Molecular Weight [Da] | Molecular Weight Maximum [Da] | Comment | Organism |
---|---|---|---|
25649 | - |
x * 25649, calculated from the deduced amino acid sequence | Cynocephalus volans |
26300 | - |
x * 26300, calculated from the deduced amino acid sequence | Euphractus sexcinctus |
26746 | - |
x * 26746, calculated from the deduced amino acid sequence | Sorex cinereus |
26896 | - |
x * 26896, calculated from the deduced amino acid sequence | Manis sp. DMR-2008 |
28577 | - |
x * 28577, calculated from the deduced amino acid sequence | Tursiops truncatus |
28582 | - |
x * 28582, calculated from the deduced amino acid sequence | Orycteropus afer |
28794 | - |
x * 28794, calculated from the deduced amino acid sequence | Echinops telfairi |
29689 | - |
x * 29689, calculated from the deduced amino acid sequence | Tragelaphus angasii |
30066 | - |
x * 30066, calculated from the deduced amino acid sequence | Bradypus tridactylus |
30138 | - |
x * 30138, calculated from the deduced amino acid sequence | Tadarida brasiliensis |
30202 | - |
x * 30202, calculated from the deduced amino acid sequence | Talpa europaea |
30233 | - |
x * 30233, calculated from the deduced amino acid sequence | Procavia capensis |
30276 | - |
x * 30276, calculated from the deduced amino acid sequence | Lama glama |
30310 | - |
x * 30310, calculated from the deduced amino acid sequence | Ochotona princeps |
30357 | - |
x * 30357, calculated from the deduced amino acid sequence | Loxodonta africana |
30361 | - |
x * 30361, calculated from the deduced amino acid sequence | Erethizon dorsatum |
30413 | - |
x * 30413, calculated from the deduced amino acid sequence | Hystrix brachyura |
30452 | - |
x * 30452, calculated from the deduced amino acid sequence | Tupaia glis |
30455 | - |
x * 30455, calculated from the deduced amino acid sequence | Rattus fuscipes |
30469 | - |
x * 30469, calculated from the deduced amino acid sequence | Amblysomus hottentotus |
30515 | - |
x * 30515, calculated from the deduced amino acid sequence | Dugong dugon |
30534 | - |
x * 30534, calculated from the deduced amino acid sequence | Sylvilagus floridanus |
30556 | - |
x * 30556, calculated from the deduced amino acid sequence | Trichechus manatus |
30583 | - |
x * 30583, calculated from the deduced amino acid sequence | Felis catus |
30583 | - |
x * 30583, calculated from the deduced amino acid sequence | Puma concolor |
30604 | - |
x * 30604, calculated from the deduced amino acid sequence | Otospermophilus beecheyi |
30616 | - |
x * 30616, calculated from the deduced amino acid sequence | Elephantulus edwardii |
30628 | - |
x * 30628, calculated from the deduced amino acid sequence | Macroscelides proboscideus |
30679 | - |
x * 30679, calculated from the deduced amino acid sequence | Equus caballus |
30707 | - |
x * 30707, calculated from the deduced amino acid sequence | Diceros bicornis |
30788 | - |
x * 30788, calculated from the deduced amino acid sequence | Tapirus pinchaque |
30809 | - |
x * 30809, calculated from the deduced amino acid sequence | Galegeeska rufescens |
36119 | - |
x * 36119, calculated from the deduced amino acid sequence | Ovis aries |
41722 | - |
x * 41722, calculated from the deduced amino acid sequence | Bos taurus |
43016 | - |
x * 43016, calculated from the deduced amino acid sequence | Mus musculus |
45773 | - |
x * 45773, calculated from the deduced amino acid sequence | Cavia porcellus |
45847 | - |
x * 45847, calculated from the deduced amino acid sequence | Homo sapiens |
46422 | - |
x * 46422, calculated from the deduced amino acid sequence | Oryctolagus cuniculus |
48623 | - |
x * 48623, calculated from the deduced amino acid sequence | Rattus norvegicus |
Natural Substrates | Organism | Comment (Nat. Sub.) | Natural Products | Comment (Nat. Pro.) | Rev. | Reac. |
---|---|---|---|---|---|---|
additional information | Canis lupus familiaris | lysis of Arg/Lys-X bonds | ? | - |
? | |
additional information | Macaca mulatta | lysis of Arg/Lys-X bonds | ? | - |
? | |
additional information | Rattus norvegicus | lysis of Arg/Lys-X bonds | ? | - |
? | |
additional information | Pan troglodytes | lysis of Arg/Lys-X bonds | ? | - |
? | |
additional information | Ovis aries | lysis of Arg/Lys-X bonds | ? | - |
? | |
additional information | Echinops telfairi | lysis of Arg/Lys-X bonds | ? | - |
? | |
additional information | Amblysomus hottentotus | lysis of Arg/Lys-X bonds | ? | - |
? | |
additional information | Procavia capensis | lysis of Arg/Lys-X bonds | ? | - |
? | |
additional information | Elephantulus edwardii | lysis of Arg/Lys-X bonds | ? | - |
? | |
additional information | Galegeeska rufescens | lysis of Arg/Lys-X bonds | ? | - |
? | |
additional information | Macroscelides proboscideus | lysis of Arg/Lys-X bonds | ? | - |
? | |
additional information | Loxodonta africana | lysis of Arg/Lys-X bonds | ? | - |
? | |
additional information | Dugong dugon | lysis of Arg/Lys-X bonds | ? | - |
? | |
additional information | Orycteropus afer | lysis of Arg/Lys-X bonds | ? | - |
? | |
additional information | Trichechus manatus | lysis of Arg/Lys-X bonds | ? | - |
? | |
additional information | Bradypus tridactylus | lysis of Arg/Lys-X bonds | ? | - |
? | |
additional information | Euphractus sexcinctus | lysis of Arg/Lys-X bonds | ? | - |
? | |
additional information | Mus musculus | lysis of Arg/Lys-X bonds | ? | - |
? | |
additional information | Felis catus | lysis of Arg/Lys-X bonds | ? | - |
? | |
additional information | Puma concolor | lysis of Arg/Lys-X bonds | ? | - |
? | |
additional information | Tursiops truncatus | lysis of Arg/Lys-X bonds | ? | - |
? | |
additional information | Sus scrofa | lysis of Arg/Lys-X bonds | ? | - |
? | |
additional information | Lama glama | lysis of Arg/Lys-X bonds | ? | - |
? | |
additional information | Tragelaphus angasii | lysis of Arg/Lys-X bonds | ? | - |
? | |
additional information | Tadarida brasiliensis | lysis of Arg/Lys-X bonds | ? | - |
? | |
additional information | Sorex cinereus | lysis of Arg/Lys-X bonds | ? | - |
? | |
additional information | Talpa europaea | lysis of Arg/Lys-X bonds | ? | - |
? | |
additional information | Diceros bicornis | lysis of Arg/Lys-X bonds | ? | - |
? | |
additional information | Equus caballus | lysis of Arg/Lys-X bonds | ? | - |
? | |
additional information | Tapirus pinchaque | lysis of Arg/Lys-X bonds | ? | - |
? | |
additional information | Manis sp. DMR-2008 | lysis of Arg/Lys-X bonds | ? | - |
? | |
additional information | Cynocephalus volans | lysis of Arg/Lys-X bonds | ? | - |
? | |
additional information | Bos taurus | lysis of Arg/Lys-X bonds | ? | - |
? | |
additional information | Tupaia glis | lysis of Arg/Lys-X bonds | ? | - |
? | |
additional information | Ochotona princeps | lysis of Arg/Lys-X bonds | ? | - |
? | |
additional information | Sylvilagus floridanus | lysis of Arg/Lys-X bonds | ? | - |
? | |
additional information | Otospermophilus beecheyi | lysis of Arg/Lys-X bonds | ? | - |
? | |
additional information | Hystrix brachyura | lysis of Arg/Lys-X bonds | ? | - |
? | |
additional information | Erethizon dorsatum | lysis of Arg/Lys-X bonds | ? | - |
? | |
additional information | Rattus fuscipes | lysis of Arg/Lys-X bonds | ? | - |
? | |
additional information | Cavia porcellus | lysis of Arg/Lys-X bonds | ? | - |
? | |
additional information | Homo sapiens | lysis of Arg/Lys-X bonds | ? | - |
? | |
additional information | Oryctolagus cuniculus | lysis of Arg/Lys-X bonds | ? | - |
? | |
additional information | Canis lupus familiaris | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | ? | - |
? | |
additional information | Macaca mulatta | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | ? | - |
? | |
additional information | Rattus norvegicus | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | ? | - |
? | |
additional information | Pan troglodytes | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | ? | - |
? | |
additional information | Ovis aries | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | ? | - |
? | |
additional information | Echinops telfairi | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | ? | - |
? | |
additional information | Amblysomus hottentotus | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | ? | - |
? | |
additional information | Procavia capensis | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | ? | - |
? | |
additional information | Elephantulus edwardii | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | ? | - |
? | |
additional information | Galegeeska rufescens | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | ? | - |
? | |
additional information | Macroscelides proboscideus | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | ? | - |
? | |
additional information | Loxodonta africana | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | ? | - |
? | |
additional information | Dugong dugon | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | ? | - |
? | |
additional information | Orycteropus afer | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | ? | - |
? | |
additional information | Trichechus manatus | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | ? | - |
? | |
additional information | Bradypus tridactylus | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | ? | - |
? | |
additional information | Euphractus sexcinctus | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | ? | - |
? | |
additional information | Mus musculus | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | ? | - |
? | |
additional information | Felis catus | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | ? | - |
? | |
additional information | Puma concolor | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | ? | - |
? | |
additional information | Tursiops truncatus | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | ? | - |
? | |
additional information | Sus scrofa | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | ? | - |
? | |
additional information | Lama glama | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | ? | - |
? | |
additional information | Tragelaphus angasii | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | ? | - |
? | |
additional information | Tadarida brasiliensis | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | ? | - |
? | |
additional information | Sorex cinereus | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | ? | - |
? | |
additional information | Talpa europaea | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | ? | - |
? | |
additional information | Diceros bicornis | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | ? | - |
? | |
additional information | Equus caballus | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | ? | - |
? | |
additional information | Tapirus pinchaque | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | ? | - |
? | |
additional information | Manis sp. DMR-2008 | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | ? | - |
? | |
additional information | Cynocephalus volans | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | ? | - |
? | |
additional information | Bos taurus | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | ? | - |
? | |
additional information | Tupaia glis | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | ? | - |
? | |
additional information | Ochotona princeps | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | ? | - |
? | |
additional information | Sylvilagus floridanus | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | ? | - |
? | |
additional information | Otospermophilus beecheyi | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | ? | - |
? | |
additional information | Hystrix brachyura | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | ? | - |
? | |
additional information | Erethizon dorsatum | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | ? | - |
? | |
additional information | Rattus fuscipes | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | ? | - |
? | |
additional information | Cavia porcellus | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | ? | - |
? | |
additional information | Homo sapiens | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | ? | - |
? | |
additional information | Oryctolagus cuniculus | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | ? | - |
? | |
proacrosin + H2O | Canis lupus familiaris | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | acrosin + peptide | - |
? | |
proacrosin + H2O | Macaca mulatta | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | acrosin + peptide | - |
? | |
proacrosin + H2O | Rattus norvegicus | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | acrosin + peptide | - |
? | |
proacrosin + H2O | Pan troglodytes | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | acrosin + peptide | - |
? | |
proacrosin + H2O | Ovis aries | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | acrosin + peptide | - |
? | |
proacrosin + H2O | Echinops telfairi | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | acrosin + peptide | - |
? | |
proacrosin + H2O | Amblysomus hottentotus | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | acrosin + peptide | - |
? | |
proacrosin + H2O | Procavia capensis | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | acrosin + peptide | - |
? | |
proacrosin + H2O | Elephantulus edwardii | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | acrosin + peptide | - |
? | |
proacrosin + H2O | Galegeeska rufescens | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | acrosin + peptide | - |
? | |
proacrosin + H2O | Macroscelides proboscideus | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | acrosin + peptide | - |
? | |
proacrosin + H2O | Loxodonta africana | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | acrosin + peptide | - |
? | |
proacrosin + H2O | Dugong dugon | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | acrosin + peptide | - |
? | |
proacrosin + H2O | Orycteropus afer | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | acrosin + peptide | - |
? | |
proacrosin + H2O | Trichechus manatus | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | acrosin + peptide | - |
? | |
proacrosin + H2O | Bradypus tridactylus | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | acrosin + peptide | - |
? | |
proacrosin + H2O | Euphractus sexcinctus | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | acrosin + peptide | - |
? | |
proacrosin + H2O | Mus musculus | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | acrosin + peptide | - |
? | |
proacrosin + H2O | Felis catus | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | acrosin + peptide | - |
? | |
proacrosin + H2O | Puma concolor | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | acrosin + peptide | - |
? | |
proacrosin + H2O | Tursiops truncatus | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | acrosin + peptide | - |
? | |
proacrosin + H2O | Sus scrofa | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | acrosin + peptide | - |
? | |
proacrosin + H2O | Lama glama | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | acrosin + peptide | - |
? | |
proacrosin + H2O | Tragelaphus angasii | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | acrosin + peptide | - |
? | |
proacrosin + H2O | Tadarida brasiliensis | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | acrosin + peptide | - |
? | |
proacrosin + H2O | Sorex cinereus | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | acrosin + peptide | - |
? | |
proacrosin + H2O | Talpa europaea | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | acrosin + peptide | - |
? | |
proacrosin + H2O | Diceros bicornis | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | acrosin + peptide | - |
? | |
proacrosin + H2O | Equus caballus | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | acrosin + peptide | - |
? | |
proacrosin + H2O | Tapirus pinchaque | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | acrosin + peptide | - |
? | |
proacrosin + H2O | Manis sp. DMR-2008 | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | acrosin + peptide | - |
? | |
proacrosin + H2O | Cynocephalus volans | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | acrosin + peptide | - |
? | |
proacrosin + H2O | Bos taurus | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | acrosin + peptide | - |
? | |
proacrosin + H2O | Tupaia glis | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | acrosin + peptide | - |
? | |
proacrosin + H2O | Ochotona princeps | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | acrosin + peptide | - |
? | |
proacrosin + H2O | Sylvilagus floridanus | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | acrosin + peptide | - |
? | |
proacrosin + H2O | Otospermophilus beecheyi | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | acrosin + peptide | - |
? | |
proacrosin + H2O | Hystrix brachyura | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | acrosin + peptide | - |
? | |
proacrosin + H2O | Erethizon dorsatum | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | acrosin + peptide | - |
? | |
proacrosin + H2O | Rattus fuscipes | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | acrosin + peptide | - |
? | |
proacrosin + H2O | Cavia porcellus | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | acrosin + peptide | - |
? | |
proacrosin + H2O | Homo sapiens | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | acrosin + peptide | - |
? | |
proacrosin + H2O | Oryctolagus cuniculus | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | acrosin + peptide | - |
? |
Organism | UniProt | Comment | Textmining |
---|---|---|---|
Amblysomus hottentotus | B0LM06 | Hottentot golden mole | - |
Bos taurus | P79343 | bovine proacrosine | - |
Bradypus tridactylus | B0LM16 | fragment; pale-throated three-toed sloth | - |
Canis lupus familiaris | - |
dog | - |
Cavia porcellus | Q60491 | preproacrosin, precursor, fragment; guinea pig | - |
Cynocephalus volans | B0LM30 | fragment; Philippine flying lemur | - |
Diceros bicornis | B0LM26 | black rhinoceros | - |
Dugong dugon | B0LM13 | fragment | - |
Echinops telfairi | B0LM07 | lesser hedgehog tenrec | - |
Elephantulus edwardii | B0LM09 | fragement; Cape long-eared elephant shrew | - |
Equus caballus | B0LM27 | fragment; horse | - |
Erethizon dorsatum | B0LM36 | fragment; North American porcupine | - |
Euphractus sexcinctus | B0LM17 | fragment; six-banded armadillo | - |
Felis catus | B0LM18 | fragment; cat | - |
Galegeeska rufescens | B0LM10 | fragment; East African long-eared elephant shrew | - |
Homo sapiens | P10323 | precursor | - |
Hystrix brachyura | B0LM35 | fragment; Malayan porcupine | - |
Lama glama | B0LM21 | fragment | - |
Loxodonta africana | B0LM12 | fragment; African elephant | - |
Macaca mulatta | - |
- |
- |
Macroscelides proboscideus | B0LM11 | fragment; short-eared elephant shrew | - |
Manis sp. DMR-2008 | B0LM29 | fragment | - |
Mus musculus | Q3ZB05 | - |
- |
Ochotona princeps | B0LM32 | fragment; Southern American pika | - |
Orycteropus afer | B0LM15 | fragment; Aardvark | - |
Oryctolagus cuniculus | P48038 | precursor | - |
Otospermophilus beecheyi | B0LM38 | fragment; Beechey ground squirrel | - |
Ovis aries | Q9GL10 | precursor | - |
Pan troglodytes | B0LM34 | fragment; chimpanzee | - |
Procavia capensis | B0LM08 | fragment; rock dassie | - |
Puma concolor | B0LM19 | fragment; mountain lion | - |
Rattus fuscipes | B0LM37 | fragment; bush rat | - |
Rattus norvegicus | P29293 | precursor | - |
Sorex cinereus | B0LM24 | fragment; masked shrew | - |
Sus scrofa | P08001 | proacrosin nucleotides 22-849 | - |
Sylvilagus floridanus | B0LM33 | fragment; cottontail rabbit | - |
Tadarida brasiliensis | B0LM23 | fragment; Brazilian free-tailed bat | - |
Talpa europaea | B0LM25 | fragment; European mole | - |
Tapirus pinchaque | B0LM28 | fragment; mountain tapir | - |
Tragelaphus angasii | B0LM22 | fragment; nyala | - |
Trichechus manatus | B0LM14 | fragment; Caribbean manatee, West Indian manatee | - |
Tupaia glis | B0LM31 | fragment; tree shrew | - |
Tursiops truncatus | B0LM20 | fragment; Atlantic bottle-nosed dolphin | - |
Source Tissue | Comment | Organism | Textmining |
---|---|---|---|
spermatozoon | initially present in the sperm acrosomal vesicle of mammalian spermatozoa as the zymogen form, proacrosin, converted to the active form during the acrosome reaction, after which most acrosin molecules are released from the acrosomal vesicle, with a portion remaining associated with the sperm | Canis lupus familiaris | - |
spermatozoon | initially present in the sperm acrosomal vesicle of mammalian spermatozoa as the zymogen form, proacrosin, converted to the active form during the acrosome reaction, after which most acrosin molecules are released from the acrosomal vesicle, with a portion remaining associated with the sperm | Macaca mulatta | - |
spermatozoon | initially present in the sperm acrosomal vesicle of mammalian spermatozoa as the zymogen form, proacrosin, converted to the active form during the acrosome reaction, after which most acrosin molecules are released from the acrosomal vesicle, with a portion remaining associated with the sperm | Rattus norvegicus | - |
spermatozoon | initially present in the sperm acrosomal vesicle of mammalian spermatozoa as the zymogen form, proacrosin, converted to the active form during the acrosome reaction, after which most acrosin molecules are released from the acrosomal vesicle, with a portion remaining associated with the sperm | Pan troglodytes | - |
spermatozoon | initially present in the sperm acrosomal vesicle of mammalian spermatozoa as the zymogen form, proacrosin, converted to the active form during the acrosome reaction, after which most acrosin molecules are released from the acrosomal vesicle, with a portion remaining associated with the sperm | Ovis aries | - |
spermatozoon | initially present in the sperm acrosomal vesicle of mammalian spermatozoa as the zymogen form, proacrosin, converted to the active form during the acrosome reaction, after which most acrosin molecules are released from the acrosomal vesicle, with a portion remaining associated with the sperm | Echinops telfairi | - |
spermatozoon | initially present in the sperm acrosomal vesicle of mammalian spermatozoa as the zymogen form, proacrosin, converted to the active form during the acrosome reaction, after which most acrosin molecules are released from the acrosomal vesicle, with a portion remaining associated with the sperm | Amblysomus hottentotus | - |
spermatozoon | initially present in the sperm acrosomal vesicle of mammalian spermatozoa as the zymogen form, proacrosin, converted to the active form during the acrosome reaction, after which most acrosin molecules are released from the acrosomal vesicle, with a portion remaining associated with the sperm | Procavia capensis | - |
spermatozoon | initially present in the sperm acrosomal vesicle of mammalian spermatozoa as the zymogen form, proacrosin, converted to the active form during the acrosome reaction, after which most acrosin molecules are released from the acrosomal vesicle, with a portion remaining associated with the sperm | Elephantulus edwardii | - |
spermatozoon | initially present in the sperm acrosomal vesicle of mammalian spermatozoa as the zymogen form, proacrosin, converted to the active form during the acrosome reaction, after which most acrosin molecules are released from the acrosomal vesicle, with a portion remaining associated with the sperm | Galegeeska rufescens | - |
spermatozoon | initially present in the sperm acrosomal vesicle of mammalian spermatozoa as the zymogen form, proacrosin, converted to the active form during the acrosome reaction, after which most acrosin molecules are released from the acrosomal vesicle, with a portion remaining associated with the sperm | Macroscelides proboscideus | - |
spermatozoon | initially present in the sperm acrosomal vesicle of mammalian spermatozoa as the zymogen form, proacrosin, converted to the active form during the acrosome reaction, after which most acrosin molecules are released from the acrosomal vesicle, with a portion remaining associated with the sperm | Loxodonta africana | - |
spermatozoon | initially present in the sperm acrosomal vesicle of mammalian spermatozoa as the zymogen form, proacrosin, converted to the active form during the acrosome reaction, after which most acrosin molecules are released from the acrosomal vesicle, with a portion remaining associated with the sperm | Dugong dugon | - |
spermatozoon | initially present in the sperm acrosomal vesicle of mammalian spermatozoa as the zymogen form, proacrosin, converted to the active form during the acrosome reaction, after which most acrosin molecules are released from the acrosomal vesicle, with a portion remaining associated with the sperm | Orycteropus afer | - |
spermatozoon | initially present in the sperm acrosomal vesicle of mammalian spermatozoa as the zymogen form, proacrosin, converted to the active form during the acrosome reaction, after which most acrosin molecules are released from the acrosomal vesicle, with a portion remaining associated with the sperm | Trichechus manatus | - |
spermatozoon | initially present in the sperm acrosomal vesicle of mammalian spermatozoa as the zymogen form, proacrosin, converted to the active form during the acrosome reaction, after which most acrosin molecules are released from the acrosomal vesicle, with a portion remaining associated with the sperm | Bradypus tridactylus | - |
spermatozoon | initially present in the sperm acrosomal vesicle of mammalian spermatozoa as the zymogen form, proacrosin, converted to the active form during the acrosome reaction, after which most acrosin molecules are released from the acrosomal vesicle, with a portion remaining associated with the sperm | Euphractus sexcinctus | - |
spermatozoon | initially present in the sperm acrosomal vesicle of mammalian spermatozoa as the zymogen form, proacrosin, converted to the active form during the acrosome reaction, after which most acrosin molecules are released from the acrosomal vesicle, with a portion remaining associated with the sperm | Mus musculus | - |
spermatozoon | initially present in the sperm acrosomal vesicle of mammalian spermatozoa as the zymogen form, proacrosin, converted to the active form during the acrosome reaction, after which most acrosin molecules are released from the acrosomal vesicle, with a portion remaining associated with the sperm | Felis catus | - |
spermatozoon | initially present in the sperm acrosomal vesicle of mammalian spermatozoa as the zymogen form, proacrosin, converted to the active form during the acrosome reaction, after which most acrosin molecules are released from the acrosomal vesicle, with a portion remaining associated with the sperm | Puma concolor | - |
spermatozoon | initially present in the sperm acrosomal vesicle of mammalian spermatozoa as the zymogen form, proacrosin, converted to the active form during the acrosome reaction, after which most acrosin molecules are released from the acrosomal vesicle, with a portion remaining associated with the sperm | Tursiops truncatus | - |
spermatozoon | initially present in the sperm acrosomal vesicle of mammalian spermatozoa as the zymogen form, proacrosin, converted to the active form during the acrosome reaction, after which most acrosin molecules are released from the acrosomal vesicle, with a portion remaining associated with the sperm | Sus scrofa | - |
spermatozoon | initially present in the sperm acrosomal vesicle of mammalian spermatozoa as the zymogen form, proacrosin, converted to the active form during the acrosome reaction, after which most acrosin molecules are released from the acrosomal vesicle, with a portion remaining associated with the sperm | Lama glama | - |
spermatozoon | initially present in the sperm acrosomal vesicle of mammalian spermatozoa as the zymogen form, proacrosin, converted to the active form during the acrosome reaction, after which most acrosin molecules are released from the acrosomal vesicle, with a portion remaining associated with the sperm | Tragelaphus angasii | - |
spermatozoon | initially present in the sperm acrosomal vesicle of mammalian spermatozoa as the zymogen form, proacrosin, converted to the active form during the acrosome reaction, after which most acrosin molecules are released from the acrosomal vesicle, with a portion remaining associated with the sperm | Tadarida brasiliensis | - |
spermatozoon | initially present in the sperm acrosomal vesicle of mammalian spermatozoa as the zymogen form, proacrosin, converted to the active form during the acrosome reaction, after which most acrosin molecules are released from the acrosomal vesicle, with a portion remaining associated with the sperm | Sorex cinereus | - |
spermatozoon | initially present in the sperm acrosomal vesicle of mammalian spermatozoa as the zymogen form, proacrosin, converted to the active form during the acrosome reaction, after which most acrosin molecules are released from the acrosomal vesicle, with a portion remaining associated with the sperm | Talpa europaea | - |
spermatozoon | initially present in the sperm acrosomal vesicle of mammalian spermatozoa as the zymogen form, proacrosin, converted to the active form during the acrosome reaction, after which most acrosin molecules are released from the acrosomal vesicle, with a portion remaining associated with the sperm | Diceros bicornis | - |
spermatozoon | initially present in the sperm acrosomal vesicle of mammalian spermatozoa as the zymogen form, proacrosin, converted to the active form during the acrosome reaction, after which most acrosin molecules are released from the acrosomal vesicle, with a portion remaining associated with the sperm | Equus caballus | - |
spermatozoon | initially present in the sperm acrosomal vesicle of mammalian spermatozoa as the zymogen form, proacrosin, converted to the active form during the acrosome reaction, after which most acrosin molecules are released from the acrosomal vesicle, with a portion remaining associated with the sperm | Tapirus pinchaque | - |
spermatozoon | initially present in the sperm acrosomal vesicle of mammalian spermatozoa as the zymogen form, proacrosin, converted to the active form during the acrosome reaction, after which most acrosin molecules are released from the acrosomal vesicle, with a portion remaining associated with the sperm | Manis sp. DMR-2008 | - |
spermatozoon | initially present in the sperm acrosomal vesicle of mammalian spermatozoa as the zymogen form, proacrosin, converted to the active form during the acrosome reaction, after which most acrosin molecules are released from the acrosomal vesicle, with a portion remaining associated with the sperm | Cynocephalus volans | - |
spermatozoon | initially present in the sperm acrosomal vesicle of mammalian spermatozoa as the zymogen form, proacrosin, converted to the active form during the acrosome reaction, after which most acrosin molecules are released from the acrosomal vesicle, with a portion remaining associated with the sperm | Bos taurus | - |
spermatozoon | initially present in the sperm acrosomal vesicle of mammalian spermatozoa as the zymogen form, proacrosin, converted to the active form during the acrosome reaction, after which most acrosin molecules are released from the acrosomal vesicle, with a portion remaining associated with the sperm | Tupaia glis | - |
spermatozoon | initially present in the sperm acrosomal vesicle of mammalian spermatozoa as the zymogen form, proacrosin, converted to the active form during the acrosome reaction, after which most acrosin molecules are released from the acrosomal vesicle, with a portion remaining associated with the sperm | Ochotona princeps | - |
spermatozoon | initially present in the sperm acrosomal vesicle of mammalian spermatozoa as the zymogen form, proacrosin, converted to the active form during the acrosome reaction, after which most acrosin molecules are released from the acrosomal vesicle, with a portion remaining associated with the sperm | Sylvilagus floridanus | - |
spermatozoon | initially present in the sperm acrosomal vesicle of mammalian spermatozoa as the zymogen form, proacrosin, converted to the active form during the acrosome reaction, after which most acrosin molecules are released from the acrosomal vesicle, with a portion remaining associated with the sperm | Otospermophilus beecheyi | - |
spermatozoon | initially present in the sperm acrosomal vesicle of mammalian spermatozoa as the zymogen form, proacrosin, converted to the active form during the acrosome reaction, after which most acrosin molecules are released from the acrosomal vesicle, with a portion remaining associated with the sperm | Hystrix brachyura | - |
spermatozoon | initially present in the sperm acrosomal vesicle of mammalian spermatozoa as the zymogen form, proacrosin, converted to the active form during the acrosome reaction, after which most acrosin molecules are released from the acrosomal vesicle, with a portion remaining associated with the sperm | Erethizon dorsatum | - |
spermatozoon | initially present in the sperm acrosomal vesicle of mammalian spermatozoa as the zymogen form, proacrosin, converted to the active form during the acrosome reaction, after which most acrosin molecules are released from the acrosomal vesicle, with a portion remaining associated with the sperm | Rattus fuscipes | - |
spermatozoon | initially present in the sperm acrosomal vesicle of mammalian spermatozoa as the zymogen form, proacrosin, converted to the active form during the acrosome reaction, after which most acrosin molecules are released from the acrosomal vesicle, with a portion remaining associated with the sperm | Cavia porcellus | - |
spermatozoon | initially present in the sperm acrosomal vesicle of mammalian spermatozoa as the zymogen form, proacrosin, converted to the active form during the acrosome reaction, after which most acrosin molecules are released from the acrosomal vesicle, with a portion remaining associated with the sperm | Homo sapiens | - |
spermatozoon | initially present in the sperm acrosomal vesicle of mammalian spermatozoa as the zymogen form, proacrosin, converted to the active form during the acrosome reaction, after which most acrosin molecules are released from the acrosomal vesicle, with a portion remaining associated with the sperm | Oryctolagus cuniculus | - |
Substrates | Comment Substrates | Organism | Products | Comment (Products) | Rev. | Reac. |
---|---|---|---|---|---|---|
additional information | lysis of Arg/Lys-X bonds | Canis lupus familiaris | ? | - |
? | |
additional information | lysis of Arg/Lys-X bonds | Macaca mulatta | ? | - |
? | |
additional information | lysis of Arg/Lys-X bonds | Rattus norvegicus | ? | - |
? | |
additional information | lysis of Arg/Lys-X bonds | Pan troglodytes | ? | - |
? | |
additional information | lysis of Arg/Lys-X bonds | Ovis aries | ? | - |
? | |
additional information | lysis of Arg/Lys-X bonds | Echinops telfairi | ? | - |
? | |
additional information | lysis of Arg/Lys-X bonds | Amblysomus hottentotus | ? | - |
? | |
additional information | lysis of Arg/Lys-X bonds | Procavia capensis | ? | - |
? | |
additional information | lysis of Arg/Lys-X bonds | Elephantulus edwardii | ? | - |
? | |
additional information | lysis of Arg/Lys-X bonds | Galegeeska rufescens | ? | - |
? | |
additional information | lysis of Arg/Lys-X bonds | Macroscelides proboscideus | ? | - |
? | |
additional information | lysis of Arg/Lys-X bonds | Loxodonta africana | ? | - |
? | |
additional information | lysis of Arg/Lys-X bonds | Dugong dugon | ? | - |
? | |
additional information | lysis of Arg/Lys-X bonds | Orycteropus afer | ? | - |
? | |
additional information | lysis of Arg/Lys-X bonds | Trichechus manatus | ? | - |
? | |
additional information | lysis of Arg/Lys-X bonds | Bradypus tridactylus | ? | - |
? | |
additional information | lysis of Arg/Lys-X bonds | Euphractus sexcinctus | ? | - |
? | |
additional information | lysis of Arg/Lys-X bonds | Mus musculus | ? | - |
? | |
additional information | lysis of Arg/Lys-X bonds | Felis catus | ? | - |
? | |
additional information | lysis of Arg/Lys-X bonds | Puma concolor | ? | - |
? | |
additional information | lysis of Arg/Lys-X bonds | Tursiops truncatus | ? | - |
? | |
additional information | lysis of Arg/Lys-X bonds | Sus scrofa | ? | - |
? | |
additional information | lysis of Arg/Lys-X bonds | Lama glama | ? | - |
? | |
additional information | lysis of Arg/Lys-X bonds | Tragelaphus angasii | ? | - |
? | |
additional information | lysis of Arg/Lys-X bonds | Tadarida brasiliensis | ? | - |
? | |
additional information | lysis of Arg/Lys-X bonds | Sorex cinereus | ? | - |
? | |
additional information | lysis of Arg/Lys-X bonds | Talpa europaea | ? | - |
? | |
additional information | lysis of Arg/Lys-X bonds | Diceros bicornis | ? | - |
? | |
additional information | lysis of Arg/Lys-X bonds | Equus caballus | ? | - |
? | |
additional information | lysis of Arg/Lys-X bonds | Tapirus pinchaque | ? | - |
? | |
additional information | lysis of Arg/Lys-X bonds | Manis sp. DMR-2008 | ? | - |
? | |
additional information | lysis of Arg/Lys-X bonds | Cynocephalus volans | ? | - |
? | |
additional information | lysis of Arg/Lys-X bonds | Bos taurus | ? | - |
? | |
additional information | lysis of Arg/Lys-X bonds | Tupaia glis | ? | - |
? | |
additional information | lysis of Arg/Lys-X bonds | Ochotona princeps | ? | - |
? | |
additional information | lysis of Arg/Lys-X bonds | Sylvilagus floridanus | ? | - |
? | |
additional information | lysis of Arg/Lys-X bonds | Otospermophilus beecheyi | ? | - |
? | |
additional information | lysis of Arg/Lys-X bonds | Hystrix brachyura | ? | - |
? | |
additional information | lysis of Arg/Lys-X bonds | Erethizon dorsatum | ? | - |
? | |
additional information | lysis of Arg/Lys-X bonds | Rattus fuscipes | ? | - |
? | |
additional information | lysis of Arg/Lys-X bonds | Cavia porcellus | ? | - |
? | |
additional information | lysis of Arg/Lys-X bonds | Homo sapiens | ? | - |
? | |
additional information | lysis of Arg/Lys-X bonds | Oryctolagus cuniculus | ? | - |
? | |
additional information | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | Canis lupus familiaris | ? | - |
? | |
additional information | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | Macaca mulatta | ? | - |
? | |
additional information | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | Rattus norvegicus | ? | - |
? | |
additional information | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | Pan troglodytes | ? | - |
? | |
additional information | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | Ovis aries | ? | - |
? | |
additional information | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | Echinops telfairi | ? | - |
? | |
additional information | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | Amblysomus hottentotus | ? | - |
? | |
additional information | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | Procavia capensis | ? | - |
? | |
additional information | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | Elephantulus edwardii | ? | - |
? | |
additional information | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | Galegeeska rufescens | ? | - |
? | |
additional information | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | Macroscelides proboscideus | ? | - |
? | |
additional information | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | Loxodonta africana | ? | - |
? | |
additional information | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | Dugong dugon | ? | - |
? | |
additional information | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | Orycteropus afer | ? | - |
? | |
additional information | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | Trichechus manatus | ? | - |
? | |
additional information | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | Bradypus tridactylus | ? | - |
? | |
additional information | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | Euphractus sexcinctus | ? | - |
? | |
additional information | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | Mus musculus | ? | - |
? | |
additional information | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | Felis catus | ? | - |
? | |
additional information | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | Puma concolor | ? | - |
? | |
additional information | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | Tursiops truncatus | ? | - |
? | |
additional information | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | Sus scrofa | ? | - |
? | |
additional information | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | Lama glama | ? | - |
? | |
additional information | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | Tragelaphus angasii | ? | - |
? | |
additional information | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | Tadarida brasiliensis | ? | - |
? | |
additional information | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | Sorex cinereus | ? | - |
? | |
additional information | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | Talpa europaea | ? | - |
? | |
additional information | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | Diceros bicornis | ? | - |
? | |
additional information | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | Equus caballus | ? | - |
? | |
additional information | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | Tapirus pinchaque | ? | - |
? | |
additional information | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | Manis sp. DMR-2008 | ? | - |
? | |
additional information | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | Cynocephalus volans | ? | - |
? | |
additional information | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | Bos taurus | ? | - |
? | |
additional information | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | Tupaia glis | ? | - |
? | |
additional information | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | Ochotona princeps | ? | - |
? | |
additional information | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | Sylvilagus floridanus | ? | - |
? | |
additional information | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | Otospermophilus beecheyi | ? | - |
? | |
additional information | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | Hystrix brachyura | ? | - |
? | |
additional information | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | Erethizon dorsatum | ? | - |
? | |
additional information | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | Rattus fuscipes | ? | - |
? | |
additional information | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | Cavia porcellus | ? | - |
? | |
additional information | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | Homo sapiens | ? | - |
? | |
additional information | thought to fulfill several different roles in fertilization including that of a serine protease and in secondary zona pellucida binding | Oryctolagus cuniculus | ? | - |
? | |
proacrosin + H2O | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | Canis lupus familiaris | acrosin + peptide | - |
? | |
proacrosin + H2O | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | Macaca mulatta | acrosin + peptide | - |
? | |
proacrosin + H2O | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | Rattus norvegicus | acrosin + peptide | - |
? | |
proacrosin + H2O | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | Pan troglodytes | acrosin + peptide | - |
? | |
proacrosin + H2O | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | Ovis aries | acrosin + peptide | - |
? | |
proacrosin + H2O | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | Echinops telfairi | acrosin + peptide | - |
? | |
proacrosin + H2O | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | Amblysomus hottentotus | acrosin + peptide | - |
? | |
proacrosin + H2O | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | Procavia capensis | acrosin + peptide | - |
? | |
proacrosin + H2O | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | Elephantulus edwardii | acrosin + peptide | - |
? | |
proacrosin + H2O | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | Galegeeska rufescens | acrosin + peptide | - |
? | |
proacrosin + H2O | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | Macroscelides proboscideus | acrosin + peptide | - |
? | |
proacrosin + H2O | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | Loxodonta africana | acrosin + peptide | - |
? | |
proacrosin + H2O | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | Dugong dugon | acrosin + peptide | - |
? | |
proacrosin + H2O | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | Orycteropus afer | acrosin + peptide | - |
? | |
proacrosin + H2O | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | Trichechus manatus | acrosin + peptide | - |
? | |
proacrosin + H2O | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | Bradypus tridactylus | acrosin + peptide | - |
? | |
proacrosin + H2O | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | Euphractus sexcinctus | acrosin + peptide | - |
? | |
proacrosin + H2O | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | Mus musculus | acrosin + peptide | - |
? | |
proacrosin + H2O | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | Felis catus | acrosin + peptide | - |
? | |
proacrosin + H2O | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | Puma concolor | acrosin + peptide | - |
? | |
proacrosin + H2O | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | Tursiops truncatus | acrosin + peptide | - |
? | |
proacrosin + H2O | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | Sus scrofa | acrosin + peptide | - |
? | |
proacrosin + H2O | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | Lama glama | acrosin + peptide | - |
? | |
proacrosin + H2O | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | Tragelaphus angasii | acrosin + peptide | - |
? | |
proacrosin + H2O | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | Tadarida brasiliensis | acrosin + peptide | - |
? | |
proacrosin + H2O | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | Sorex cinereus | acrosin + peptide | - |
? | |
proacrosin + H2O | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | Talpa europaea | acrosin + peptide | - |
? | |
proacrosin + H2O | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | Diceros bicornis | acrosin + peptide | - |
? | |
proacrosin + H2O | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | Equus caballus | acrosin + peptide | - |
? | |
proacrosin + H2O | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | Tapirus pinchaque | acrosin + peptide | - |
? | |
proacrosin + H2O | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | Manis sp. DMR-2008 | acrosin + peptide | - |
? | |
proacrosin + H2O | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | Cynocephalus volans | acrosin + peptide | - |
? | |
proacrosin + H2O | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | Bos taurus | acrosin + peptide | - |
? | |
proacrosin + H2O | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | Tupaia glis | acrosin + peptide | - |
? | |
proacrosin + H2O | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | Ochotona princeps | acrosin + peptide | - |
? | |
proacrosin + H2O | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | Sylvilagus floridanus | acrosin + peptide | - |
? | |
proacrosin + H2O | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | Otospermophilus beecheyi | acrosin + peptide | - |
? | |
proacrosin + H2O | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | Hystrix brachyura | acrosin + peptide | - |
? | |
proacrosin + H2O | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | Erethizon dorsatum | acrosin + peptide | - |
? | |
proacrosin + H2O | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | Rattus fuscipes | acrosin + peptide | - |
? | |
proacrosin + H2O | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | Cavia porcellus | acrosin + peptide | - |
? | |
proacrosin + H2O | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | Homo sapiens | acrosin + peptide | - |
? | |
proacrosin + H2O | acrosin autoactivates through an endoproteolytic cleavage at the N-terminus with subsequent conversion to the mature enzyme through C-terminus cleavages | Oryctolagus cuniculus | acrosin + peptide | - |
? |
Subunits | Comment | Organism |
---|---|---|
? | x * 25649, calculated from the deduced amino acid sequence | Cynocephalus volans |
? | x * 26300, calculated from the deduced amino acid sequence | Euphractus sexcinctus |
? | x * 26746, calculated from the deduced amino acid sequence | Sorex cinereus |
? | x * 26896, calculated from the deduced amino acid sequence | Manis sp. DMR-2008 |
? | x * 28577, calculated from the deduced amino acid sequence | Tursiops truncatus |
? | x * 28582, calculated from the deduced amino acid sequence | Orycteropus afer |
? | x * 28794, calculated from the deduced amino acid sequence | Echinops telfairi |
? | x * 29689, calculated from the deduced amino acid sequence | Tragelaphus angasii |
? | x * 30066, calculated from the deduced amino acid sequence | Bradypus tridactylus |
? | x * 30138, calculated from the deduced amino acid sequence | Tadarida brasiliensis |
? | x * 30202, calculated from the deduced amino acid sequence | Talpa europaea |
? | x * 30233, calculated from the deduced amino acid sequence | Procavia capensis |
? | x * 30276, calculated from the deduced amino acid sequence | Lama glama |
? | x * 30310, calculated from the deduced amino acid sequence | Ochotona princeps |
? | x * 30357, calculated from the deduced amino acid sequence | Loxodonta africana |
? | x * 30361, calculated from the deduced amino acid sequence | Erethizon dorsatum |
? | x * 30413, calculated from the deduced amino acid sequence | Hystrix brachyura |
? | x * 30452, calculated from the deduced amino acid sequence | Tupaia glis |
? | x * 30455, calculated from the deduced amino acid sequence | Rattus fuscipes |
? | x * 30469, calculated from the deduced amino acid sequence | Amblysomus hottentotus |
? | x * 30515, calculated from the deduced amino acid sequence | Dugong dugon |
? | x * 30534, calculated from the deduced amino acid sequence | Sylvilagus floridanus |
? | x * 30556, calculated from the deduced amino acid sequence | Trichechus manatus |
? | x * 30583, calculated from the deduced amino acid sequence | Felis catus |
? | x * 30583, calculated from the deduced amino acid sequence | Puma concolor |
? | x * 30604, calculated from the deduced amino acid sequence | Otospermophilus beecheyi |
? | x * 30616, calculated from the deduced amino acid sequence | Elephantulus edwardii |
? | x * 30628, calculated from the deduced amino acid sequence | Macroscelides proboscideus |
? | x * 30679, calculated from the deduced amino acid sequence | Equus caballus |
? | x * 30707, calculated from the deduced amino acid sequence | Diceros bicornis |
? | x * 30788, calculated from the deduced amino acid sequence | Tapirus pinchaque |
? | x * 30809, calculated from the deduced amino acid sequence | Galegeeska rufescens |
? | x * 36119, calculated from the deduced amino acid sequence | Ovis aries |
? | x * 41722, calculated from the deduced amino acid sequence | Bos taurus |
? | x * 43016, calculated from the deduced amino acid sequence | Mus musculus |
? | x * 45773, calculated from the deduced amino acid sequence | Cavia porcellus |
? | x * 45847, calculated from the deduced amino acid sequence | Homo sapiens |
? | x * 46422, calculated from the deduced amino acid sequence | Oryctolagus cuniculus |
? | x * 48623, calculated from the deduced amino acid sequence | Rattus norvegicus |
Synonyms | Comment | Organism |
---|---|---|
acrosin | trypsin-like serine protease of the S1 family | Canis lupus familiaris |
acrosin | trypsin-like serine protease of the S1 family | Macaca mulatta |
acrosin | trypsin-like serine protease of the S1 family | Rattus norvegicus |
acrosin | trypsin-like serine protease of the S1 family | Pan troglodytes |
acrosin | trypsin-like serine protease of the S1 family | Ovis aries |
acrosin | trypsin-like serine protease of the S1 family | Echinops telfairi |
acrosin | trypsin-like serine protease of the S1 family | Amblysomus hottentotus |
acrosin | trypsin-like serine protease of the S1 family | Procavia capensis |
acrosin | trypsin-like serine protease of the S1 family | Elephantulus edwardii |
acrosin | trypsin-like serine protease of the S1 family | Galegeeska rufescens |
acrosin | trypsin-like serine protease of the S1 family | Macroscelides proboscideus |
acrosin | trypsin-like serine protease of the S1 family | Loxodonta africana |
acrosin | trypsin-like serine protease of the S1 family | Dugong dugon |
acrosin | trypsin-like serine protease of the S1 family | Orycteropus afer |
acrosin | trypsin-like serine protease of the S1 family | Trichechus manatus |
acrosin | trypsin-like serine protease of the S1 family | Bradypus tridactylus |
acrosin | trypsin-like serine protease of the S1 family | Euphractus sexcinctus |
acrosin | trypsin-like serine protease of the S1 family | Mus musculus |
acrosin | trypsin-like serine protease of the S1 family | Felis catus |
acrosin | trypsin-like serine protease of the S1 family | Puma concolor |
acrosin | trypsin-like serine protease of the S1 family | Tursiops truncatus |
acrosin | trypsin-like serine protease of the S1 family | Sus scrofa |
acrosin | trypsin-like serine protease of the S1 family | Lama glama |
acrosin | trypsin-like serine protease of the S1 family | Tragelaphus angasii |
acrosin | trypsin-like serine protease of the S1 family | Tadarida brasiliensis |
acrosin | trypsin-like serine protease of the S1 family | Sorex cinereus |
acrosin | trypsin-like serine protease of the S1 family | Talpa europaea |
acrosin | trypsin-like serine protease of the S1 family | Diceros bicornis |
acrosin | trypsin-like serine protease of the S1 family | Equus caballus |
acrosin | trypsin-like serine protease of the S1 family | Tapirus pinchaque |
acrosin | trypsin-like serine protease of the S1 family | Manis sp. DMR-2008 |
acrosin | trypsin-like serine protease of the S1 family | Cynocephalus volans |
acrosin | trypsin-like serine protease of the S1 family | Bos taurus |
acrosin | trypsin-like serine protease of the S1 family | Tupaia glis |
acrosin | trypsin-like serine protease of the S1 family | Ochotona princeps |
acrosin | trypsin-like serine protease of the S1 family | Sylvilagus floridanus |
acrosin | trypsin-like serine protease of the S1 family | Otospermophilus beecheyi |
acrosin | trypsin-like serine protease of the S1 family | Hystrix brachyura |
acrosin | trypsin-like serine protease of the S1 family | Erethizon dorsatum |
acrosin | trypsin-like serine protease of the S1 family | Rattus fuscipes |
acrosin | trypsin-like serine protease of the S1 family | Cavia porcellus |
acrosin | trypsin-like serine protease of the S1 family | Homo sapiens |
acrosin | trypsin-like serine protease of the S1 family | Oryctolagus cuniculus |