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Showing all 9 items for (author: haymaker & a)

EMDB-44778:
C-terminus truncated (last two residues) mutant of Human light chain ferritin reacted with Ferrous salt(3 Fe2+ per ferritin subunit) . Reconstruction of particles with one nanoparticle.
Method: single particle / : Sen S, Nannenga BL, Williams D

EMDB-44779:
Human light chain ferritin reacted with iron (3 Fe2+ to ferritin monomer ratio). Reconstruction of particles with one nanoparticle.
Method: single particle / : Sen S, Nannenga BL, Williams D

EMDB-44780:
Human light chain ferritin reacted with iron (3 Fe2+ to ferritin monomer ratio). Reconstruction of particles with no nanoparticle.
Method: single particle / : Sen S, Nannenga BL, Williams D

EMDB-44797:
C-terminus truncated (last two residues) mutant of Human light chain ferritin reacted with iron (3 Fe2+ to ferritin monomer ratio). Reconstruction of particles with no nanoparticle.
Method: single particle / : Sen S, Nannenga BL, Williams D

PDB-9bpi:
C-terminus truncated (last two residues) mutant of Human light chain ferritin reacted with Ferrous salt(3 Fe2+ per ferritin subunit) . Reconstruction of particles with one nanoparticle
Method: single particle / : Sen S, Nannenga BL, Williams D

PDB-9bpj:
Human light chain ferritin reacted with iron (3 Fe2+ to ferritin monomer ratio). Reconstruction of particles with one nanoparticle
Method: single particle / : Sen S, Nannenga BL, Williams D

PDB-9bpk:
Human light chain ferritin reacted with iron (3 Fe2+ to ferritin monomer ratio). Reconstruction of particles with no nanoparticle
Method: single particle / : Sen S, Nannenga BL, Williams D

PDB-9bq5:
C-terminus truncated (last two residues) mutant of Human light chain ferritin reacted with iron (3 Fe2+ to ferritin monomer ratio). Reconstruction of particles with no nanoparticle.
Method: single particle / : Sen S, Nannenga BL, Williams D

PDB-8skw:
MicroED structure of d(CGCGCG)2 Z-DNA
Method: electron crystallography / : Haymaker A, Bardin AA, Martynowycz MW, Nannenga BL