| node1 | node2 | node1 accession | node2 accession | node1 annotation | node2 annotation | score |
| amb0955 | mamF | amb0955 | amb0953 | Hypothetical protein. | Hypothetical protein; Plays a role in regulating magnetite crystal size; partially redundant function with MmsF. | 0.443 |
| amb0955 | mms6 | amb0955 | amb0956 | Hypothetical protein. | Bacterial magnetic particle specific iron-binding protein; Promotes the formation of magnetite in Fe(2+)-rich conditions, when magnetite is not readily formed. Binds Fe(3+) and Fe(2+) (Probable). May play a role in nucleation of magnetite crystal formation (Probable). May help control production of crystals with a specific morphology (Probable). Greatly improves the formation of magnetosome-like magnetite crystals in vitro. Isolated short protein, probably residues 75-133, binds up to 18 Fe(3+) per monomer and self-assembles into micelles about 21-26 nm in diameter; the C-terminal 21 [...] | 0.458 |
| amb0955 | mmsF | amb0955 | amb0957 | Hypothetical protein. | Hypothetical protein; Plays a major role in synthesis of cubooctahedral magnetite crystals by controlling crystal growth and morphology after nucleation. Has a partially redundant function with MamF (By similarity). When overexpressed in E.coli the soluble protein self assembles into shells of about 36 nm. This protein mediates the formation of magnetite nanoparticles from a solution of Fe(2+) and Fe(3+) sulfate; the crystals are larger and lack alternative iron oxide/oxyhydroxide species seen in the protein's absence. | 0.432 |
| amb0958 | amb0959 | amb0958 | amb0959 | Uncharacterized protein; Conserved in bacteria. | Uncharacterized membrane-bound protein. | 0.818 |
| amb0958 | mms6 | amb0958 | amb0956 | Uncharacterized protein; Conserved in bacteria. | Bacterial magnetic particle specific iron-binding protein; Promotes the formation of magnetite in Fe(2+)-rich conditions, when magnetite is not readily formed. Binds Fe(3+) and Fe(2+) (Probable). May play a role in nucleation of magnetite crystal formation (Probable). May help control production of crystals with a specific morphology (Probable). Greatly improves the formation of magnetosome-like magnetite crystals in vitro. Isolated short protein, probably residues 75-133, binds up to 18 Fe(3+) per monomer and self-assembles into micelles about 21-26 nm in diameter; the C-terminal 21 [...] | 0.410 |
| amb0958 | mmsF | amb0958 | amb0957 | Uncharacterized protein; Conserved in bacteria. | Hypothetical protein; Plays a major role in synthesis of cubooctahedral magnetite crystals by controlling crystal growth and morphology after nucleation. Has a partially redundant function with MamF (By similarity). When overexpressed in E.coli the soluble protein self assembles into shells of about 36 nm. This protein mediates the formation of magnetite nanoparticles from a solution of Fe(2+) and Fe(3+) sulfate; the crystals are larger and lack alternative iron oxide/oxyhydroxide species seen in the protein's absence. | 0.433 |
| amb0959 | amb0958 | amb0959 | amb0958 | Uncharacterized membrane-bound protein. | Uncharacterized protein; Conserved in bacteria. | 0.818 |
| amb0959 | mms6 | amb0959 | amb0956 | Uncharacterized membrane-bound protein. | Bacterial magnetic particle specific iron-binding protein; Promotes the formation of magnetite in Fe(2+)-rich conditions, when magnetite is not readily formed. Binds Fe(3+) and Fe(2+) (Probable). May play a role in nucleation of magnetite crystal formation (Probable). May help control production of crystals with a specific morphology (Probable). Greatly improves the formation of magnetosome-like magnetite crystals in vitro. Isolated short protein, probably residues 75-133, binds up to 18 Fe(3+) per monomer and self-assembles into micelles about 21-26 nm in diameter; the C-terminal 21 [...] | 0.410 |
| amb0959 | mmsF | amb0959 | amb0957 | Uncharacterized membrane-bound protein. | Hypothetical protein; Plays a major role in synthesis of cubooctahedral magnetite crystals by controlling crystal growth and morphology after nucleation. Has a partially redundant function with MamF (By similarity). When overexpressed in E.coli the soluble protein self assembles into shells of about 36 nm. This protein mediates the formation of magnetite nanoparticles from a solution of Fe(2+) and Fe(3+) sulfate; the crystals are larger and lack alternative iron oxide/oxyhydroxide species seen in the protein's absence. | 0.433 |
| mamF | amb0955 | amb0953 | amb0955 | Hypothetical protein; Plays a role in regulating magnetite crystal size; partially redundant function with MmsF. | Hypothetical protein. | 0.443 |
| mamF | mms13 | amb0953 | amb0951 | Hypothetical protein; Plays a role in regulating magnetite crystal size; partially redundant function with MmsF. | Tightly bound bacterial magnetic particle protein; Probably involved in magnetite crystal growth (Probable). The lumenal domain may bind the magnetite crystals, affecting crystal size and shape (Probable). | 0.648 |
| mamF | mms6 | amb0953 | amb0956 | Hypothetical protein; Plays a role in regulating magnetite crystal size; partially redundant function with MmsF. | Bacterial magnetic particle specific iron-binding protein; Promotes the formation of magnetite in Fe(2+)-rich conditions, when magnetite is not readily formed. Binds Fe(3+) and Fe(2+) (Probable). May play a role in nucleation of magnetite crystal formation (Probable). May help control production of crystals with a specific morphology (Probable). Greatly improves the formation of magnetosome-like magnetite crystals in vitro. Isolated short protein, probably residues 75-133, binds up to 18 Fe(3+) per monomer and self-assembles into micelles about 21-26 nm in diameter; the C-terminal 21 [...] | 0.411 |
| mamF | mms7 | amb0953 | amb0952 | Hypothetical protein; Plays a role in regulating magnetite crystal size; partially redundant function with MmsF. | Tightly bound bacterial magnetic particle protein; Helps regulate magnetite crystal morphology, probably in a single growth axis. May help control oxido-reduction reactions surrounding the crystal lattice of the forming magnetite mineral (Probable). Probably binds Fe(2+), may play a role in nucleation of magnetite crystal formation (Probable). Expression in a deletion mutant restores growth of spherical (wild-type) magnetite crystals. Increased protein levels allow crystal growth in the minor axis but not increased numbers of crystals. | 0.636 |
| mms13 | mamF | amb0951 | amb0953 | Tightly bound bacterial magnetic particle protein; Probably involved in magnetite crystal growth (Probable). The lumenal domain may bind the magnetite crystals, affecting crystal size and shape (Probable). | Hypothetical protein; Plays a role in regulating magnetite crystal size; partially redundant function with MmsF. | 0.648 |
| mms13 | mms6 | amb0951 | amb0956 | Tightly bound bacterial magnetic particle protein; Probably involved in magnetite crystal growth (Probable). The lumenal domain may bind the magnetite crystals, affecting crystal size and shape (Probable). | Bacterial magnetic particle specific iron-binding protein; Promotes the formation of magnetite in Fe(2+)-rich conditions, when magnetite is not readily formed. Binds Fe(3+) and Fe(2+) (Probable). May play a role in nucleation of magnetite crystal formation (Probable). May help control production of crystals with a specific morphology (Probable). Greatly improves the formation of magnetosome-like magnetite crystals in vitro. Isolated short protein, probably residues 75-133, binds up to 18 Fe(3+) per monomer and self-assembles into micelles about 21-26 nm in diameter; the C-terminal 21 [...] | 0.442 |
| mms13 | mms7 | amb0951 | amb0952 | Tightly bound bacterial magnetic particle protein; Probably involved in magnetite crystal growth (Probable). The lumenal domain may bind the magnetite crystals, affecting crystal size and shape (Probable). | Tightly bound bacterial magnetic particle protein; Helps regulate magnetite crystal morphology, probably in a single growth axis. May help control oxido-reduction reactions surrounding the crystal lattice of the forming magnetite mineral (Probable). Probably binds Fe(2+), may play a role in nucleation of magnetite crystal formation (Probable). Expression in a deletion mutant restores growth of spherical (wild-type) magnetite crystals. Increased protein levels allow crystal growth in the minor axis but not increased numbers of crystals. | 0.836 |
| mms6 | amb0955 | amb0956 | amb0955 | Bacterial magnetic particle specific iron-binding protein; Promotes the formation of magnetite in Fe(2+)-rich conditions, when magnetite is not readily formed. Binds Fe(3+) and Fe(2+) (Probable). May play a role in nucleation of magnetite crystal formation (Probable). May help control production of crystals with a specific morphology (Probable). Greatly improves the formation of magnetosome-like magnetite crystals in vitro. Isolated short protein, probably residues 75-133, binds up to 18 Fe(3+) per monomer and self-assembles into micelles about 21-26 nm in diameter; the C-terminal 21 [...] | Hypothetical protein. | 0.458 |
| mms6 | amb0958 | amb0956 | amb0958 | Bacterial magnetic particle specific iron-binding protein; Promotes the formation of magnetite in Fe(2+)-rich conditions, when magnetite is not readily formed. Binds Fe(3+) and Fe(2+) (Probable). May play a role in nucleation of magnetite crystal formation (Probable). May help control production of crystals with a specific morphology (Probable). Greatly improves the formation of magnetosome-like magnetite crystals in vitro. Isolated short protein, probably residues 75-133, binds up to 18 Fe(3+) per monomer and self-assembles into micelles about 21-26 nm in diameter; the C-terminal 21 [...] | Uncharacterized protein; Conserved in bacteria. | 0.410 |
| mms6 | amb0959 | amb0956 | amb0959 | Bacterial magnetic particle specific iron-binding protein; Promotes the formation of magnetite in Fe(2+)-rich conditions, when magnetite is not readily formed. Binds Fe(3+) and Fe(2+) (Probable). May play a role in nucleation of magnetite crystal formation (Probable). May help control production of crystals with a specific morphology (Probable). Greatly improves the formation of magnetosome-like magnetite crystals in vitro. Isolated short protein, probably residues 75-133, binds up to 18 Fe(3+) per monomer and self-assembles into micelles about 21-26 nm in diameter; the C-terminal 21 [...] | Uncharacterized membrane-bound protein. | 0.410 |
| mms6 | mamF | amb0956 | amb0953 | Bacterial magnetic particle specific iron-binding protein; Promotes the formation of magnetite in Fe(2+)-rich conditions, when magnetite is not readily formed. Binds Fe(3+) and Fe(2+) (Probable). May play a role in nucleation of magnetite crystal formation (Probable). May help control production of crystals with a specific morphology (Probable). Greatly improves the formation of magnetosome-like magnetite crystals in vitro. Isolated short protein, probably residues 75-133, binds up to 18 Fe(3+) per monomer and self-assembles into micelles about 21-26 nm in diameter; the C-terminal 21 [...] | Hypothetical protein; Plays a role in regulating magnetite crystal size; partially redundant function with MmsF. | 0.411 |
