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Showing 1 - 50 of 67 items for (author: herzik & jr & ma)

EMDB-45815:
Human OxyHb (C1 symmetry) obtained using the SPT Labtech chameleon In the presence of 25 uM sodium dithionite under Al's oil
Method: single particle / : Cook BD, Narehood SM, McGuire KL, Li Y, Tezcan FA, Herzik MA

EMDB-45816:
Human OxyHb (C2 symmetry) obtained using the SPT Labtech chameleon In the presence of 25 uM sodium dithionite under Al's oil
Method: single particle / : Cook BD, Narehood SM, McGuire KL, Li Y, Tezcan FA, Herzik MA

EMDB-45817:
Human metHb (C1 symmetry) obtained using the SPT Labtech chameleon
Method: single particle / : Cook BD, Narehood SM, McGuire KL, Li Y, Tezcan FA, Herzik MA

EMDB-45818:
Human metHb (C2 symmetry) obtained using the SPT Labtech chameleon
Method: single particle / : Cook BD, Narehood SM, McGuire KL, Li Y, Tezcan FA, Herzik MA

EMDB-45819:
Human metHb (C1 symmetry) obtained using the SPT Labtech chameleon under Al's Oil
Method: single particle / : Cook BD, Narehood SM, McGuire KL, Li Y, Tezcan FA, Herzik MA

EMDB-45820:
Human metHb (C2 symmetry) obtained using the SPT Labtech chameleon under Al's Oil
Method: single particle / : Cook BD, Narehood SM, McGuire KL, Li Y, Tezcan FA, Herzik MA

EMDB-45821:
Human OxyHb (C1 symmetry) obtained using the SPT Labtech chameleon In the presence of 5 mM sodium dithionite under Al's oil
Method: single particle / : Cook BD, Narehood SM, McGuire KL, Li Y, Tezcan FA, Herzik MA

EMDB-45822:
Human OxyHb (C2 symmetry) obtained using the SPT Labtech chameleon In the presence of 5 mM sodium dithionite under Al's oil
Method: single particle / : Cook BD, Narehood SM, McGuire KL, Li Y, Tezcan FA, Herzik MA

EMDB-45823:
Human OxyHb (C1 symmetry) obtained using the SPT Labtech chameleon In the presence of 20 mM sodium dithionite under Al's oil
Method: single particle / : Cook BD, Narehood SM, McGuire KL, Li Y, Tezcan FA, Herzik MA

EMDB-45824:
Human DeoxyHb (C1 symmetry) obtained using the SPT Labtech chameleon In the presence of 60 mM sodium dithionite under Al's oil
Method: single particle / : Cook BD, Narehood SM, McGuire KL, Li Y, Tezcan FA, Herzik MA

EMDB-45825:
Human DeoxyHb (C2 symmetry) obtained using the SPT Labtech chameleon In the presence of 60 mM sodium dithionite under Al's oil
Method: single particle / : Cook BD, Narehood SM, McGuire KL, Li Y, Tezcan FA, Herzik MA

EMDB-45826:
Azotobacter vinelandii Oxidized MoFeP (C1 symmetry) obtained using the SPT Labtech chameleon
Method: single particle / : Cook BD, Narehood SM, McGuire KL, Li Y, Tezcan FA, Herzik MA

EMDB-45827:
Azotobacter vinelandii Oxidized MoFeP (C2 symmetry) obtained using the SPT Labtech chameleon
Method: single particle / : Cook BD, Narehood SM, McGuire KL, Li Y, Tezcan FA, Herzik MA

EMDB-45828:
Azotobacter vinelandii Reduced MoFeP (C1 symmetry) obtained using the SPT Labtech chameleon of 20 mM sodium dithionite under Al's oil
Method: single particle / : Cook BD, Narehood SM, McGuire KL, Li Y, Tezcan FA, Herzik MA

EMDB-45829:
Azotobacter vinelandii Reduced MoFeP (C2 symmetry) obtained using the SPT Labtech chameleon of 20 mM sodium dithionite under Al's oil
Method: single particle / : Cook BD, Narehood SM, McGuire KL, Li Y, Tezcan FA, Herzik MA

EMDB-48381:
Azotobacter vinelandii Reduced MoFeP (C1 symmetry) obtained using the SPT Labtech chameleon of 5 mM sodium dithionite under Al's oil
Method: single particle / : Cook BD, Narehood SM, McGuire KL, Li Y, Tezcan FA, Herzik MA

EMDB-48382:
Azotobacter vinelandii Reduced MoFeP (C2 symmetry) obtained using the SPT Labtech chameleon of 5 mM sodium dithionite under Al's oil
Method: single particle / : Cook BD, Narehood SM, McGuire KL, Li Y, Tezcan FA, Herzik MA

EMDB-48383:
Azotobacter vinelandii Reduced MoFeP (C1 symmetry) obtained using the SPT Labtech chameleon of 60 mM sodium dithionite under Al's oil
Method: single particle / : Cook BD, Narehood SM, McGuire KL, Li Y, Tezcan FA, Herzik MA

EMDB-48384:
Azotobacter vinelandii Reduced MoFeP (C2 symmetry) obtained using the SPT Labtech chameleon of 60 mM sodium dithionite under Al's oil
Method: single particle / : Cook BD, Narehood SM, McGuire KL, Li Y, Tezcan FA, Herzik MA

EMDB-48323:
Structure of the IFIT2-IFIT3 heterodimer from Mus musculus
Method: single particle / : Glasner DR, Todd C, Cook BD, DUrso A, Khosla S, Estrada E, Wagner J, Bartels MD, Ford P, Prych J, Hatch K, Yee BA, Ego KM, Liang Q, Holland SR, Case JB, Corbett KD, Diamond MS, Yeo GW, Herzik Jr MA, Van Nostrand EL, Daugherty MD

PDB-9mk9:
Structure of the IFIT2-IFIT3 heterodimer from Mus musculus
Method: single particle / : Glasner DR, Todd C, Cook BD, DUrso A, Khosla S, Estrada E, Wagner J, Bartels MD, Ford P, Prych J, Hatch K, Yee BA, Ego KM, Liang Q, Holland SR, Case JB, Corbett KD, Diamond MS, Yeo GW, Herzik Jr MA, Van Nostrand EL, Daugherty MD

EMDB-45923:
Azotobacter vinelandii MoFeP (C2 symmetry)
Method: single particle / : Narehood SM, Cook BD, Srisantitham S, Eng VH, Shiau A, Britt RD, Herzik MA, Tezcan FA

EMDB-45924:
Azotobacter vinelandii 1:1:1 MoFeP:FeP:FeSII-Complex (C1 symmetry)
Method: single particle / : Narehood SM, Cook BD, Srisantitham S, Eng VH, Shiau A, Britt RD, Herzik MA, Tezcan FA

EMDB-45925:
Azotobacter vinelandii filamentous 2:2:1 MoFeP:FeP:FeSII-Complex (termini; C1 symmetry)
Method: single particle / : Narehood SM, Cook BD, Srisantitham S, Eng VH, Shiau A, Britt RD, Herzik MA, Tezcan FA

EMDB-45926:
Azotobacter vinelandii filamentous 2:2:1 MoFeP:FeP:FeSII-Complex (C2 symmetry)
Method: single particle / : Narehood SM, Cook BD, Srisantitham S, Eng VH, Shiau A, Britt RD, Herzik MA, Tezcan FA

EMDB-44675:
Structure of the human mitochondrial Hsp70 (mortalin; R126W mutant) bound to nucleotide exchange factor GrpEL1 (WT)
Method: single particle / : Morizono MA, McGuire KL, Birouty NI, Herzik Jr MA

EMDB-44676:
Structure of the human mitochondrial Hsp70 (mortalin; R126W mutant) bound to nucleotide exchange factor GrpEL1 (Y173A mutant)
Method: single particle / : Morizono MA, McGuire KL, Birouty NI, Herzik Jr MA

EMDB-44677:
Structure of the human mitochondrial Hsp70 (mortalin; R126W mutant) missing SBD-a lid bound to nucleotide exchange factor GrpEL1 (Y173A mutant)
Method: single particle / : Morizono MA, McGuire KL, Birouty NI, Herzik Jr MA

PDB-9bls:
Structure of the human mitochondrial Hsp70 (mortalin; R126W mutant) bound to nucleotide exchange factor GrpEL1 (WT)
Method: single particle / : Morizono MA, McGuire KL, Birouty NI, Herzik Jr MA

PDB-9blt:
Structure of the human mitochondrial Hsp70 (mortalin; R126W mutant) bound to nucleotide exchange factor GrpEL1 (Y173A mutant)
Method: single particle / : Morizono MA, McGuire KL, Birouty NI, Herzik Jr MA

PDB-9blu:
Structure of the human mitochondrial Hsp70 (mortalin; R126W mutant) missing SBD-a lid bound to nucleotide exchange factor GrpEL1 (Y173A mutant)
Method: single particle / : Morizono MA, McGuire KL, Birouty NI, Herzik Jr MA

EMDB-25913:
CryoEM structure of JetD from Pseudomonas aeruginosa
Method: single particle / : Deep A, Gu Y

EMDB-27480:
CryoEM structure of JetABC (head construct) from Pseudomonas aeruginosa PA14
Method: single particle / : Deep A, Gu Y, Gao Y, Ego K, Herzik M, Zhou H, Corbett K

EMDB-27481:
CryoEM structure of Pseudomonas aeruginosa PA14 JetABC in an unclamped state trapped in ATP dependent dimeric form
Method: single particle / : Deep A, Gu Y, Gao Y, Ego K, Herzik M, Zhou H, Corbett K

EMDB-27482:
CryoEM structure of Pseudomonas aeruginosa PA14 JetC ATPase domain bound to DNA and cWHD domain of JetA
Method: single particle / : Deep A, Gu Y, Gao Y, Ego K, Herzik M, Zhou H, Corbett K

EMDB-26756:
C1 symmetric cryoEM structure of Azotobacter vinelandii MoFeP under non-turnover conditions
Method: single particle / : Rutledge HL, Cook B, Tezcan FA, Herzik MA

EMDB-26757:
C2 symmetric cryoEM structure of Azotobacter vinelandii MoFeP under non-turnover conditions
Method: single particle / : Rutledge HL, Cook BD, Tezcan FA, Herzik MA

EMDB-26758:
Consensus cryoEM map of Azotobacter vinelandii MoFeP in a 1:1 complex (ATP-bound) with FeP during catalytic N2 reduction
Method: single particle / : Rutledge HL, Cook B, Tezcan FA, Herzik MA

EMDB-26759:
Locally refined cryoEM map of Azotobacter vinelandii FeP in a 1:1 complex (ATP-bound) with MoFeP during catalytic N2 reduction
Method: single particle / : Rutledge HL, Cook B, Tezcan FA, Herzik MA

EMDB-26760:
CryoEM structure of Azotobacter vinelandii nitrogenase complex (1:1 FeP:MoFeP, ATP-bound) during catalytic N2 reduction
Method: single particle / : Rutledge HL, Cook B, Tezcan FA, Herzik MA

EMDB-26761:
Consensus cryoEM map of Azotobacter vinelandii MoFeP in a 1:1 complex (ADP/ATP-bound) with FeP during catalytic N2 reduction
Method: single particle / : Rutledge HL, Cook B, Tezcan FA, Herzik MA

EMDB-26762:
Locally refined cryoEM map of Azotobacter vinelandii FeP in a 1:1 complex (ADP/ATP-bound) with MoFeP during catalytic N2 reduction
Method: single particle / : Rutledge HL, Cook B, Tezcan FA, Herzik MA

EMDB-26763:
CryoEM structure of Azotobacter vinelandii nitrogenase complex (1:1 FeP:MoFeP, ADP/ATP-bound) during catalytic N2 reduction
Method: single particle / : Rutledge HL, Cook B, Tezcan FA, Herzik MA

EMDB-26764:
CryoEM structure of Azotobacter vinelandii nitrogenase complex (2:1 FeP:MoFeP) inhibited by BeFx during catalytic N2 reduction
Method: single particle / : Rutledge HL, Cook BD, Nguyen HPM, Tezcan FA, Herzik MA

EMDB-27639:
CryoEM structure of Azotobacter vinelandii nitrogenase MoFeP during catalytic N2 reduction
Method: single particle / : Rutledge HL, Cook B, Tezcan FA, Herzik MA

EMDB-21023:
Single-particle cryo-EM reconstruction of rabbit muscle aldolase using 200 keV
Method: single particle / : Wu M, Lander GC

EMDB-21024:
Single-particle cryo-EM reconstruction of mouse heavy chain apoferritin at 200 keV
Method: single particle / : Wu M, Lander GC

EMDB-0406:
Single-particle cryo-EM reconstruction of horse liver alcohol dehydrogenase using 200 keV
Method: single particle / : Herzik Jr MA, Wu M

EMDB-0407:
Single-particle cryo-EM reconstruction of human methemoglobin using 200 keV, state 1
Method: single particle / : Herzik Jr MA, Wu M

PDB-6nbb:
Horse liver alcohol dehydrogenase determined using single-particle cryo-EM at 200 keV
Method: single particle / : Herzik Jr MA, Wu M, Lander GC

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