB-70629: 
The pre-open state 1 structure of human P2X2 receptor channel in lipid nanodiscs with free ATP and sodium
Method: single particle / : Dhingra S, Swartz KJ

EMDB-73782: 
The structure of short splice variant (Q9UBL9-2) of human P2X2 receptor channel in lipid nanodiscs with Mg-ATP
Method: single particle / : Dhingra S, Swartz KJ

PDB-9ogh: 
Human P2X2 apo structure in lipid nanodiscs
Method: single particle / : Dhingra S, Swartz KJ

PDB-9ohk: 
Human P2X2 receptor channel in lipid nanodiscs with 0.5mM Suramin
Method: single particle / : Dhingra S, Swartz KJ

PDB-9oir: 
Human P2X2 receptor channel in detergent with residual ATP
Method: single particle / : Dhingra S, Swartz KJ

PDB-9ojk: 
The open state structure of human P2X2 receptor channel in lipid nanodiscs with free ATP and sodium
Method: single particle / : Dhingra S, Swartz KJ

PDB-9om0: 
The pre-desensitized state structure of human P2X2 receptor channel in lipid nanodiscs with free ATP and sodium
Method: single particle / : Dhingra S, Swartz KJ

PDB-9omr: 
The desensitized state structure of human P2X2 receptor channel in lipid nanodiscs with free ATP and sodium
Method: single particle / : Dhingra S, Swartz KJ

PDB-9on5: 
The pre-open state 1 structure of human P2X2 receptor channel in lipid nanodiscs with free ATP and sodium
Method: single particle / : Dhingra S, Swartz KJ

PDB-9on6: 
The pre-open state 2 structure of human P2X2 receptor channel in lipid nanodiscs with free ATP and sodium
Method: single particle / : Dhingra S, Swartz KJ

PDB-9z32: 
The structure of short splice variant (Q9UBL9-2) of human P2X2 receptor channel in lipid nanodiscs with Mg-ATP
Method: single particle / : Dhingra S, Swartz KJ

EMDB-19163: 
Trimeric HSV-1F gB ectodomain in postfusion conformation with three bound HDIT101 Fab molecules.
Method: single particle / : Kalbermatter D, Seyfizadeh N, Imhof T, Ries M, Mueller C, Jenner L, Blumenschein E, Yendrzheyevskiy A, Moog K, Eckert D, Engel R, Diebolder P, Chami M, Krauss J, Schaller T, Arndt M

EMDB-19164: 
Trimeric HSV-1F gB ectodomain in postfusion conformation with three bound HDIT102 Fab molecules.
Method: single particle / : Kalbermatter D, Seyfizadeh N, Imhof T, Ries M, Mueller C, Jenner L, Blumenschein E, Yendrzheyevskiy A, Moog K, Eckert D, Engel R, Diebolder P, Chami M, Krauss J, Schaller T, Arndt M

EMDB-19165: 
Trimeric HSV-2F gB ectodomain in postfusion conformation with three bound HDIT101 Fab molecules.
Method: single particle / : Kalbermatter D, Seyfizadeh N, Imhof T, Ries M, Mueller C, Jenner L, Blumenschein E, Yendrzheyevskiy A, Moog K, Eckert D, Engel R, Diebolder P, Chami M, Krauss J, Schaller T, Arndt M

EMDB-19166: 
Trimeric HSV-2G gB ectodomain in postfusion conformation with three bound HDIT102 Fab molecules.
Method: single particle / : Kalbermatter D, Seyfizadeh N, Imhof T, Ries M, Mueller C, Jenner L, Blumenschein E, Yendrzheyevskiy A, Moog K, Eckert D, Engel R, Diebolder P, Chami M, Krauss J, Schaller T, Arndt M

PDB-8rgz: 
Trimeric HSV-1F gB ectodomain in postfusion conformation with three bound HDIT101 Fab molecules.
Method: single particle / : Kalbermatter D, Seyfizadeh N, Imhof T, Ries M, Mueller C, Jenner L, Blumenschein E, Yendrzheyevskiy A, Moog K, Eckert D, Engel R, Diebolder P, Chami M, Krauss J, Schaller T, Arndt M

PDB-8rh0: 
Trimeric HSV-1F gB ectodomain in postfusion conformation with three bound HDIT102 Fab molecules.
Method: single particle / : Kalbermatter D, Seyfizadeh N, Imhof T, Ries M, Mueller C, Jenner L, Blumenschein E, Yendrzheyevskiy A, Moog K, Eckert D, Engel R, Diebolder P, Chami M, Krauss J, Schaller T, Arndt M

PDB-8rh1: 
Trimeric HSV-2F gB ectodomain in postfusion conformation with three bound HDIT101 Fab molecules.
Method: single particle / : Kalbermatter D, Seyfizadeh N, Imhof T, Ries M, Mueller C, Jenner L, Blumenschein E, Yendrzheyevskiy A, Moog K, Eckert D, Engel R, Diebolder P, Chami M, Krauss J, Schaller T, Arndt M

PDB-8rh2: 
Trimeric HSV-2G gB ectodomain in postfusion conformation with three bound HDIT102 Fab molecules.
Method: single particle / : Kalbermatter D, Seyfizadeh N, Imhof T, Ries M, Mueller C, Jenner L, Blumenschein E, Yendrzheyevskiy A, Moog K, Eckert D, Engel R, Diebolder P, Chami M, Krauss J, Schaller T, Arndt M
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