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Showing all 28 items for (author: rogers & wb)

EMDB-49952:
Dimerized subunit pair: modular DNA origami subunit with top = 14 poly-T, bottom = 3 poly-T overhangs
Method: single particle / : Videbaek TE, Wei WS, Rogers WB, Fraden S

EMDB-49953:
Dimerized subunit pair: modular DNA origami subunit with top = 3 poly-T, bottom = 3 poly-T overhangs
Method: single particle / : Videbaek TE, Wei WS, Rogers WB, Fraden S

EMDB-48633:
DNA-origami colloid for self-assembly of tubules: (10,0) monomer, bound pair from side 1 interaction
Method: single particle / : Videbaek TE, Rogers WB

EMDB-48634:
DNA-origami colloid for self-assembly of tubules: (10,0) monomer, bound pair from side 2 interaction
Method: single particle / : Videbaek TE, Rogers WB

EMDB-48635:
DNA-origami colloid for self-assembly of tubules: (10,0) monomer, bound pair from side 3 interaction
Method: single particle / : Videbaek TE, Rogers WB

EMDB-48636:
DNA-origami colloid for self-assembly of tubules: (10,0) monomer, bound hexamer
Method: single particle / : Videbaek TE, Rogers WB

EMDB-48637:
DNA-origami colloid for self-assembly of tubules: (10,0) monomer, twist corrected
Method: single particle / : Videbaek TE, Rogers WB

EMDB-48565:
Modular DNA origami building block for self-assembly: dimer with 10 base pair arm
Method: single particle / : Videbaek TE, Hayakawa D, Saha R, Rogers WB, Fraden S

EMDB-48566:
Modular DNA origami building block for self-assembly: dimer with 6 base pair arm
Method: single particle / : Videbaek TE, Hayakawa D, Saha R, Rogers WB, Fraden S

EMDB-48567:
Modular DNA origami building block for self-assembly: dimer with 10 base pair arm, negative binding angle
Method: single particle / : Videbaek TE, Hayakawa D, Saha R, Rogers WB, Fraden S

EMDB-48569:
Modular DNA origami building block for self-assembly
Method: single particle / : Videbaek TE, Hayakawa D, Saha R, Rogers WB, Fraden S

EMDB-41869:
BG505.664 SOSIP in complex with polyclonal antibodies from NHP 8131 (gp120 glycan hole, gp41 glycan hole/fusion peptide and trimer base epitopes)
Method: single particle / : Zhang S, Ward AB

EMDB-41870:
BG505.664 Env SOSIP in complex with polyclonal antibodies from NHP 8131 (gp120-gp120 interface epitope)
Method: single particle / : Zhang S, Ward AB

EMDB-41871:
BG505.664 Env SOSIP in complex with polyclonal antibodies from NHP 8147 (C3/V5, V1/V2/V3 apex, gp41 glycan hole/fusion peptide and trimer base epitopes)
Method: single particle / : Zhang S, Ward AB

EMDB-41872:
BG505.664 Env SOSIP in complex with polyclonal antibodies from NHP 8147 (gp120 glycan hole epitope)
Method: single particle / : Zhang S, Ward AB

EMDB-41972:
GT1.1 SOSIP in complex with wk39 polyclonal antibodies from NHP A12N030 (CD4bs, C3V5 and base epitopes)
Method: single particle / : van Schooten J, Ozorowski G, Ward AB

EMDB-41973:
GT1.1 SOSIP in complex with wk39 polyclonal antibodies from NHP A12N030 (gp41GH/FP and base epitopes)
Method: single particle / : van Schooten J, Ozorowski G, Ward AB

EMDB-41974:
GT1.1 SOSIP in complex with wk39 polyclonal antibodies from NHP DC8G (gp41GH/FP and gp120GH epitopes)
Method: single particle / : van Schooten J, Ozorowski G, Ward AB

EMDB-41975:
GT1.1 SOSIP in complex with wk39 polyclonal antibodies from NHP DC8G (gp120GH and base epitopes)
Method: single particle / : van Schooten J, Ozorowski G, Ward AB

EMDB-41976:
GT1.1 SOSIP in complex with wk39 polyclonal antibodies from NHP DC8G (V1V2V3 and gp120GH epitopes)
Method: single particle / : van Schooten J, Ozorowski G, Ward AB

EMDB-41977:
GT1.1 SOSIP-CC2 in complex with wk80 polyclonal antibodies from NHP 8229 (V1V2V3, C3V5, CD4bs, gp41GH/FP and base epitopes)
Method: single particle / : Sewell LM, Ozorowski G, Ward AB

EMDB-41978:
GT1.1 SOSIP-CC2 in complex with wk80 polyclonal antibodies from NHP 8239 (gp120GH, gp41GH/FP, CD4bs, and base epitopes)
Method: single particle / : Sewell LM, Ozorowski G, Ward AB

EMDB-43226:
DNA origami colloid for self-assembly of tubules: (6,0) monomer
Method: single particle / : Videbaek TE, Rogers WB

EMDB-43227:
DNA origami colloid for self-assembly of tubules: (10,0) monomer
Method: single particle / : Videbaek TE, Rogers WB

EMDB-26847:
Geometrically programmed DNA origami colloid for self-assembly of tubules: V-particle
Method: single particle / : Hayakawa D, Videbaek TE, Hall DM, Fang H, Sigl C, Feigl E, Dietz H, Fraden S, Hagan MF, Grason GM, Rogers WB

EMDB-26848:
Geometrically programmed DNA origami colloid for self-assembly of tubules: X-particle
Method: single particle / : Hayakawa D, Videbaek TE, Hall DM, Fang H, Sigl C, Feigl E, Dietz H, Fraden S, Hagan MF, Grason GM, Rogers WB

EMDB-26849:
Geometrically programmed DNA origami colloid for self-assembly of tubules: A-particle
Method: single particle / : Hayakawa D, Videbaek TE, Hall DM, Fang H, Sigl C, Feigl E, Dietz H, Fraden S, Hagan MF, Grason GM, Rogers WB

EMDB-26850:
Geometrically programmed DNA origami colloid for self-assembly of tubules: B-particle
Method: single particle / : Hayakawa D, Videbaek TE, Hall DM, Fang H, Sigl C, Feigl E, Dietz H, Fraden S, Hagan MF, Grason GM, Rogers WB

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Feb 9, 2022. New format data for meta-information of EMDB entries

New format data for meta-information of EMDB entries

  • Version 3 of the EMDB header file is now the official format.
  • The previous official version 1.9 will be removed from the archive.

Related info.:EMDB header

External links:wwPDB to switch to version 3 of the EMDB data model

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Oct 5, 2021. Nobel Prize for mechanically activated and temperature-gated ion channels

Nobel Prize for mechanically activated and temperature-gated ion channels

  • The Nobel Prize in Physiology or Medicine 2021 was awarded jointly to David Julius and Ardem Patapoutian "for their discoveries of receptors for temperature and touch."
  • EM Navigator can help to find cryo-EM structure data by both pioneers.

External links:The Nobel Prize in Physiology or Medicine 2021 - NobelPrize.org / Structure data by Ardem Patapoutian / Structure data by David Julius

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