ProLego Protein as lego blocks ...
 

Topology view of query protein [ProLego results]

Protein Information
PDBId & Chain3ZLC : A
MoleculeER-derived vesicles protein ERV41
Residues216
Sequence
SSE Sequence*(15) EEEEEEEEEEEEHEE
* Secondary structure Elements (SSE) from N to C terminal of the PDB chain. [SSE: H ("Alpha Helix"); E ("Strands")]
Protein Topology 

Topology Information

Protein topology is represented by contact and orientation of secondary structure elements (SSEs). The figure on the left represents the contact map with information on type of orientation two SSEs share (color coded). The matrix can be represented in following string representation.

Contact String
cs [Click here to expand]
0.0.Ea.0.0.0.0.0.Ea.Ea.Ea.Ca.0.0-0.0.Ea.0.Ea.0.0.0.Ep.Ep.0.0.0-0.0.0.0.0.0.0.0.Ea.0.Ep.0-0.0.Ep.0.0.Ep.0.0.0.0.Ep-0.Ea.Ea.0.0.0.0.0.Ep.0-0.Ep.0.0.0.0.0.Ea.0-0.Ea.0.0.0.0.Ep.0-0.0.0.0.0.0.0-0.0.0.0.0.0-0.0.0.0.0-0.0.Ep.0-0.Ea.0-0.0-Ea

Prefence of topology : False

[ Hover over the plot rectangles to know more about SSE-contact ]

Linear Topology Graph : 3ZLC_A
shapeImage
Protein Id: 3ZLC_A

Figure Detail - Blocks: Helix (rectangles), Strands (triangles); Colormap: Red (N-terminal),--(Green)-- Blue (C-Terminal). Spatial Connectivity by arc Lines [Hover over the image to know the SSE detail]

Topology Graph : 3ZLC_A
shapeImage
Protein Id: 3ZLC_A

Figure Detail - Blocks: Helix (circle), Strands (arrow); Colormap: Red (N-terminal), Blue (C-Terminal). Spatial Connectivity by dotted Lines [Hover over the image to know the SSE detail]

Modules in queried Topology
#SSE SSE string Contact String Preferrence  ProteinDB  DomainsDB
3 EEE 0.Ea-0 True 2Y8T:B, 2Y8T:E, 2ZJR:Z, 3H31:A, 3O27:B, 3SF4:D, 3SF4:E, 3SF4:F, 4I6M:D, 4XO1:A, 4YIZ:B, 4YIZ:D, 4YIZ:F, 5DM6:Z, 5ITM:A, 5ITM:B, 5ITM:C, 5ITM:D, 5ITM:E, 5ITM:F, 1AVY:A, 1HLQ:A, 1ICF:I, 1ISU:A, 1PML:A, 2ATC:B, 2DLB:A, 2GGV:A, d1hlqa_, d1icfi_, d1isua_, d1ppji_, d1rwsa_, d1skza1, d1tdha3, d1yfba1, d2dlba1, d2i9aa2, d2qam01, d2zdra1, d3h31a_, 1avyA00, 1avyB00, 1avyA00, 1avyB00, 1hlqA00, 1icfI00, 1ppjI00, 1rwsA00, 2fd6A02,
3 EEE Ea.0-Ea False 4C2M:1, 4C2M:L, 4KSN:A, 4SGB:I, 6RXN:A, 2DSX:A, 2RDV:A, 2V3B:B, d1lkoa2, d1pfva3, d1yuza2, d1zina2, d2cona1, d4sgbi_, 2dsxA00, 4sgbI00,
3 EEE 0.0-Ea True 3S2R:A, 3S2R:B, 4EZF:A, 4EZF:B, 4OOA:A, 4OOA:B, 4OOA:C, 4OOA:D, 4OOA:E, 4OOA:F, 4R10:B, d1clvi_, d1k91a_, 2o9uX00,
3 EEE Ea.Ea-Ep True 2XTT:A, 3CFA:L, 3CFA:M, 3CFA:R, 3CFA:S, 3CFH:L, 3CFH:M, 3CFH:R, 3CFH:S, 3LE4:A, 3MLQ:E, 3MLQ:H, 3TVJ:I, 4F98:A, 4GWT:A, 4N7F:A, 4N7F:B, 4REX:A, 5DZD:B, 5E24:B, 5E24:D, 1NH2:C, 1NVP:C, 2A50:A, 2HIP:A, d1gl0i_, d1goia1, d1kbea_, d1mkna_, d1nh2c_, d1nh2d2, d1o9aa1, d1rl2a2, d2dk1a1, d2hipa_, d2ho2a1, d2jmfa1, 1kbeA00, 1mknA00, 1nh2C00, 1nvpC00, 1o9aA01,
3 EEH Ea.Ca-0 True 3OW2:T, 1VQO:U, 2PUY:A, d1vq8u1, d1we9a_, d1wjva1, d2puya_, 1vq8U00,
4 EEEE 0.0.Ea-0.0-0 True 3ZIA:I, 3ZIA:S, 5LSL:E, 5LSL:G, 5LSL:H, 2DSR:G, d2dsrg1,
4 EEEE 0.Ea.0-0.Ea-0 False 3EB5:A, 4AUQ:B, 4AUQ:E,
4 EEEE Ea.0.0-Ea.0-0 False 3U28:B, 2AUS:B, d3u28b_,
4 EEEE 0.0.0-Ea.0-0 True 3D2Q:B, 3IFQ:C, 3IFQ:D, d2j01x1,
4 EEEE 0.Ea.Ea-0.Ep-0 True 3R45:C, 3UL5:A, 3UL5:B, 3UL5:D, 4TX4:A, 4TX4:B,
4 EEEE Ea.Ea.Ea-Ep.Ep-Ea True 4AY9:B, 4AY9:E, 4AY9:H, 4YU8:A, 1EJA:B, 1HCN:B, d1hcnb_, d1ne3a_, d1xwdb1, 1hcnB00, 1xwdB00,
5 EEEEE 0.0.0.0-Ea.0.0-0.0-0 False 3D2Q:A, 3D2Q:C,
5 EEEEE 0.0.Ea.Ea-0.0.Ep-0.0-0 False 5D8V:A, d3a38a_,
Protein In ProLegoDB with identical/similar Topology