Export your current network:
... as a vector graphic:
SVG: scalable vector graphic - can be opened and edited in Illustrator, CorelDraw, Dia, etc
... as short tabular text output:
TSV: tab separated values - can be opened in Excel and Cytoscape (lists only one-way edges: A-B)
... as tabular text output:
TSV: tab separated values - can be opened in Excel (lists reciprocal edges: A-B,B-A)
... as an XML summary:
structured XML interaction data, according to the 'PSI-MI' data standard
... protein node degrees:
node degree of proteins in your network (given the current score cut-off)
... network coordinates:
a flat-file format describing the coordinates and colors of nodes in the network
... protein sequences:
MFA: multi-fasta format - containing the aminoacid sequences in the network
... protein annotations:
a tab-delimited file describing the names, domains and descriptions of proteins in your network
... functional annotations:
a tab-delimited file containing all known functional terms of protiens in your network
Browse interactions in tabular form:
| node1 | node2 | node1 accession | node2 accession | node1 annotation | node2 annotation | score |
| C50C3.2 | spc-1 | C50C3.2.1 | K10B3.10b.1 | Uncharacterized protein C50C3.2; Belongs to the spectrin family. | SPeCtrin. | 0.800 |
| F10C1.8 | ifd-2 | F10C1.8.1 | F25E2.4.1 | LTD domain-containing protein. | Intermediate filament protein ifd-2; Cytoplasmic intermediate filaments provide mechanical strength to cells. Not essential protein. | 0.425 |
| gsnl-1 | spc-1 | K06A4.3.1 | K10B3.10b.1 | Gelsolin-like protein 1; Calcium-regulated, actin-modulating protein that binds to the plus (or barbed) ends of actin monomers or filaments, preventing monomer exchange (end-blocking or capping). Binds actin but does not nucleate actin polymerization, albeit slows down elongation by blocking the barbed ends. By promoting actin depolymerization, required for the elimination of presynaptic components downstream of the egl-1, ced-4 and ced-3 apoptotic pathway during larval development. Belongs to the villin/gelsolin family. | SPeCtrin. | 0.491 |
| ifa-1 | ifa-3 | F38B2.1d.1 | F52E10.5.1 | Intermediate filament protein ifa-1; Cytoplasmic intermediate filaments make up the structural component of the cytoskeleton providing mechanical strength to cells. Essential protein required during embryogenesis especially for survival past the L1 larva stage, involved in intestine morphogenesis. | Intermediate filament protein ifa-3; Cytoplasmic intermediate filaments provide mechanical strength to cells. Essential protein, involved in attachment structures in epidermal cells that connect muscles to the external cuticle. Required for epidermal morphogenesis in embryos. Probable component of embryonic epidermal attachment structures. | 0.447 |
| ifa-1 | ifa-4 | F38B2.1d.1 | K05B2.3.1 | Intermediate filament protein ifa-1; Cytoplasmic intermediate filaments make up the structural component of the cytoskeleton providing mechanical strength to cells. Essential protein required during embryogenesis especially for survival past the L1 larva stage, involved in intestine morphogenesis. | Intermediate filament protein ifa-4; Cytoplasmic intermediate filaments provide mechanical strength to cells. Non-essential protein. | 0.657 |
| ifa-1 | ifb-1 | F38B2.1d.1 | F10C1.2b.1 | Intermediate filament protein ifa-1; Cytoplasmic intermediate filaments make up the structural component of the cytoskeleton providing mechanical strength to cells. Essential protein required during embryogenesis especially for survival past the L1 larva stage, involved in intestine morphogenesis. | Intermediate filament protein ifb-1; Cytoplasmic intermediate filaments provide mechanical strength to cells. Essential protein, involved in attachment structures in epidermal cells that connect muscles to the external cuticle. Required in morphogenesis and epidermal integrity. Probable component of embryonic epidermal attachment structures. Functions in larval muscle attachment independently of ifa-2. | 0.776 |
| ifa-1 | ifb-2 | F38B2.1d.1 | F10C1.7e.1 | Intermediate filament protein ifa-1; Cytoplasmic intermediate filaments make up the structural component of the cytoskeleton providing mechanical strength to cells. Essential protein required during embryogenesis especially for survival past the L1 larva stage, involved in intestine morphogenesis. | Intermediate filament protein ifb-2; Cytoplasmic intermediate filaments provide mechanical strength to cells. Not essential protein. Component of the terminal web (organelle-depleted, intermediate filament-rich layer of cytoplasm that underlies the apical microvilli of polarized epithelial cells) in embryonic through to adult gut cells. Correct localization of filaments requires let-413. | 0.719 |
| ifa-1 | ifc-1 | F38B2.1d.1 | F37B4.2.1 | Intermediate filament protein ifa-1; Cytoplasmic intermediate filaments make up the structural component of the cytoskeleton providing mechanical strength to cells. Essential protein required during embryogenesis especially for survival past the L1 larva stage, involved in intestine morphogenesis. | Intermediate filament protein ifc-1; Cytoplasmic intermediate filaments provide mechanical strength to cells. Not essential protein. | 0.740 |
| ifa-1 | ifc-2 | F38B2.1d.1 | M6.1b.1 | Intermediate filament protein ifa-1; Cytoplasmic intermediate filaments make up the structural component of the cytoskeleton providing mechanical strength to cells. Essential protein required during embryogenesis especially for survival past the L1 larva stage, involved in intestine morphogenesis. | Intermediate filament protein ifc-2; Cytoplasmic intermediate filaments provide mechanical strength to cells. Not essential protein, although its absence leads to mild defects in locomotion. | 0.841 |
| ifa-1 | ifd-1 | F38B2.1d.1 | R04E5.10a.1 | Intermediate filament protein ifa-1; Cytoplasmic intermediate filaments make up the structural component of the cytoskeleton providing mechanical strength to cells. Essential protein required during embryogenesis especially for survival past the L1 larva stage, involved in intestine morphogenesis. | Intermediate filament protein ifd-1; Cytoplasmic intermediate filaments provide mechanical strength to cells. Not essential protein. | 0.749 |
| ifa-1 | ifd-2 | F38B2.1d.1 | F25E2.4.1 | Intermediate filament protein ifa-1; Cytoplasmic intermediate filaments make up the structural component of the cytoskeleton providing mechanical strength to cells. Essential protein required during embryogenesis especially for survival past the L1 larva stage, involved in intestine morphogenesis. | Intermediate filament protein ifd-2; Cytoplasmic intermediate filaments provide mechanical strength to cells. Not essential protein. | 0.695 |
| ifa-1 | ifp-1 | F38B2.1d.1 | C43C3.1.2 | Intermediate filament protein ifa-1; Cytoplasmic intermediate filaments make up the structural component of the cytoskeleton providing mechanical strength to cells. Essential protein required during embryogenesis especially for survival past the L1 larva stage, involved in intestine morphogenesis. | Intermediate filament protein ifp-1; Cytoplasmic intermediate filaments provide mechanical strength to cells. Not essential protein. | 0.756 |
| ifa-1 | lmn-1 | F38B2.1d.1 | DY3.2.2 | Intermediate filament protein ifa-1; Cytoplasmic intermediate filaments make up the structural component of the cytoskeleton providing mechanical strength to cells. Essential protein required during embryogenesis especially for survival past the L1 larva stage, involved in intestine morphogenesis. | Lamin-1; Major component of the nuclear lamina, a fibrous layer on the nucleoplasmic side of the inner nuclear membrane. Provides a framework for the nuclear envelope and probably also interacts with chromatin. Essential to maintain the shape and integrity of the nucleus, and for DNA replication. Involved in spatial organization of nuclear pore complexes. It is not a target for ced-3 during apoptosis, suggesting that lamin cleavage is not essential for apoptosis in C.elegans. Belongs to the intermediate filament family. | 0.406 |
| ifa-1 | mua-6 | F38B2.1d.1 | W10G6.3.1 | Intermediate filament protein ifa-1; Cytoplasmic intermediate filaments make up the structural component of the cytoskeleton providing mechanical strength to cells. Essential protein required during embryogenesis especially for survival past the L1 larva stage, involved in intestine morphogenesis. | Intermediate filament protein ifa-2; Cytoplasmic intermediate filaments provide mechanical strength to cells. Essential protein, involved in attachment structures in epidermal cells that connect muscles to the external cuticle. Probably acts by forming hypodermal hemidesmosome complexes that help mediate muscle-cuticle force transduction. Although expressed during embryogenesis, it is not required for embryonic development of muscle- cuticle linkages nor for the localization of other proteins to the hemidesmosomes in embryos. | 0.784 |
| ifa-3 | ifa-1 | F52E10.5.1 | F38B2.1d.1 | Intermediate filament protein ifa-3; Cytoplasmic intermediate filaments provide mechanical strength to cells. Essential protein, involved in attachment structures in epidermal cells that connect muscles to the external cuticle. Required for epidermal morphogenesis in embryos. Probable component of embryonic epidermal attachment structures. | Intermediate filament protein ifa-1; Cytoplasmic intermediate filaments make up the structural component of the cytoskeleton providing mechanical strength to cells. Essential protein required during embryogenesis especially for survival past the L1 larva stage, involved in intestine morphogenesis. | 0.447 |
| ifa-3 | ifa-4 | F52E10.5.1 | K05B2.3.1 | Intermediate filament protein ifa-3; Cytoplasmic intermediate filaments provide mechanical strength to cells. Essential protein, involved in attachment structures in epidermal cells that connect muscles to the external cuticle. Required for epidermal morphogenesis in embryos. Probable component of embryonic epidermal attachment structures. | Intermediate filament protein ifa-4; Cytoplasmic intermediate filaments provide mechanical strength to cells. Non-essential protein. | 0.439 |
| ifa-3 | ifb-1 | F52E10.5.1 | F10C1.2b.1 | Intermediate filament protein ifa-3; Cytoplasmic intermediate filaments provide mechanical strength to cells. Essential protein, involved in attachment structures in epidermal cells that connect muscles to the external cuticle. Required for epidermal morphogenesis in embryos. Probable component of embryonic epidermal attachment structures. | Intermediate filament protein ifb-1; Cytoplasmic intermediate filaments provide mechanical strength to cells. Essential protein, involved in attachment structures in epidermal cells that connect muscles to the external cuticle. Required in morphogenesis and epidermal integrity. Probable component of embryonic epidermal attachment structures. Functions in larval muscle attachment independently of ifa-2. | 0.614 |
| ifa-3 | ifb-2 | F52E10.5.1 | F10C1.7e.1 | Intermediate filament protein ifa-3; Cytoplasmic intermediate filaments provide mechanical strength to cells. Essential protein, involved in attachment structures in epidermal cells that connect muscles to the external cuticle. Required for epidermal morphogenesis in embryos. Probable component of embryonic epidermal attachment structures. | Intermediate filament protein ifb-2; Cytoplasmic intermediate filaments provide mechanical strength to cells. Not essential protein. Component of the terminal web (organelle-depleted, intermediate filament-rich layer of cytoplasm that underlies the apical microvilli of polarized epithelial cells) in embryonic through to adult gut cells. Correct localization of filaments requires let-413. | 0.548 |
| ifa-3 | ifc-1 | F52E10.5.1 | F37B4.2.1 | Intermediate filament protein ifa-3; Cytoplasmic intermediate filaments provide mechanical strength to cells. Essential protein, involved in attachment structures in epidermal cells that connect muscles to the external cuticle. Required for epidermal morphogenesis in embryos. Probable component of embryonic epidermal attachment structures. | Intermediate filament protein ifc-1; Cytoplasmic intermediate filaments provide mechanical strength to cells. Not essential protein. | 0.602 |
| ifa-3 | ifc-2 | F52E10.5.1 | M6.1b.1 | Intermediate filament protein ifa-3; Cytoplasmic intermediate filaments provide mechanical strength to cells. Essential protein, involved in attachment structures in epidermal cells that connect muscles to the external cuticle. Required for epidermal morphogenesis in embryos. Probable component of embryonic epidermal attachment structures. | Intermediate filament protein ifc-2; Cytoplasmic intermediate filaments provide mechanical strength to cells. Not essential protein, although its absence leads to mild defects in locomotion. | 0.532 |
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