| node1 | node2 | node1 accession | node2 accession | node1 annotation | node2 annotation | score |
| mamF | mamG | amb0953 | amb0954 | Hypothetical protein; Plays a role in regulating magnetite crystal size; partially redundant function with MmsF. | Bacterial magnetic particle specificiron-binding protein; Plays a role in regulating magnetite crystal size. Belongs to the magnetosome MamG (TC 9.B.95) protein family. | 0.792 |
| 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 |
| mamG | mamF | amb0954 | amb0953 | Bacterial magnetic particle specificiron-binding protein; Plays a role in regulating magnetite crystal size. Belongs to the magnetosome MamG (TC 9.B.95) protein family. | Hypothetical protein; Plays a role in regulating magnetite crystal size; partially redundant function with MmsF. | 0.792 |
| mamG | mms13 | amb0954 | amb0951 | Bacterial magnetic particle specificiron-binding protein; Plays a role in regulating magnetite crystal size. Belongs to the magnetosome MamG (TC 9.B.95) protein family. | 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). | 0.616 |
| mamG | mms7 | amb0954 | amb0952 | Bacterial magnetic particle specificiron-binding protein; Plays a role in regulating magnetite crystal size. Belongs to the magnetosome MamG (TC 9.B.95) protein family. | 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. | 0.625 |
| 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 | mamG | amb0951 | amb0954 | 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 specificiron-binding protein; Plays a role in regulating magnetite crystal size. Belongs to the magnetosome MamG (TC 9.B.95) protein family. | 0.616 |
| 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 | 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 |
| mms6 | mms13 | amb0956 | amb0951 | 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 [...] | 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). | 0.442 |
| mms6 | mms7 | amb0956 | amb0952 | 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 [...] | 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. | 0.430 |
| mms7 | mamF | amb0952 | amb0953 | 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. | Hypothetical protein; Plays a role in regulating magnetite crystal size; partially redundant function with MmsF. | 0.636 |
| mms7 | mamG | amb0952 | amb0954 | 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. | Bacterial magnetic particle specificiron-binding protein; Plays a role in regulating magnetite crystal size. Belongs to the magnetosome MamG (TC 9.B.95) protein family. | 0.625 |
| mms7 | mms13 | amb0952 | amb0951 | 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. | 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). | 0.836 |
| mms7 | mms6 | amb0952 | amb0956 | 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. | 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 [...] | 0.430 |
