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Showing 1 - 50 of 98 items for (author: dhingra & s)

EMDB-75283:
SemiClosed Eco-ePEC: Cryo-EM structure of Eco RNAP his-elemental paused elongation complex with a semi-closed active site (closed TL and SI3, open RH-FL)
Method: single particle / : Dhingra Y, Darst SA

EMDB-75284:
CBR9379 bound Open1 Eco-ePEC: Cryo-EM structure of Eco RNAP his-elemental paused elongation complex with an open active site (open TL, SI3 and RH-FL)
Method: single particle / : Dhingra Y, Darst SA

EMDB-75285:
CBR9379 bound Open2 Eco-ePEC: Cryo-EM structure of Eco RNAP his-elemental paused elongation complex with an open active site (open TL, SI3 and RH-FL)
Method: single particle / : Dhingra Y, Darst SA

EMDB-75286:
Closed Mtb-EC: Cryo-EM structure of Mtb RNAP elongation complex (substrate loading mimic) with a closed active site (closed TL and RH-FL)
Method: single particle / : Dhingra Y, Darst SA

EMDB-75287:
Open Mtb-EC: Cryo-EM structure of Mtb RNAP elongation complex (substrate loading mimic) with an open active site (open TL and RH-FL)
Method: single particle / : Dhingra Y, Darst SA

EMDB-75288:
SemiClosed Mtb-EC: Cryo-EM structure of Mtb RNAP elongation complex (substrate loading mimic) with a semiclosed active site (closed TL, open RH-FL)
Method: single particle / : Dhingra Y, Darst SA

EMDB-75289:
AAP-SO2 bound Open Mtb-EC: Cryo-EM structure of Mtb RNAP elongation complex (substrate loading mimic) with an open active site (open TL and RH-FL)
Method: single particle / : Dhingra Y, Darst SA

PDB-10me:
SemiClosed Eco-ePEC: Cryo-EM structure of Eco RNAP his-elemental paused elongation complex with a semi-closed active site (closed TL and SI3, open RH-FL)
Method: single particle / : Dhingra Y, Darst SA

PDB-10mf:
CBR9379 bound Open1 Eco-ePEC: Cryo-EM structure of Eco RNAP his-elemental paused elongation complex with an open active site (open TL, SI3 and RH-FL)
Method: single particle / : Dhingra Y, Darst SA

PDB-10mg:
CBR9379 bound Open2 Eco-ePEC: Cryo-EM structure of Eco RNAP his-elemental paused elongation complex with an open active site (open TL, SI3 and RH-FL)
Method: single particle / : Dhingra Y, Darst SA

PDB-10mi:
Closed Mtb-EC: Cryo-EM structure of Mtb RNAP elongation complex (substrate loading mimic) with a closed active site (closed TL and RH-FL)
Method: single particle / : Dhingra Y, Darst SA

PDB-10mj:
Open Mtb-EC: Cryo-EM structure of Mtb RNAP elongation complex (substrate loading mimic) with an open active site (open TL and RH-FL)
Method: single particle / : Dhingra Y, Darst SA

PDB-10mk:
SemiClosed Mtb-EC: Cryo-EM structure of Mtb RNAP elongation complex (substrate loading mimic) with a semiclosed active site (closed TL, open RH-FL)
Method: single particle / : Dhingra Y, Darst SA

PDB-10ml:
AAP-SO2 bound Open Mtb-EC: Cryo-EM structure of Mtb RNAP elongation complex (substrate loading mimic) with an open active site (open TL and RH-FL)
Method: single particle / : Dhingra Y, Darst SA

EMDB-75279:
Closed Eco-ePEC: Cryo-EM structure of Eco RNAP his-elemental paused elongation complex with a closed active site (closed TL, SI3 and RH-FL)
Method: single particle / : Dhingra Y, Darst SA

EMDB-75280:
Open1 Eco-ePEC: Cryo-EM structure of Eco RNAP his-elemental paused elongation complex with an open active site (open TL, SI3 and RH-FL)
Method: single particle / : Dhingra Y, Darst SA

EMDB-75281:
Open2 Eco-ePEC: Cryo-EM structure of Eco RNAP his-elemental paused elongation complex with an open active site (open TL, SI3 and RH-FL)
Method: single particle / : Dhingra Y, Darst SA

EMDB-75282:
Open3 Eco-ePEC: Cryo-EM structure of Eco RNAP his-elemental paused elongation complex with an open active site (open TL, SI3 and RH-FL)
Method: single particle / : Dhingra Y, Darst SA

PDB-10ma:
Closed Eco-ePEC: Cryo-EM structure of Eco RNAP his-elemental paused elongation complex with a closed active site (closed TL, SI3 and RH-FL)
Method: single particle / : Dhingra Y, Darst SA

PDB-10mb:
Open1 Eco-ePEC: Cryo-EM structure of Eco RNAP his-elemental paused elongation complex with an open active site (open TL, SI3 and RH-FL)
Method: single particle / : Dhingra Y, Darst SA

PDB-10mc:
Open2 Eco-ePEC: Cryo-EM structure of Eco RNAP his-elemental paused elongation complex with an open active site (open TL, SI3 and RH-FL)
Method: single particle / : Dhingra Y, Darst SA

PDB-10md:
Open3 Eco-ePEC: Cryo-EM structure of Eco RNAP his-elemental paused elongation complex with an open active site (open TL, SI3 and RH-FL)
Method: single particle / : Dhingra Y, Darst SA

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-34197:
GluK1-1a receptor captured in the desensitized state
Method: single particle / : Dhingra S, Kumar J

PDB-8gpr:
GluK1-1a receptor captured in the desensitized state
Method: single particle / : Dhingra S, Kumar J

EMDB-34076:
GluK1-1a in nanodisc captured in SYM2081 bound desensitized state
Method: single particle / : Dhingra S, Kumar J

EMDB-34083:
GluK1-1a extracellular domain captured in SYM2081 bound desensitized state
Method: single particle / : Dhingra S, Kumar J

PDB-7ysj:
GluK1-1a in nanodisc captured in SYM2081 bound desensitized state
Method: single particle / : Dhingra S, Kumar J

PDB-7ysv:
GluK1-1a extracellular domain captured in SYM2081 bound desensitized state
Method: single particle / : Dhingra S, Kumar J

EMDB-27159:
Type I-C Cas4-Cas1-Cas2 complex bound to a PAM/PAM prespacer
Method: single particle / : Dhingra Y, Suresh SK, Juneja P, Sashital DG

EMDB-27160:
Type I-C Cas4-Cas1-Cas2 complex bound to a PAM/Processed prespacer
Method: single particle / : Dhingra Y, Suresh SK, Juneja P, Sashital DG

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