The results are sorted from lowest E-value to highest E-value. Strong classifications have a low E-value. Weak classifications have an E-value greater than 0.0001. Weak hits are shown in gray. Weak hits are not shown on the domain architecture.
The family level classification is conditional on the domain being a member of the specified superfamily. There is a possibility that the selected domain is a member of a sub-family for which no structure has yet been solved.
| Sequence: |
ENSOPRP00000005523 |
| Domain Number 1 |
Region: 115-208 |
| Classification Level |
Classification |
E-value |
| Superfamily |
Kringle-like |
1.04e-35 |
| Family |
Kringle modules |
0.00000629 |
| Further Details: |
|
| |
| Domain Number 2 |
Region: 210-293 |
| Classification Level |
Classification |
E-value |
| Superfamily |
Kringle-like |
3.87e-33 |
| Family |
Kringle modules |
0.0002 |
| Further Details: |
|
| |
| Domain Number 3 |
Region: 302-387 |
| Classification Level |
Classification |
E-value |
| Superfamily |
Kringle-like |
2.15e-31 |
| Family |
Kringle modules |
0.00019 |
| Further Details: |
|
| |
| Domain Number 4 |
Region: 36-125 |
| Classification Level |
Classification |
E-value |
| Superfamily |
Hairpin loop containing domain-like |
1.29e-21 |
| Family |
Hairpin loop containing domain |
0.00000679 |
| Further Details: |
|
| |
| Domain Number 5 |
Region: 432-476 |
| Classification Level |
Classification |
E-value |
| Superfamily |
Kringle-like |
0.00000000000000507 |
| Family |
Kringle modules |
0.0022 |
| Further Details: |
|
| |
| Domain Number 6 |
Region: 587-669 |
| Classification Level |
Classification |
E-value |
| Superfamily |
Trypsin-like serine proteases |
0.00000000000381 |
| Family |
Eukaryotic proteases |
0.0000132 |
| Further Details: |
|
| |
The top 10 most specific Gene Ontology terms for each namespace assigned to this domain architecture as determined by 
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Information Content (IC) is an information theoretic score measured in bits of how informative it is to assign a given ontological term to a domain archtecture. The higher the score the more informative it is to talk about the term given the domain architecture.
H-score (hypergeometric score) indicates the strength of assigning an ontological term to this domain architecture. Assignments with higher scores are of a better quality. Details for the methodology be found on the dcGO website.
| Biological Process |
IC (bits) |
H-Score |
| Molecular Function |
IC (bits) |
H-Score |
| Cellular Component |
IC (bits) |
H-Score |
