CI01000062_02488009_02560794 (ASAP2A, ASAP2, ASAP3)


Basic Information

Item Value
gene id CI01000062_02488009_02560794
gene name ASAP2A, ASAP2, ASAP3
gene type coding
species grasscarp (Ctenopharyngodon idella)
category of species economic fish

Chromosome Information

Item Value
chromosome id CI01000062
NCBI id null
chromosome length 4496499
location 2487809 ~ 2562434 (-)
genome version v1_2015/06_NatureGenetics_grasscarp_Genome

Sequence

>CI01000062_02488009_02560794.mRNA
AATAGATTGCTTTTGTAAATTTGTTATTTCACACTGCACTTGTGTTGAAATATATATACCTCAAGCACTGGAGTACAAAAACTACTTTATCTGATAATCAGTGTGAATTCATCTGCTCATAATAAAATGTCTCCTTTTGCACCAGCAATTACAGGCCTCAGCAACTACAAAATTATCATCTTAATTAGTCTTTTGTTTTGGAGGCAGGGGGTGTGAAGCTTGTGTTGGAACAGATATGGCACTAATAATAAAGCTCTCTTTATTCTACAAGCTAATTAATTTATTTCAAGGAAGGAGGATAGGGTTTCTTTTTTGAGGCACAAAAGATAAATCTAAAATATTTAGAATTTTTTTTATATAATTACATATATAATTCAAATATATTCTAATATCATGCACAAATGCATTTGGCCTACAAAAATACTTCATCTACAGCACTCTATTATTAGGCAACTTCAAAAGTGAAGATTATCAGTCAGTAAGGACTTCAGTTTCAGTCCATTCTTCACACAACGACTTCAGAAAACTTGAAAATTTGGACTGGACTACTCATATGGACTATTTTTATGAATTGTTTTGTCCTTGTTGGAATTTTCATTCTATTTGTAAAAAAACATTTACAAGAATTCCTTGGTCGGAATGACATGATTAAATGAAGACAGCATTTTTTTGTTGGGCGAACTATTGTTTTAAAAACCTAAAATAATTTTTTTTTATATAAAAAATGTATATTACATTTGCACTTACTTTCTTTTTTCTTACACTTATAAGAATGTTGGCTTCAGAGAGACATTAAAGGTCAATTTCTGTTATTTACACACTTAAAAAATGTCCTTCTCCACCTTAAGAGAGAGGCTGCTCACTGCAGAGCCATGGGTGGAGCGTGAAGTCCAGTTCCCCCTCTCTGGATGTAATTTGGGCGTAACGGGTGGAGCTTAAGGTCTAACCACACCTTAACCCTACCCATAACTCTATCCCTCCACCCATTAGATCCACAGAGGTGGAGCTGGACTAGGTCAGACTTCCAGAGAGGGGGAGCTGGACATCATTTGCCTCTGCAGTGAGCACCACTTGCATTAAGAGCGGCGCTAACGACCCTAAAGGCGATCTACAATCAGGCCACGCCCTGCGTCAGTTCCGATTGGCTCACAGCTGGTAGCTCTGCTTCCTCATTGGTCACTCCTTTCCCATTGAATCTCCTCCACCTTTACTTTGTCAATTTCTGCGCTTTCATTGAATTGCGTTGCAAGAGAGCTGCATCGATCCACAGCCTGCAGCAATCCCAGCACGACAACGTACACTACTGTCCCTTAACAGATGAGGACTACATCATCACACTGGTTTATTATCAACCGGGTGGACCAAATTCGCACTTTCCCTGGAAGAAGTGAGAACCAACACCGTGGGAGAGAGATTTCCCGTCGTAGAAGCGTCACTTCTCTGTAGTTGGCTAATGATTTTCATTAATTCCCAACTTGTCTTAATCCACCGAGGACAAAACACAGCGATGATAAGACTTCAGGACGCTCATGAGAGTTTTATTTCGTCATTTTATCTCTGAATTTCGACATTAAGTGCACCACAACCGGGCATTAAAAGGATTAAAACCGAGATTTGTGGGTTTTGTGAAAGGAAATACAATGCCGGACCAGATCACAGTGGCGGAGTTTGTGGCGGAGACGAATGAAGATTATAAATCGCCCACCGCCTCAAACTTCACCACTAGAATGACTCACTGCAGGAATACTGTAACCGCACTGGAGGAGATGGGCAGTGCTGGACTATTGCTGGAAAAAGCTATTGTTGTTCCAGATTGCGCCTTCATCAGTCTCCTGGAGTTTACACACTCCCGTGCAGTTGCTTTAAATTATGAACAGTCATTAAAACAGGAGCCAGCTAGTCCAGCTCAGCCAAGCATACTCCGCAATATAGTGAAGCCAAACCTGTTCTGTAGTCTAGTGAAGGCCCTGGATGTGGACCGCAGTGTCCTTTACAAGATGAAGAAGTCAGTTAAGGCCATTTACGCCTCCGGTCTGGCGTGTACTAAAGGGCTGTTCTTTGTACTGGCTGTCGGTACTGAGGTTGAGCAGCTCTCCATTGTGCCGCCTGTCTCTGCCTATGACAACACAGATCATTCACACACTGAATTTGTTTCAACTGCACAAGGAGGCCCAGACGAGAACGCTGGGGCTGGACAGCTGTCTCCCACACCCCAGGGGACAGCTGTGCCAGGACACTCACTTTGTGTCTATCTGTCACCCGTCCATGCTGATGGGATTCCCAGAGCCGTGGCTTCGTTATTGTTTCCTGTTTGCGGGAATCGGTGCTTTTGTGCCGTTTCATTCTGGCAGGATCTGGTTAAAGAGATCTCCTCTCTCCTGACACATGAGTGTTCTCACTTCAGCCCAAGAAACAAGCACTTCTGTCTAACAATGCTGGATTATTTATGCATGACGATCATAGTCTTTCGCAGACAGCGAGCTGCAGGCTGCCCGGAGAGGATGGGAGAAAGTGAAGGAGGAACTCATTCAGATACCCACAGCACGGAAAGCTGCCTGCTATGGTTCAGTTACCGTAAGGAAGGACACAGCTTGGAGCCAAAGTTTTGTCGTTGCAGATGTGCAGAAGATGTGCAGAGCTCATATGTCGCTTTAAAAACAAAAGCCAGATCCAAATGCACAGTCGGCCACTGCGGCAGAAAACAAGATGGGATGTTTGAAGACCAAACACAGCCTGTGTTGAGGCTGTACACACACCGCCGGGCCTGGAGATTTATTGTCAAAACATTAGCGCTGGCATCAGCTGCTTGTGAAGAGCCCTACTGTGAATGTCAAACCGTTTGGAGATCACAAGACCTTAACCGGTTCAAGAATTCACCGGCTCATGTGGAGAACGAGGAGCAGTACACTCAAGCTCTGGAGAAGTTTGGAGAGAACTGTGTGTACAGAGATGATCCTGACCTGGGATCAGCATTCCTGAAGTTCTCTGTCTTCACCAAGGAGCTCACAGCCTTATTCAAGAACCTGTTTCAGAACATGAATAACATAATTACCTTCCCATTGGACAGTCTGCTGAAGGGTGATCTGAAAGGGGTTAAAGGGTGTGTTTGTGAACGACACATCCTCTGTTCAGTCAGTCCCAGTGACTTTGCTGAAGTAGACGGTTTTGTCAGCCTCAGAGGGAGTGATGATCTCAAGAAGCCCTTTGATAAAGCCTGGAAAGACTATGAGACTAAAGTTTCTAAAATAGAGAAGGAGAAAAAAGAGCACGCCCGACAGCATGGAATGATCAGGACTGAGATCAGTGGAGCGGAGATAGCAGAAGAGATGGAAAAGGAGCGCCGTTTCTTTCAGCTTCAGATGTGTGAGTACCTCCTCAAAGTCAATGAGATCAAGATCAAGAAAGGTGTCGACCTGCTCCAGAATCTCATCAAATACTTTCATGCACAGTGCAACTTCTTTCAGGATGGTCTCAAAGCAGTGGACAACCTCAAACCCTCAATAGAAAAACTCGCCACAGACTTGCACTCGATCAAACAGGTACAGGATGAAGAACGCAGGCAGCTAACCCAATTACGGGACGTGCTAAAGACCGCTCTGCAAGTGGAGCAGAAGGAGGACTCACAGGTTAGACAGAGCGCCACCTACAGTCTACACCAGCCCCAGGGCAACAAAGAACATGGGACGGAGCGCAGCGGGAACCTTTACAAGAAGAGTGATGGGTTGCGGAAAGTGTGGCAGAAGAGAAAGTGCACAGTGAAGAACGGTTATTTGACCATCTCACACGGGACGGCTAACAGACCTCCTGCCAAACTCAATCTTCTCACCTGTCAGGTGAAGCACAACCCAGAGGAGAAGAAAAGTTTTGACCTCATCTCCCATGACAGAACGTATCATTTCCAGGCAGAGGATGAACCAGAGTGTCAAATATGGATCTCAGTGCTGCAGAACAGCAAGGAGGAGGCGCTCAACAACGCCTTTAAGGGTGACCAGCATGTTGGCGAGAACAACATTGTGCAGGAGCTGACCAAGGCCATCCTGGGAGAGGTCAAGCGGATGGCGGGTAACGACGTCTGCTGTGACTGCGGAGCTCCCGGTCCCACGTGGCTCTCCACCAACCTGGGCATCCTGACTTGTATCGAATGTTCAGGGATCCACCGGGAGTTGGGTGTGCACTACTCCAGAATCCAGTCACTAACACTGGATGTTCTCAGCACCTCAGAGCTCTTGCTGGCCAAGAACGTGGGGAATGCTGGATTTAATGAAATCATGGAAGCTTGTTTGACAGCAGAAGATGTGATCAAACCAAATCCGGCCAGTGACATGCAGGCGAGGAAAGACTTCATCATGGCCAAGTACACAGAGAAGCGCTTTGCTCGTAAGAAGTGTCCTGACGCGCTGTCGAAGCTGCACACGCTCTGTGATGCTGTGAAGGCACGGGATATTTTCTCTCTCATTCAGGTCTACGCTGAGGGGGTGGACCTAATGGAGCCGATTCCTCTGGCCAATGGACATGAACAAGGTGAGACGGCCCTTCATCTGGCCGTGAGACTGCAAACGGCTAAAGGAAGTACAGCGCTGCATTACTGCTGCCTGACGGACAACAGCGAGTGTCTCAAACTTCTGCTGAGAGGAAAAGCCTCTATAGACATCGCTAATGAGGCTGGTGAGACCCCGCTTGACATCGCCAGGCGACTCAAACACCTGCAGTGTGAGGAACTGCTGAACCAGGCACTAGCAGGGAAGTTCAATGCTCATGTGCATGTGGAGTACGAGTGGAGACTACAGCATGAAGACCTGGATGAGAGTGATGAAGATCTGGATGAGAAGTCCAGTCCTCACCGGCGGGACGAGAGGCCCATCAGCTGCTACACACCGGGCAGTAATTCCCTTCAGCCCAGTCCGGCCAGCCTGGCACGAGACGCACGAGACATGGTCAAAGACAAGCAGCGATTCGTGCCCAACCTGGTCAACAACGAGACCTATGGAACCATTATCAACACCAACTCACCGGTCACCCTGTCCACCTCTGCTCCTCCTCTACCACCCCGAAATTTAGTACAACCGTCTGGTCTTTCTGGAATGGCTCAGGGATCGCCCGGTTGGAAACCTGGCTCCCTAGATCTGACCGGCAGACAGAGATCTTCCTCTGACCCTCCCAACATGCATCCCCCAGCGCCCCCCTTACGGGTCACATCCACTTCCCTTCTTGTACCCAGCGGTGCTCCCCCTCCTGTGGCTAAAACTGCCAGTATAATGGAGGCCAAGAATATACAACCCAAACCCGGACAGGGGCCTCCTGGTCAGAACATCAACCGAGCTACAAGATATGTGGTCACCCTTTCCCAACACTCTGATGGTGGGTTTTCAGAGACCCTAGGCTCTGGCATTACCTCCAGGGTCGCAGGCGAATCTGAATTACACCAGGAAGGGTGTATCTTCCCCGGATCAGCCGAGGGAAATTTACTGGGCCGTAACTCCGTAACTCCTCCATGGATTCCTTTGAAATTTGAACCCTATATAGATCTCAGGGAGCCCTTTCCAACGAGCCCAGTTGGCGGGTATGCCGCCGGCGCGGACAAAAACTTCAGTAAAAGCACACTGATGCGCTCCGGATCCATCGAGAGACCAGGTAGATGTCAGAGAAACCATGTTAACTCTAAGGAAGTTCCTGGAGGCCCCCAAAACACCACTGGTCAAACTCTGCCCGCTACCCACATGCCCAGGAAAACGTACCTGAAGCCGAAGCGTGTGAAGGCCATGTATAACTGTGTGGCTGATAATCCAGATGAGCTGACGTTCTCTGAGGGAGAGGTCATCGTGGTGGACGGTGAGGAGGACCAGGAGTGGTGGGGGTATTTACATAAGAATTTGCTTTAGGGGGTTCAAGCCGCATTTCCCCCTCACTTTTTGTTGTTGTTTTTTTCCTTAATTGACCGTATTACACACAACATTGCACATTTGTATTACTCAGATTAACACTAACATAATTTGTACAGAAAACTCTGTATAGGCCTTTTTTTTTTTTTCATTGTTGTTGTTCCGTTTGTTCTGTGAAAAAGCAAAATCACTCAAATAAA

Function

symbol description
asap3 Predicted to enable GTPase activator activity. Predicted to act upstream of or within cell migration and positive regulation of GTPase activity. Predicted to be located in cytoplasm and focal adhesion. Orthologous to human ASAP3 (ArfGAP with SH3 domain, ankyrin repeat and PH domain 3).
asap2a Predicted to enable GTPase activator activity. Predicted to act upstream of or within positive regulation of GTPase activity. Predicted to be located in cytoplasm. Orthologous to human ASAP2 (ArfGAP with SH3 domain, ankyrin repeat and PH domain 2).
asap2 Predicted to enable GTPase activator activity. Predicted to be involved in positive regulation of GTPase activity. Predicted to be located in Golgi cisterna membrane and plasma membrane.

GO:

id name namespace
GO:0005096 GTPase activator activity molecular_function

KEGG:

id description
K12488 ASAP; Arf-GAP with SH3 domain, ANK repeat and PH domain-containing protein

RNA

RNA id representative length rna type GC content exon number start site end site
CI01000062_02488009_02560794.mRNA True 6079 mRNA 0.47 37 2487809 2562434

Neighbor

gene id symbol gene type direction distance location
CI01000062_02473721_02477346 IAH1 coding downstream 10463 2473534 ~ 2477346 (-)
CI01000062_02400091_02406400 CMPK2 coding downstream 81409 2399754 ~ 2406400 (-)
CI01000062_02287961_02292055 NA coding downstream 195717 2287383 ~ 2292092 (-)
CI01000062_02087992_02119506 NA coding downstream 367743 2087971 ~ 2120066 (-)
CI01000062_01787025_01788167 HTR1E, HTR1B coding downstream 699297 1787016 ~ 1788512 (-)
CI01000062_02724898_02725662 ID2A, ID2 coding upstream 161545 2723979 ~ 2726153 (-)
CI01000062_03024898_03029604 EIF2S1A, EIF2S1B, EIF2S1 coding upstream 462445 3024879 ~ 3029696 (-)
CI01000062_03033192_03047656 MPP5A, MPP5 coding upstream 470213 3032647 ~ 3047847 (-)
CI01000062_03067891_03127934 GPHNA, GPHNB, GPHN coding upstream 505172 3067606 ~ 3127934 (-)
CI01000062_03211594_03253336 FUT8A, FUT8 coding upstream 648147 3210581 ~ 3253631 (-)
G260167 NA non-coding downstream 3650 2483099 ~ 2484159 (-)
G260160 NA non-coding downstream 76837 2407028 ~ 2410972 (-)
G260209 NA non-coding downstream 100231 2387246 ~ 2387578 (-)
G260207 NA non-coding downstream 102683 2384754 ~ 2385126 (-)
G260202 NA non-coding downstream 110126 2377209 ~ 2377683 (-)
G260245 NA non-coding upstream 176 2562610 ~ 2562810 (-)
G260361 NA non-coding upstream 243671 2806105 ~ 2806309 (-)
G260383 NA non-coding upstream 300060 2862494 ~ 2880532 (-)
G260389 NA non-coding upstream 322341 2884775 ~ 2885036 (-)
G260391 NA non-coding upstream 333926 2896360 ~ 2896563 (-)
CI01000062_00000216_00015634 EPRS other downstream 2472097 216 ~ 15712 (-)
G261400 NA other upstream 1383001 3945435 ~ 3957385 (-)

Expression


Co-expression Network

Homologous

species gene id symbol gene type chromosome NCBI id location
zebrafish (Danio rerio) XLOC_011585 asap2a coding NC_007128.7 CM002901.2 35097024 ~ 35223482 (+)