Gene:
Gene Symbol:
Gene Name:
Original Clone ID:
None
Keyword:
None
Species:
Xenopus laevis
Type:
cDNA
Vector Name:
pDONR223
Format:
FUSION
Source:
Xenopus Gene Collection
Description:
None
Comments:
The ORFeome Collaboration, REVERSE_PRIMER: GGGGACAACTTTGTACAAGAAAGTTGGCAACTGGCACGTATTATAAATCTGAAT, FORWARD_PRIMER: GGGGACAACTTTGTACAAAAAAGTTGGCACCATGGCGCCGTCCTTGTG, XGC Collection: IRBH
Mutation / Discrepancy:
No / No
Publications:
None
Authors:
Center for Cancer Systems Biology
Cincinnati Children's Hospital Medical Center
MRC National Institute for Medical Research
University of Virginia School of Medicine
Aaron Zorn
David E. Hill
Michael J. Gilchrist
Todd Stukenberg
Xenopus Gene Collection
Cincinnati Children's Hospital Medical Center
MRC National Institute for Medical Research
University of Virginia School of Medicine
Aaron Zorn
David E. Hill
Michael J. Gilchrist
Todd Stukenberg
Xenopus Gene Collection
XlCD00709449
Price:
Login for Pricing
AVAILABLE
No restriction
Special MTA: None
Special MTA: None
Insert sequence: 5349nts
Open reading frame: 1 to 5349
ATGGCGCCGTCCTTGTGGCCATTTGGCCTTGTGATAACTGCCTTGGTCACAGGATCCGTT
TCCCAGATTCCTGACCAGCAACATGGATGTTCCCAAGGAAGCTGCTACCCTGCCACTGGA
GACTTGCTGGTGGGCCGAGCAGATAAACTCAAAGCTACATCAACCTGTGGCCTTCGGAGA
GCTCAGCCATACTGTATAGTCAGCCATTTGCAGGATGAAAAGAAATGCTTTGTCTGTGAC
TCTCGCAAACCCTACAACCCCTTGTATAACCCCATCAGCCACCGCATTGAAAACGTCATT
ACGACTTTTGCTCCTCAACGGAAAAAGGCATGGTGGCAGTCTGAAAATGGAGTTTCTGAG
GTCACTATTCAGCTAGATCTGGAGGCTGAATTTCACTTCACCCACCTGATCATGACCTTC
AAGACCTTCAGGCCGGCGGCTATGCTGGTGGAACGCTCTGCAGACTTTGGGCGCACCTGG
CAAATTTACCGTTACTTTGCACATGACTGTACCTCCTCTTTCCCAAACGTGTCCCGCAAC
ACCCTGAGGAAGGTGGACGACGTTATCTGTGAATCCCGTTACTCAGACATTGAGCCCTCC
ACGGAAGGAGAGGTCATTTACAGAGTTTTGGATCCAGCCATCCCGATCCGAGACCCATAT
GGTCCAAATATTCAAAACCTCTTGAAGATCACCAACCTCCGAATCAACTTTACCAAGCTG
CACACATTGGGTGACAACCTCCTGGATTCCCGCGTGGAGATCAAAGAGAAGTATTACTAT
GCCCTCTATGAGCTGGTGGTGCGAGGGAACTGCTTCTGCTACGGCCATGCTTCCGAATGT
GCGCCCATCGAAGGATTGTCCAGAGATTTCGAGGGCATGGTGCATGGAAGATGCGTGTGC
AAACACAACACCAAGGGGCTCAATTGTGAGCAATGTGATAGTTTCTTTAATGACCTTCCC
TGGAGACCAGCAGAAGGACGCAGCACCAATGCCTGTAAAAAGTGCAACTGCAACAATCAC
TCTCGCAAGTGTCACTTTGACATGGCTGTGTACCTGTCTACCGGGAATGTCAGTGGTGGG
GTGTGTGACGACTGTGTGCACAACACCATGGGCCGTAACTGTGAATTCTGCAAGCCATTC
TTCTACAAGGATCCAAGCAAGGACATTCGGGACAGTGCAGTATGCAAAGACTGTGACTGT
GACCCAGACGGGTCATTGGACGGGGGGCTGTGTGACGCCCAAGATAGCCCAGCTTTGGGT
CTCATTGCTGGACAGTGTCGATGCAAAGACTATGCTGAAGGCCCAAGATGTGATCGATGC
AAGACCGGATTCTTTGGCCTGAGTGCAAATAACTTTCAAGGCTGCCAAAGGTGCCAGTGT
GACCCAAGAGGTACAATCTCGGGCGGTGCCCAGTGTGACCCTATCAGCGGTGACTGTTTC
TGCAAACGCTTTGTGACCGGGAGAACATGCAACCAGTGTCTGCCAGAATTTTGGGCCCTC
AGTCATGACCTTCATGGGTGCAGATCTTGTGACTGTGATGTTGGCGGTGCCTGGGATAAT
CACTGTGCTATGGAGACTGGCCAGTGTCGATGCCGGAGTCATATGGTTGGCAGGCAATGT
AACCAGGTGAAATCTGGCTATTACCGAATACACTTGGATCATTACACATACGAGGCCGAA
TCTGCTGTGCATCGACAGGGATGTTCAGTGTTGGAGAGGGAACGTCCAATTGGTCGTCAG
GCCACATGGACCGGTCCTGGGTTTGCCCTGGTTCCAGAGGGTGGAATTCTGGAGTTCCAG
ATCAGCAACATTCCCTATTCTATGGAGTATGATGTCATCATCCGCTACGAACCCCAGCTT
TCAGCTATGTGGGAACAAGTAAAAATATCCATAATTAGACCAGGTCCTATCCCAACAAGC
AGCCCATGTGGTAATACCATCCCGGCTGATGATCAGATGGTGGCATCTCTACCCCCTGGC
ACAAGGCATGTGGTCCTGCCTCAGCCGGTTTGTCTGGAACGTGGAGTCAGTTACACTATT
CGACTGGAGTTTAGCAGATACAGTTCCAGAGAAAGGGTACCTGGAGCCAGCATATTGGTT
GATTCACTGGTGTTGGCTCCCAGATACTCGGCCATGGAAATGTTCATAGCCGGGGACCCC
GCGTCAATACAACGCAAGGACACTTTTGAACGTTATCGCTGCCACAGCAACAGTGGAAAT
GTGATAAAGTCACCTACCACCGAGGTGTGCTCCGGCCTCATCACAAGCATGTCGGCTGTC
ATTCACGAAGGAGCCCTGCCCTGCAGCTGTGACCCACAGGGATCTCTGAGCTCCGAATGT
GACCCCAATGGTGGGCAGTGCCAGTGTAAAACTAACGTCATTGGGCAGCGCTGTGACCGA
TGTGCACCAGGAACTTATGGATTTGGACCAACCGGGTGCCGAGTCTGTGAGTGCAATAAA
GAGGGATCCAGCCAGAATTTCTGCGACCAGCGCACGGGTCAGTGTCCTTGCCGGCAAGGA
GCATTTGGTTCCAGGTGCGACCGCTGCCAGCCTGGCCACTGGGGCTTCCCGAACTGCCGG
CAGTGTCAGTGCAACAGTCATTCGGAAGAGTGCGACCAGAGAACAGGGGCGTGTCTGAAC
TGCAGAGACCACAGCACAGGAGACAGATGTGAGAGATGCATTGCAGGCTTTTTTGGAAAC
CCAGTACTGGGATCAGGGGATCACTGCCGCCCCTGCCCCTGCCCAGAGGGACCCACCAGT
GGGCGACATTTCGCAGCATCCTGTCAACAAGACCCCCGTTCAAGACAAGTCATCTGTAAC
TGCAAACAGGGATACTCAGGTGTTCGCTGTGATGAATGTTCTCCAGGGTTCTTTGGAAAT
CCATTCCAGACTGGGGGCCGCTGTCTTCTTTGCCAGTGTAACAACAACATCGATATGACA
GATATTGGGGCTTGCGACCGTCGCAGTGGGCAGTGCCTCAAATGCAAGTTTAACACCGAA
GGGAGGTTTTGTGAGCACTGTCGAATTGGCTTTTATGGTGATGCATCAAGGCACAACTGC
AGAAAGTGTGCATGTAACTACCTTGGGACAGAACCAAGCCAGTGTCCTTCACGGGAAGAC
TGTATGTGTGACAGAACAAGTGGCCAGTGCCATTGCTTGCCAAATGTCATGGGACAGAAC
TGCGACCGTTGCAGTCCCAACTTTTGGAACCTGGCAAGCGGCAAGGGCTGTCAGCCGTGC
AACTGTGACCCCAACCATTCCTTCAGCCTAGCCTGCAATGAGTTTACTGGAAAATGTCAA
TGCCGGCCTGGATTTGGTGGTCTGACCTGTACAGATTGCCAGGAAAATTACTGGGGAAAT
CCCAATATTCAGTGCAGGGCTTGTGATTGTGATCGTCGTGGTATCAAGGCAGCACAGTGT
AACAGAGCCACTGGTCATTGCTCCTGCCGTGCTGGAGTGTCAGGAGTGCGTTGTGACCAG
TGTGCCCGGGGATTTTCCGGCCAGTTTCCTGATTGTCAGCCCTGCCATCAGTGTTTTGGA
GACTGGGACCGAATAGTTCAAGATCTGGCCACTCGTACTAAGAGCCTGGTTCAAAGAGGC
AAGGACATCCAGCTGAGTGGGATAGCCGGAGTGTACCAAAAGAATTTCCGTGACATTGAA
AAGAAACTTGCCAAGGCTCGGGCCATTGTCATTGCTCGTAATGCCACTGTGGAGTCAGTG
ACTCAACTAATGAAGATCATGGATGACCTGCGGAATAAAATTAATGAGTCAACGGAGGCT
CTCACGCAGTTAGAGGTGGAGCTGACGACTGTGCAGGATGAGAACTTTGATGCTAATCAT
GATCTGGCGGAGCTGGAAAGGAATGCTCGGAGTTTAAACATGACTGCCAAGGAGAGGTCC
CATCAGTTGGATGTTCTAAAGAACTCCAACTTTCTGGGTGCATATGACAGCATCCAGCAA
TCTCATGCAAAATCTAGACAGGCTGAAAAACAAGCCAATAATGCCACCACTAATGTTCCC
AGCCCTGTTAGCCATTCGGCCAGGACCAGGGAGAAGGCCCAGCAGCTAATCACCCACAAG
CGTGACGATTTCAACAGGAAGAATGCGGCTAATCGTCGGGCACTTAATGATTTGGCAGCT
AAAACAGACACCCTTGACATGAAGAAGATCAATGAGAAGGTCTGTGGTGCTCCAGGAGAT
GCCCCATGCTCTGAGAGCCCTTGTGGTGGAGCTGGCTGTCGTGATGATGAGGGGAACAGA
CATTGTGGTGGGTTGAACTGTAATGGAGCTGTGGCTACTGCTGACAATGCCTTGGGTCGA
GCACGCCATGCTGAAGAAGAACTTCAGAAAGCACTGGGAGAAGTAGAAGTGCTTTTTCGA
AAGGTGGCTGAAGCAAAGGTAAAGGCAGACAGAGCAAAACAGAGGGCACAGGCCACCCTC
GACAGAGCCAATGAAACAAAGGCAAGGGTGGAACAGTCCAATAAGGAGCTGCGGGAACTC
ATCCAGCAAATCAAAGACTTTCTGAACCAGGAAGGTGCAGACCCAGACAGCATTGAGATG
GTGGCAAGCCGTGTCCTGGATCTCACAATCCCAGCAACCCCAAAGCAGATACAACGTCTT
GCTGAAGAGATCAAGGACCGAGTGAAAACTCTTGCAAATGTGGATGCCATTCTGGACCAA
ACCACCGCTGACGTGCGCAAAGCAGAACAATTGCTGCACGAAGCCAAACGGGCCAAGAAC
CGAGCTGAAAATGTAAAGAACACGGCAGAGTCTGTTAAAAAGGCCCTGGATGATGCTAGG
AGAGCTCAGAATGCTGCAGAAGGTGCTATCCGAACTGCCAATAATGATATCAAAGACACG
GAGAGGAAATTAACAGCAATTCAGACAACAACATCTAGTGCAGAGAATTATCTAAATGAT
GCTATGGATCGAGTGGGAAATCTGGATAAACAAATTGATGCTCTGAAAATGAAAAGGGCC
AACAATAGCCTGGCTGCCAGCCGAGCAGAAGAATCTGCCACTGTGGCATTGGACAAAGCC
AATGATGCCAAGAAGATCTTAGAAGGGCAACTCGCGGACAAATACAAAACTGTTCAGAAT
GTCGTTGATCGGAAAGCCAAGAACATTAAAGACGCAAAGACAAAAGCGGACCAACTTCAA
GATGAGGCAAAGAAACTCTTAGATAATGCACAGGATAAACTAAAGAGATTGCAAGATTTG
GAAGTTGAATATACGAAGAATGAGAAACTTCTACAGGACAAAGCAAAACAGCTTAATGGC
CTAGAAGACAAGATGAAGGAAATCTTACATGGAATTAACCAACAGATTCAGATTTATAAT
ACGTGCCAGTAA
Protein sequence predicted based on nucleotide sequence
MAPSLWPFGLVITALVTGSVSQIPDQQHGCSQGSCYPATGDLLVGRADKLKATSTCGLRR AQPYCIVSHLQDEKKCFVCDSRKPYNPLYNPISHRIENVITTFAPQRKKAWWQSENGVSE VTIQLDLEAEFHFTHLIMTFKTFRPAAMLVERSADFGRTWQIYRYFAHDCTSSFPNVSRN TLRKVDDVICESRYSDIEPSTEGEVIYRVLDPAIPIRDPYGPNIQNLLKITNLRINFTKL HTLGDNLLDSRVEIKEKYYYALYELVVRGNCFCYGHASECAPIEGLSRDFEGMVHGRCVC KHNTKGLNCEQCDSFFNDLPWRPAEGRSTNACKKCNCNNHSRKCHFDMAVYLSTGNVSGG VCDDCVHNTMGRNCEFCKPFFYKDPSKDIRDSAVCKDCDCDPDGSLDGGLCDAQDSPALG LIAGQCRCKDYAEGPRCDRCKTGFFGLSANNFQGCQRCQCDPRGTISGGAQCDPISGDCF CKRFVTGRTCNQCLPEFWALSHDLHGCRSCDCDVGGAWDNHCAMETGQCRCRSHMVGRQC NQVKSGYYRIHLDHYTYEAESAVHRQGCSVLERERPIGRQATWTGPGFALVPEGGILEFQ ISNIPYSMEYDVIIRYEPQLSAMWEQVKISIIRPGPIPTSSPCGNTIPADDQMVASLPPG TRHVVLPQPVCLERGVSYTIRLEFSRYSSRERVPGASILVDSLVLAPRYSAMEMFIAGDP ASIQRKDTFERYRCHSNSGNVIKSPTTEVCSGLITSMSAVIHEGALPCSCDPQGSLSSEC DPNGGQCQCKTNVIGQRCDRCAPGTYGFGPTGCRVCECNKEGSSQNFCDQRTGQCPCRQG AFGSRCDRCQPGHWGFPNCRQCQCNSHSEECDQRTGACLNCRDHSTGDRCERCIAGFFGN PVLGSGDHCRPCPCPEGPTSGRHFAASCQQDPRSRQVICNCKQGYSGVRCDECSPGFFGN PFQTGGRCLLCQCNNNIDMTDIGACDRRSGQCLKCKFNTEGRFCEHCRIGFYGDASRHNC RKCACNYLGTEPSQCPSREDCMCDRTSGQCHCLPNVMGQNCDRCSPNFWNLASGKGCQPC NCDPNHSFSLACNEFTGKCQCRPGFGGLTCTDCQENYWGNPNIQCRACDCDRRGIKAAQC NRATGHCSCRAGVSGVRCDQCARGFSGQFPDCQPCHQCFGDWDRIVQDLATRTKSLVQRG KDIQLSGIAGVYQKNFRDIEKKLAKARAIVIARNATVESVTQLMKIMDDLRNKINESTEA LTQLEVELTTVQDENFDANHDLAELERNARSLNMTAKERSHQLDVLKNSNFLGAYDSIQQ SHAKSRQAEKQANNATTNVPSPVSHSARTREKAQQLITHKRDDFNRKNAANRRALNDLAA KTDTLDMKKINEKVCGAPGDAPCSESPCGGAGCRDDEGNRHCGGLNCNGAVATADNALGR ARHAEEELQKALGEVEVLFRKVAEAKVKADRAKQRAQATLDRANETKARVEQSNKELREL IQQIKDFLNQEGADPDSIEMVASRVLDLTIPATPKQIQRLAEEIKDRVKTLANVDAILDQ TTADVRKAEQLLHEAKRAKNRAENVKNTAESVKKALDDARRAQNAAEGAIRTANNDIKDT ERKLTAIQTTTSSAENYLNDAMDRVGNLDKQIDALKMKRANNSLAASRAEESATVALDKA NDAKKILEGQLADKYKTVQNVVDRKAKNIKDAKTKADQLQDEAKKLLDNAQDKLKRLQDL EVEYTKNEKLLQDKAKQLNGLEDKMKEILHGINQQIQIYNTCQ
Coding Sequence Details
Insert Sequence Verified?:
Y
Verification Method:
End read sequencing
Mutations:
None
Discrepancy:
None
5' Linker Sequence:
None
3' Linker Sequence:
None
Recommended Growth Condition:
Distributed in bacterial strain:
DH5-alpha T1 phage resistant
Antibiotic Selection:
Host Type:
bacterial
Marker:
spectinomycin
Bacterial Selection Condition:
100 ug/mL spectinomycin
Growth Condition:
Growth at 37 degrees C in LB supplemented with 100 ug/mL spectinomycin.
Comments:
None
Protein Expression Results:
None
Recommended expression in:
Not Applicable
Vector Name:
pDONR223
Synonyms:
''
Description:
Gateway®, donor (entry), recombinational cloning clone, bacterial expression expression with rrnB T2 and rrnB T1 and M13 forward and attP1 and ccdB and CmR and cat_promoter-var002 and attP2 and T7 promoter and M13 reverse and SpectR and ori; spectinomycin resistance in bacterial;
Comments:
pDONR223 contains several improvements over the original Donor vector pDONR201. In pDONR223, the universal Forward (Fwd) and Reverse (Rev) sequencing primer sites flank the attP1 and attP2 recombination sites, the replication origin has been improved to increase copy number, and the selectable marker is spectinomycin resistance (instead of kanamycin resistance in pDONR201), which permits the use of either ampicillin or kanamycin resistance markers in Destination vectors.
Size (bp):
5005
Parent Vector:
None
Properties:
Gateway, bacterial expression, donor (entry), recombinational cloning
Author Name:
Invitrogen
Publications:
None
Vector Map:
Vector Sequence:
Sequence:
Vector Features:
Type
Name
Description
Start
End
CDS
ccdB
CcdB, a bacterial toxin that poisons DNA gyrase
1197
1502
CDS
SmR
confers resistance to spectinomycin and streptomycin
3471
4262
CDS
CmR
confers resistance to chloramphenicol
1844
2503
Terminator
rrnB T2
transcription terminator T2 from the E. coli rrnB gene
268
295
Terminator
rrnB T1
transcription terminator T1 from the E. coli rrnB gene
387
473
primer_bind
M13 forward
common sequencing primer, one of multiple similar variants
537
553
primer_bind
M13 reverse
common sequencing primer, one of multiple similar variants
3024
3040
promoter
cat_promoter-var002
promoter of the E. coli cat gene encoding chloramphenicol acetyltransferase
2504
2606
promoter
T7 promoter
promoter for bacteriophage T7 RNA polymerase
3001
3019
protein binding site
attP1
recombination site for the Gateway BP reaction
570
801
protein binding site
attP2
recombination site for the Gateway BP reaction
2751
2982
rep_origin
ori
high-copy-number ColE1/pMB1/pBR322/pUC origin of replication
4355
4943
