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Kazal-type serine protease inhibitors superfamily
CTD Chemicals (CC)
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CC term |
FDR (all) |
SDCC (four levels) |
Annotation (direct or inherited) |
| CTD Chemicals (CC) | Organic Chemicals | 0 | -- | Direct |
| CTD Chemicals (CC) | 3-iodothyronamine | 0.00000000001499 | -- | Direct |
| CTD Chemicals (CC) | trospium chloride | 0.00000009435 | -- | Direct |
| CTD Chemicals (CC) | Sulfobromophthalein | 0.0000006742 | -- | Direct |
| CTD Chemicals (CC) | Nortropanes | 0.000002047 | -- | Direct |
| CTD Chemicals (CC) | estrone sulfate | 0.000006277 | -- | Direct |
| CTD Chemicals (CC) | Benzilates | 0.000009 | -- | Direct |
| CTD Chemicals (CC) | Thyronines | 0.00001408 | -- | Direct |
| CTD Chemicals (CC) | Rosuvastatin Calcium | 0.00001768 | -- | Direct |
| CTD Chemicals (CC) | Fluorobenzenes | 0.0000285 | -- | Direct |
| CTD Chemicals (CC) | Thyroid Hormones | 0.0001077 | -- | Direct |
| CTD Chemicals (CC) | Amino Acids, Aromatic | 0.0001596 | -- | Direct |
| CTD Chemicals (CC) | naringin | 0.00023 | -- | Direct |
| CTD Chemicals (CC) | 17-Ketosteroids | 0.005019 | -- | Inherited |
| CTD Chemicals (CC) | Ketosteroids | 0.00698 | -- | Inherited |
| CTD Chemicals (CC) | Tropanes | 0.01877 | -- | Inherited |
| CTD Chemicals (CC) | Azabicyclo Compounds | 0.03588 | -- | Inherited |
| CTD Chemicals (CC) | Thyroxine | 0.03621 | -- | Inherited |
| CTD Chemicals (CC) | Hormones, Hormone Substitutes, and Hormone Antagonists | 0.0631 | -- | Inherited |
| CTD Chemicals (CC) | Physiological Effects of Drugs | 0.06498 | -- | Inherited |
| CTD Chemicals (CC) | Phenylacetates | 0.1773 | -- | Inherited |
| CTD Chemicals (CC) | Estradiol Congeners | 0.2405 | -- | Inherited |
| CTD Chemicals (CC) | Hydrocarbons, Fluorinated | 0.269 | -- | Inherited |
| CTD Chemicals (CC) | Sulfones | 0.3069 | -- | Inherited |
| CTD Chemicals (CC) | Heterocyclic Compounds, Bridged-Ring | 0.3616 | -- | Inherited |
| CTD Chemicals (CC) | Hydrocarbons, Aromatic | 0.3926 | -- | Inherited |
| CTD Chemicals (CC) | Hydrocarbons, Cyclic | 0.4728 | -- | Inherited |
| CTD Chemicals (CC) | Carboxylic Acids | 0.6675 | -- | Inherited |
| CTD Chemicals (CC) | Chromones | 0.7172 | -- | Inherited |
| CTD Chemicals (CC) | Pyrans | 0.72 | -- | Inherited |
| CTD Chemicals (CC) | Hydrocarbons | 0.7783 | -- | Inherited |
| CTD Chemicals (CC) | Polycyclic Compounds | 0.8665 | -- | Inherited |
| CTD Chemicals (CC) | Heterocyclic Compounds, 2-Ring | 0.8732 | -- | Inherited |
| CTD Chemicals (CC) | Benzene Derivatives | 0.8815 | -- | Inherited |
| CTD Chemicals (CC) | Inorganic Chemicals | 0.895 | -- | Inherited |
| CTD Chemicals (CC) | Heterocyclic Compounds, Fused-Ring | 0.9359 | -- | Inherited |
| CTD Chemicals (CC) | Pharmacologic Actions | 0.9463 | -- | Inherited |
| CTD Chemicals (CC) | Heterocyclic Compounds, 1-Ring | 0.9541 | -- | Inherited |
| CTD Chemicals (CC) | Heterocyclic Compounds | 0.9643 | -- | Inherited |
| CTD Chemicals (CC) | Anions | 1 | -- | Inherited |
| CTD Chemicals (CC) | Estrenes | 1 | -- | Inherited |
| CTD Chemicals (CC) | Hormones | 1 | -- | Inherited |
| CTD Chemicals (CC) | Ions | 1 | -- | Inherited |
| CTD Chemicals (CC) | Steroids | 1 | -- | Inherited |
| CTD Chemicals (CC) | Gonadal Hormones | 1 | -- | Inherited |
| CTD Chemicals (CC) | Acids, Carbocyclic | 0.09007 | Least Informative | Inherited |
| CTD Chemicals (CC) | Chemical Actions and Uses | 0.203 | Least Informative | Inherited |
| CTD Chemicals (CC) | Fused-Ring Compounds | 0.3369 | Least Informative | Inherited |
| CTD Chemicals (CC) | Sulfur Compounds | 0.3558 | Least Informative | Inherited |
| CTD Chemicals (CC) | Pyrimidines | 0.4067 | Least Informative | Inherited |
| CTD Chemicals (CC) | Amides | 0.4704 | Least Informative | Inherited |
| CTD Chemicals (CC) | Amino Acids, Peptides, and Proteins | 0.5442 | Least Informative | Inherited |
| CTD Chemicals (CC) | Electrolytes | 0.6522 | Least Informative | Inherited |
| CTD Chemicals (CC) | Benzopyrans | 0.6915 | Least Informative | Inherited |
| CTD Chemicals (CC) | Phenols | 0.8838 | Least Informative | Inherited |
| CTD Chemicals (CC) | Arsenicals | 0.006588 | Moderately Informative | Inherited |
| CTD Chemicals (CC) | Amino Acids | 0.1039 | Moderately Informative | Inherited |
| CTD Chemicals (CC) | Estranes | 0.1327 | Moderately Informative | Inherited |
| CTD Chemicals (CC) | Hydrocarbons, Halogenated | 0.2126 | Moderately Informative | Inherited |
| CTD Chemicals (CC) | Hydroxy Acids | 0.2182 | Moderately Informative | Inherited |
| CTD Chemicals (CC) | Sulfonamides | 0.2428 | Moderately Informative | Inherited |
| CTD Chemicals (CC) | Alkaloids | 0.644 | Moderately Informative | Inherited |
| CTD Chemicals (CC) | Flavonoids | 0.7108 | Moderately Informative | Inherited |
| CTD Chemicals (CC) | Gonadal Steroid Hormones | 1 | Moderately Informative | Inherited |
| CTD Chemicals (CC) | Arsenites | 0.0003517 | Informative | Direct |
| CTD Chemicals (CC) | Amino Acids, Cyclic | 0.0003801 | Informative | Direct |
| CTD Chemicals (CC) | Flavanones | 0.02827 | Informative | Inherited |
| CTD Chemicals (CC) | Adrenal Cortex Hormones | 0.06722 | Informative | Inherited |
| CTD Chemicals (CC) | Aza Compounds | 0.1486 | Informative | Inherited |
| CTD Chemicals (CC) | Bridged Bicyclo Compounds, Heterocyclic | 0.7541 | Informative | Inherited |
| CTD Chemicals (CC) | Phenolphthaleins | 0.00002142 | Highly Informative | Direct |
| CTD Chemicals (CC) | Diphenylacetic Acids | 0.00003147 | Highly Informative | Direct |
| CTD Chemicals (CC) | Estrone | 0.009586 | Highly Informative | Inherited |
LINKTO: Domain2BO Download and Domain2BO Algorithm
Plot distribution on species Tree Of Life (sTOL) for this domain, i.e., present or absent across genomes/tips
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Plot tree as:
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Download Newick format tree:
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Browsing in TREE OF LIFE:
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( show help)
Trees by TreeVector
A presence/absence matrix is generated using protein domain
architecture data for all genomes in SUPERFAMILY. The PAUP
software is used to produce a single, large tree topology using
heuristic parsimony methods. Genome combinations, or specific clades, can be displayed as
if individual trees had been produced. However, this data is extracted from the single
large tree. This produces a higher quality topology than if the trees had been produced
on their own, and allows the trees to be displayed instantly.
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