Chro.60241 cDNA ORF clone, Cryptosporidium hominis TU502

Gene
Clones
gRNAs

Summary

Gene Symbol	Chro.60241
Entrez Gene ID	3415310
Full Name	transcription regulatory protein
Gene Type	protein-coding
Organism	Cryptosporidium hominis TU502

mRNA and Protein(s)

mRNA	Protein	Name
XM_662362.1	XP_667454.1	transcription regulatory protein

Pathways from BioSystems
Gene Ontology
Bibliography

Related articles in PubMed

The genome of Cryptosporidium hominis.
Xu P, Widmer G, Wang Y, Ozaki LS, Alves JM, Serrano MG, Puiu D, Manque P, Akiyoshi D, Mackey AJ, Pearson WR, Dear PH, Bankier AT, Peterson DL, Abrahamsen MS, Kapur V, Tzipori S, Buck GA
Nature431(7012)1107-12(2004 Oct)

GeneRIFs: Gene References Into Functions What's a GeneRIF?

The following Chro.60241 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Chro.60241 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
OCu01221	XM_662362.1 Latest version!	Cryptosporidium hominis TU502 transcription regulatory protein (Chro.60241) partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1301.30 $1859.00

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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

Reference Sequences (Refseq)

Chro.60241 ( XM_662362.1 ) cDNA ORF clone, Cryptosporidium hominis TU502 -> XP_667454.1 Cryptosporidium hominis TU502 transcription regulatory protein (Chro.60241) partial mRNA.

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CloneID	OCu01221
Clone ID Related Accession (Same CDS sequence)	XM_662362.1
Accession Version	XM_662362.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7986bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	1210867200000
Organism	Cryptosporidium hominis TU502
Product	transcription regulatory protein
Comment	Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. This record is derived from an annotated genomic sequence (NW_667394). COMPLETENESS: not full length.

ATGGTAGAAA AGAATCTCCC TTGTGGAGAA GATATTCCCA AGCGGCAACT TTTTGAAATA 
ATAAAGGAAA TTGGCCCAAG CAGCACGTCA AATCAAGAAA ACTTTGATGA GATTCTTCTA 
GGATGGATTA ACGACTCAAG CAACTTTAAA CGCGAGATTG CCACTTCATT CATTTATATG 
CTCAATGATA CATCAAAATA CAATAAGGAT CCAAAATATA AAGAAAAAGG CAGCGATGAT 
TTCTCTGAAG TTCTAAGAGC TAGATGGAAC GAGCTGAGTA ATAACAAAAA TGACCAAAAT 
TTATTGATTC AAAGCTCTAG AGAAGATATT AGGCTGGGGT GGAACTCTTC CGTTTTTGTG 
GAAGGAGTGA ACAAGATAAT GAAAATTCAA GAGTCCAAGA ATAAGCAATT TAATACTAAT 
TGGAATGACA TTATTGACGA AATCATTGAT AAAAGCGACT TACTAGATCT AACTGATAAT 
GATGGAAGCT TCGAATTATT TTGTTCACTT TTAGGTGAAT CATATCGAAG GGATGAAAAT 
AAAGTTTATA AACCAAAATA TAACGAACTG TATTATAAAT TAGACCCTTT TTTAAAAGAA 
TGGAAGAATC CCGATATTCA AGCTCTTTTT CTTTTGAAAA TCTGTAAAAC AAGCTATGAA 
ATAAATAACA GGAGTTATAA CTTACATCAA AAGGACTATT CAAGTGATAT ATTAGAGGAT 
ACATTAATAG AAAATGCAGT AAATTTTGAT TCAGTCTACA CTAATATGAG TAATTACTCA 
ATTATATTAG ATGCTAGCTT AAGGATTCAT AATTCGATTG TTTCAATGTT CGAATCAGAT 
GAATCCATTT TGGAACTCAT TAAAGATGGT TTACTCGGAA CCCCTTGTGA CGATATATTT 
AAATCTAAAT TACCAAAGAT TGGAATCTTT CACACTAAAG GTTCATGTGG ATTATTAATT 
TGTCATGATT TGCTAAGGGC CATCATTAAT ATATATAATC GAATTAATAA TCAGAGATTA 
TTAGAGCTCC TTCAACATCT TATTTTTTAT GAGATTCCAA GATATTCTCC TATTGGCCTA 
CTCTCATCTC TTGGAGCAAT TTATGATGAC CTTCCACAAA CCGTTTCTGT ATCTAGTGAC 
CTAGCTAACA AGATAAGTGA GTCGTTCGAT ATATTAGTGC CAAATAATAA GGTCACAAAG 
GTTTCGTTGA TTAAAATGGC AATTTACAGT GCTCAAGAGT TTATTATATT TCCTATTTCT 
AAAATAGTTG CAACTTCTCA TGAAAAAGAA TATGATATTG GTCCTCGTTT TGGAGTGATT 
ATGCAAATCA TTTTCGCCTC TTCAGAGAAA CACAGGAATG GTAATAGCCA ATCCCAGTTT 
ATGAGAGATT TTATCAGCCA AATTGCATTC TGTTACAGAA TTTCATCTGT TTTTCTAATT 
TCAAAGTTGA ACTCCCTCTC GAGGAGCTAC CTTTGGAAGT TCTTGGACTC TGAATGGAAG 
ACCTTACCTC AATTTTATAA AATGAATGTT TCTGATTGTT TGTCTCAAAT TTTGTCTAGA 
GATAAGCTTG ATTTATTGAA AGATTCAGAA TATTCTCATG AATCGATCGA CTATTATCAT 
TGGTGGTTTC TTTGTATCGA TATTGTTTTT TCTGGAATTA GTATATCTCA AAATTCCGAA 
TTGGGGTTAT CTTCTAGTAT ATGTGACGAA ATTAGCTCTC ACGCTGTTAA TGTCCTTTTT 
ACTCTATTTA AAGAAGAACT AGAGGGTAAA AATATTGAAA CTCCACTATT TATTATTGCT 
ATTATGGACT ATATCCGGGC CAGGCTTGTA TACATGACTT ACGCTTCAGC TGAACTTCAA 
ACTATTCTAG TAAATAGAAG AACATCATTA CCTTTCTTTT CGGTTGATAA AGCTGCAAGT 
TTTAAAGTTT TTGCTGCAAG AGTTGTTCGT AGGAATTTAT CTTTAGGTTC ATCTCAGCTA 
TATCAGCCTA AAGAATGCTG GATTTCTTCG CTTGAAACTC CCTCATTCAA GTTTTCCTGT 
TGGCGTATTA GCTCATCTTC TATCCTCGCG ATTCAAGAAG CAATTTTGAA GTTTGGAGTA 
AGCACTAAAG GATATGAAAG CACCCCTATC TCTGAGCTTC ATGATGCTTT ACTTGAATTT 
GAGAAGATTA AAGATAAAAA TAATTCGCAA GATAAAAATA ACTCCTTGGG CTCTATTAAT 
AAAGATGTTA GCTCCGAAAT TATGTTGAAT TCTTCCGTAA ATGAAAAAGA TGAAAAAACC 
CTTAATAATA TTTCACAAAC TTTATTCACC AATAACGATT CAGAACACAA AAACTCCACA 
AAAATTAATA GTAAATCTGA ACTGATAGAG GCTGAAAATG AAGGAAATGG ATTTGAAATC 
AATCAAGTCA ACGATTTTCT AACAAAATGT TATTTAGGTG AAGTTAATAC ATCTGAATTA 
ACAGTTGAGT TGAAAAAAAT GCACTCTCTT TCAAACCACC CAGGTAAAAA TGTTAAAATC 
TTCAATACTT TCCTTCAAAC GTTATTTGAT GAATGTAGAT CCTATCCTAA ATATCCTAAT 
CCAGAGCTTA AAATTACTGC AGAAATTCTT GGGATTTTAG TTAAGGAGGA TCTACTTATT 
TCATTTGGAA ATGCACTAGT GTTTGTATTG CGATGCATTA TTGAAGCACT TAGAAAAGGG 
CATTGGACCA AAATGTTTTG TTTTGGAGTA TTTGCTATGG AAATGTTTAT AGACAGATTT 
ATTTCTTTCC CCCAATTTCT CTCTGCAATA ATTAATATGT CTCAACATTT AAAACATGCA 
ATAGAACCGT ATGTTACTTA TTGCGAGTCT TGTATTGCCA TCCTTCCAGA AAATCTAAAG 
AATAAGTTAT ACATTGAAAG GAGTGTAATG GAGTCTCTTA ACTTAGATAT CCCACCAAAA 
CCAGAAAGTC TTATTTCAAA GGTGCACCCA GAGATGATCA ACTTTGAATT CAGACAAAAG 
GAGACTAGCG AAAGTCCTTG TAAACCAAAT ATGTCGATTG ACAAGCTTGG AAGTTTTATC 
ACCTTAAATC TTTCAGAAAG GAAGGTGCTT CCAACTGGAA TTACAATTGA TCAACTTCAA 
GGCTTTGGTT TGGGTAGTTT AGAAAAATTA ATGAATGATC CTGAAATATT AAACGCGCTA 
GTAACTCCCT CCGAAAATGT AATTGAACAC ATTTTCACGA TATGTAATAC TCTTGCGAGC 
ACGAACATCG AAACTAAAGC TATCGAAATG GCTGATATTC TAAATAAAAA CCCGGAATAT 
TGTCATTGGT TTGCGTTTTA TCTCGTGAAG AATAGGGCAT CTAAGGAAAA GAATAACCAT 
TCTACATATA TCAACTTCTT AATTAAATTG GATAAACTGA TGCCAAAAAA TTCAGATTTA 
TTGCTCGAGG AAAAAACTGA ATCGGATATT CCACTAACTC ATAAAGGAAA TGAAGAAAGT 
AAAATAAACA TAATTGAAAT TACTACTCTT GCCAGTTATG ACTGTATTAA GGCTTTGCTG 
CGATATGCAA GTATATTGAA TGATGTCTCC TCATTCTTAA ATGTACTACG TCATTTAGGC 
TACTGGCTAG GGCAAATTAC AATAGGAATT AACCGTCCGA TTATCCACAA ATACCTAAAC 
CCCAGACAAT TGCTTATAGA TAGCTATTCT AGAGGTTGCA TAGCCTCTGT CCTACCTTTT 
ATTTGTAAAA TATTGGAGAA TATTAAAGGA AGCTACTATT ATCCGCCAAA CCCTTGGACA 
AACAATATTT TATATGCACT AGCCGAAATT CATTCGCTTG CGAATAATTC AAACTCTCAT 
ATGTTCGAGG TAGAACTTTT ATTTAAGCAA CTGGAGCTTA ATCTAGATGA TTATGTTGGT 
AAGTCAAACT ACCTAGGTTT GAGCAGCCAT ACAGACTATA TTGAGCATAA GGCTCTGGGA 
GAAAAACAAA GAGGTCATAA TATTTATCCA AAGACCCAGA CAGAGCATAA TTCTCACATA 
ACTTTAGGAA GCTCATTTGA GCGTCCAAAT ACTATTAATG TAATTAACAG CTCTTTAAAC 
CAATCTGCTA GCTTATATCA ACTAAGTGCC AATATTGGAG ATGCACAACT TGCCTCGACC 
TTCATGCCGC CTAATCATTC ATCCCAAATG ATGCATCAAC AAACTCCACA GCAGATACCA 
TCATCCGACA TACAATTTTG GGCCAACAAA GTACTAATTT CTCCCTCTAT TGTATTATTT 
CAGATACAAC CATCGCTCAG GCCTTTGGTA CCACTAGCTT TAGACAGATC AATAAGAGAA 
ATACTACAGG TTGTGATTCC AAGGTCAGTT AGAATTGCTG CAATTACTAC TAAAGAAATT 
ATCGGCAAAG AATTTGCTTT TGAGGCTGAT GAAAACATCT ATAAAAGAGC AGCACATCTG 
ATGGTCGCCG CTTTATCTGG CTCTATGGCT ATTGCAGCAT GTCGTGAACC CCTTAGAGTT 
GCATTTACTG CTCAACTAAG ACAAGTATTA CACCCAACAC CATCAAGAGA TGGTGAGGAC 
CATGTATTAA TTGAACAAGT TGTCCAAGTC ATTTGCAGTG ATAATATTGA TTTAGGTTGC 
CAGATCATCG AACAGGCCGT GGTTGAAAAA GCTATTGAAG AACTAGACGA AGTTATCTCT 
CCAGGAATTA TTGCAAGGAG GAAATCCAGA GAAACCGGGC ATCAATTCGT TGATACAGAC 
TTTTACGGAG GACCGAACAC TCAGAATTCC GCTACTTTTT GGTCATCACT ACCTGAAAAT 
TTAAAATACA GACATAATTC TATGAGACAT TTGCAGCTTT ATAAAGATTT CTTACAATTC 
ACCTTAATGA GAAATTTGGA AAGGAGGGAT TCTGTTACCC AATATGAGCT ACAGAACAGT 
TTACAATCAA ATCAAATAAC ACCTCTATAT CAGCATGGAA GTAATGACCA ATTCAATAGC 
CAAACCCAAC AATGGAATAA TTCTAACGCA ATTCAATTCT CACACCAAGC TGAAAGTATC 
CAAAATTTCA ATACGGTTAG GAGTGACAAT ACAAGCTCCC AAATGCCTTC TTCTAATCAT 
TCCCAAATGA ATACCTCGTC TTCAACTATT GTACAACCTC CAGAACCTGT AAGGGTACCT 
CTTGTTTTTG AATTGGCATA TCTGCCTCTA ATGATGCGTG TTGACGAATG TTTGGGTCAA 
ATAAAGGATG TAATACGCGA GATTGCCCTA TATCCTCCGA TTTTCTCCAA ACAGCTGATT 
CCTCCAGTAA GCAATAATTT AAGCGAAGGA ATGTCTGTTA ACCAGAATGT ATACTCAAAA 
CCTCTCGGGT CTAATATTCT TACATATACT CCAAAATCAA CCGCACATCC AGTTCTTTCT 
GTGTTATCTT CTCTCCAATC TGACCACATT TTATTTTATT TATGCAGGGT ATTATATTCG 
ATTGGAAAAT CTGCGTCACA AAGAGAAGAT GTTTTGATTG GAATCTCTCA AAAATTGTTT 
AAAACACTTT TTGATGCAGG CGCCGCCTTT CAGCAGAGTA CAACAGGTAT ACTTCCCTCG 
AGTAGATGTA TTGCCTCTTC GCTTGGTTTC GATGCAGCTT TGTTACATAT CGAGGTATTT 
CTGGCGCTAT GTAATCAAAT TTCGTATTAT AGCTCAAAAT TTTGGCTGAA GCTTAGGAAA 
GAGGCAATAG GATGGTTTAT TTACACTATA GAGGATCCAA AATATTCCGT TGATATTGTA 
ATTGGTGCAT TGAGATATGA TCTTATCTCC TCAGATGAAC TTGATGTTTC TCTATCAAAC 
ATTTTAGAAA CTGCAATTTC TACGCTTAAT GACTCTAATC CAGCAATCGG TGGAAATAGT 
AGATGTTTGA GAATTGTCGA GTTTATTTAC AAACTGTTTT TCAGAAGTAT TGAAGATTGG 
CACTACCCAA TTACTAAGAA GTTACCAAGC ACTACTAAAA ACTTGAATCG ATTATCAAAT 
AACAGTGTAG CCTTCCAAAA CAGTAATTTT TCTGCAATAC CAATAGTGCT ACCAGGGCTT 
TATTATAAGC CATACTCTTA TACAACTAAT CTGGGAGAAC TTAAGAATAA AGTAGAAAGT 
ATTCTATTGG AATTGGAATC CAACAAGTCA ATTACGTTTC ATGAAATGTG GATAGGTGAC 
CAATGTCCAG AGATTTTGAA CTTTTACTCA GTAATTCAGT GTAATTTGGA TACAATATTG 
AACCCGAGAT ATATTGCGTT ACCTACCCCT ATTAAACCAC CTCCTGATAT TTCGAAAGGA 
ATCAACACGA TTTTCGATGA GTGGATATTG CTATTGAGAA TAACAATTTT TAATGGAGTT 
GGAGGTTCCG AGCGTAATAA TCCATACAGA AATCTATTTC TTCAAAGGCT TTCTAGGCAA 
GGTCTACTAA GAATGGATGA CACTACAGAA AAATTGTTTA CTGTTTGTAT TGAGAGAGCA 
ATTTATTTAA GCTTAAATCA TGATAGTGAC TCAGACGCCT TGAATAACTC TATTTCGGAA 
AATGCATATG ACTCACGTAA TATGGATCCG TTCCCAATAG ATTCATTGGT TAGATTGATT 
ACAACTATGG CAAGGTATGT AGATCCACAG CAAATGGCTG CAGTAGTAAT AACACACAAA 
TTTCTTTCAA TACTTACTAG AGTTATTCAT AAGGATGCAG AGTCACATGG CTTTAATCAA 
AGACCATATT ATAGGATTTT TTACTCTTTG TTACAAGAAT ATGAAAGTAT AGGATTCAAT 
ACTGAAATGA TACACTTTAC CTGCATTCTA AGTGTAGTTC ATCACCTTCA ATATTTAAAT 
CCTAACAGGG TCCCCGGATT TGCATATTCT TGGATCCAGA TTATCTCAAG TAACCGATTT 
TTCCCGTACC TACTACGCCA TGTAAAAGGT TGGCAACCTT ATCAAGCTCT ATTATTGCAA 
ATCTTCATTT TTATTTCGCC ATTCTTGAGA AGTGTACAGC TATCAAGTAA CATTAAAACA 
ATTTATGGTG CGCTACTCCG TATCCTACTG GTATTACTAC ACGACTTTCC TGAGTTTCTT 
TGTGACTACA GTTGCAGTTT CTGCGATGTC TTGCCTGTTA ACTGCATACA AATTAGAAAC 
CTAATCTTAT CCGCATTCCC AAGAAACATG AAACTGCCTG ATCCATTTTT ACCTACCTTG 
AAAATTGAAA ATCTTCCCGA GATGAAGCTA ATCCCCAGAA TGATTGCAAA TTATGGTGCT 
TATATTTTGT ACAAGGATCT AAAGGTAAAC ATAGATAAAT TCTGGATTAC CAGAGATGCA 
TCAATTCTTC CCCTCATCAC AGAAACTATT AAAATGCCAA GGGATGAAGC ACTTAAATGT 
GGTACTAAAT ACTCTTTCCC GATAATAACA GGTTTATTGC TTTATATTGG GATATATCTC 
CCAAATGGAA ATGAATCTAA TTCAAGCATT GACGGTTCTC ATAATGGGAT ATTTAATGTC 
TTTAATTCCG ATCCATCAAC TAACTCGATT GAATCTGCAT CGAAACTGGA CCAAACACCA 
AACCTAAAAA GTGATCAATT AGAAACTTTT GAAGATCCGT CCCTTTCAAT AATTCTATTT 
CTTTGTAAGG ACCTGGATAT GGAAGGGCGT TTTGTCCTCA TATCTGCAAT CACAAATTTT 
CTTGGATATC CTAATTCTTA CACATACTAC TTTAGCTCAC TTATTTTATG GTTGTTTTCT 
AAAAGCAATG ACTCTATTGT ACAAGAACAA ATCACAAGGA TACTTCTAGA AAGGCTTATT 
GTGCACAGGC CACATCCATG GGGTCTTTTA ATAACATTTA TTGAGTTGAT TAAGAATCCA 
AAATACGCAT TTTGGAGCTG TTCATTTGTG CATCTGGCTC CGGAAGTTGA GAAGCTCTTT 
CAGTCTGTTG CTCAAACCTG TTTAGGTCAA GCCCCTAATA AGACGAATTT GGTGAACCAT 
ACATAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_667454.1
CDS	1..7986
Translation	MVEKNLPCGEDIPKRQLFEIIKEIGPSSTSNQENFDEILLGWINDSSNFKREIATSFIYMLNDTSKYNKDPKYKEKGSDDFSEVLRARWNELSNNKNDQNLLIQSSREDIRLGWNSSVFVEGVNKIMKIQESKNKQFNTNWNDIIDEIIDKSDLLDLTDNDGSFELFCSLLGESYRRDENKVYKPKYNELYYKLDPFLKEWKNPDIQALFLLKICKTSYEINNRSYNLHQKDYSSDILEDTLIENAVNFDSVYTNMSNYSIILDASLRIHNSIVSMFESDESILELIKDGLLGTPCDDIFKSKLPKIGIFHTKGSCGLLICHDLLRAIINIYNRINNQRLLELLQHLIFYEIPRYSPIGLLSSLGAIYDDLPQTVSVSSDLANKISESFDILVPNNKVTKVSLIKMAIYSAQEFIIFPISKIVATSHEKEYDIGPRFGVIMQIIFASSEKHRNGNSQSQFMRDFISQIAFCYRISSVFLISKLNSLSRSYLWKFLDSEWKTLPQFYKMNVSDCLSQILSRDKLDLLKDSEYSHESIDYYHWWFLCIDIVFSGISISQNSELGLSSSICDEISSHAVNVLFTLFKEELEGKNIETPLFIIAIMDYIRARLVYMTYASAELQTILVNRRTSLPFFSVDKAASFKVFAARVVRRNLSLGSSQLYQPKECWISSLETPSFKFSCWRISSSSILAIQEAILKFGVSTKGYESTPISELHDALLEFEKIKDKNNSQDKNNSLGSINKDVSSEIMLNSSVNEKDEKTLNNISQTLFTNNDSEHKNSTKINSKSELIEAENEGNGFEINQVNDFLTKCYLGEVNTSELTVELKKMHSLSNHPGKNVKIFNTFLQTLFDECRSYPKYPNPELKITAEILGILVKEDLLISFGNALVFVLRCIIEALRKGHWTKMFCFGVFAMEMFIDRFISFPQFLSAIINMSQHLKHAIEPYVTYCESCIAILPENLKNKLYIERSVMESLNLDIPPKPESLISKVHPEMINFEFRQKETSESPCKPNMSIDKLGSFITLNLSERKVLPTGITIDQLQGFGLGSLEKLMNDPEILNALVTPSENVIEHIFTICNTLASTNIETKAIEMADILNKNPEYCHWFAFYLVKNRASKEKNNHSTYINFLIKLDKLMPKNSDLLLEEKTESDIPLTHKGNEESKINIIEITTLASYDCIKALLRYASILNDVSSFLNVLRHLGYWLGQITIGINRPIIHKYLNPRQLLIDSYSRGCIASVLPFICKILENIKGSYYYPPNPWTNNILYALAEIHSLANNSNSHMFEVELLFKQLELNLDDYVGKSNYLGLSSHTDYIEHKALGEKQRGHNIYPKTQTEHNSHITLGSSFERPNTINVINSSLNQSASLYQLSANIGDAQLASTFMPPNHSSQMMHQQTPQQIPSSDIQFWANKVLISPSIVLFQIQPSLRPLVPLALDRSIREILQVVIPRSVRIAAITTKEIIGKEFAFEADENIYKRAAHLMVAALSGSMAIAACREPLRVAFTAQLRQVLHPTPSRDGEDHVLIEQVVQVICSDNIDLGCQIIEQAVVEKAIEELDEVISPGIIARRKSRETGHQFVDTDFYGGPNTQNSATFWSSLPENLKYRHNSMRHLQLYKDFLQFTLMRNLERRDSVTQYELQNSLQSNQITPLYQHGSNDQFNSQTQQWNNSNAIQFSHQAESIQNFNTVRSDNTSSQMPSSNHSQMNTSSSTIVQPPEPVRVPLVFELAYLPLMMRVDECLGQIKDVIREIALYPPIFSKQLIPPVSNNLSEGMSVNQNVYSKPLGSNILTYTPKSTAHPVLSVLSSLQSDHILFYLCRVLYSIGKSASQREDVLIGISQKLFKTLFDAGAAFQQSTTGILPSSRCIASSLGFDAALLHIEVFLALCNQISYYSSKFWLKLRKEAIGWFIYTIEDPKYSVDIVIGALRYDLISSDELDVSLSNILETAISTLNDSNPAIGGNSRCLRIVEFIYKLFFRSIEDWHYPITKKLPSTTKNLNRLSNNSVAFQNSNFSAIPIVLPGLYYKPYSYTTNLGELKNKVESILLELESNKSITFHEMWIGDQCPEILNFYSVIQCNLDTILNPRYIALPTPIKPPPDISKGINTIFDEWILLLRITIFNGVGGSERNNPYRNLFLQRLSRQGLLRMDDTTEKLFTVCIERAIYLSLNHDSDSDALNNSISENAYDSRNMDPFPIDSLVRLITTMARYVDPQQMAAVVITHKFLSILTRVIHKDAESHGFNQRPYYRIFYSLLQEYESIGFNTEMIHFTCILSVVHHLQYLNPNRVPGFAYSWIQIISSNRFFPYLLRHVKGWQPYQALLLQIFIFISPFLRSVQLSSNIKTIYGALLRILLVLLHDFPEFLCDYSCSFCDVLPVNCIQIRNLILSAFPRNMKLPDPFLPTLKIENLPEMKLIPRMIANYGAYILYKDLKVNIDKFWITRDASILPLITETIKMPRDEALKCGTKYSFPIITGLLLYIGIYLPNGNESNSSIDGSHNGIFNVFNSDPSTNSIESASKLDQTPNLKSDQLETFEDPSLSIILFLCKDLDMEGRFVLISAITNFLGYPNSYTYYFSSLILWLFSKSNDSIVQEQITRILLERLIVHRPHPWGLLITFIELIKNPKYAFWSCSFVHLAPEVEKLFQSVAQTCLGQAPNKTNLVNHT

Target ORF information:

RefSeq Version	XM_662362.1
Organism	Cryptosporidium hominis TU502
Definition	Cryptosporidium hominis TU502 transcription regulatory protein (Chro.60241) partial mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_662362.1

ORF Insert Sequence:

ATGGTAGAAA AGAATCTCCC TTGTGGAGAA GATATTCCCA AGCGGCAACT TTTTGAAATA 
ATAAAGGAAA TTGGCCCAAG CAGCACGTCA AATCAAGAAA ACTTTGATGA GATTCTTCTA 
GGATGGATTA ACGACTCAAG CAACTTTAAA CGCGAGATTG CCACTTCATT CATTTATATG 
CTCAATGATA CATCAAAATA CAATAAGGAT CCAAAATATA AAGAAAAAGG CAGCGATGAT 
TTCTCTGAAG TTCTAAGAGC TAGATGGAAC GAGCTGAGTA ATAACAAAAA TGACCAAAAT 
TTATTGATTC AAAGCTCTAG AGAAGATATT AGGCTGGGGT GGAACTCTTC CGTTTTTGTG 
GAAGGAGTGA ACAAGATAAT GAAAATTCAA GAGTCCAAGA ATAAGCAATT TAATACTAAT 
TGGAATGACA TTATTGACGA AATCATTGAT AAAAGCGACT TACTAGATCT AACTGATAAT 
GATGGAAGCT TCGAATTATT TTGTTCACTT TTAGGTGAAT CATATCGAAG GGATGAAAAT 
AAAGTTTATA AACCAAAATA TAACGAACTG TATTATAAAT TAGACCCTTT TTTAAAAGAA 
TGGAAGAATC CCGATATTCA AGCTCTTTTT CTTTTGAAAA TCTGTAAAAC AAGCTATGAA 
ATAAATAACA GGAGTTATAA CTTACATCAA AAGGACTATT CAAGTGATAT ATTAGAGGAT 
ACATTAATAG AAAATGCAGT AAATTTTGAT TCAGTCTACA CTAATATGAG TAATTACTCA 
ATTATATTAG ATGCTAGCTT AAGGATTCAT AATTCGATTG TTTCAATGTT CGAATCAGAT 
GAATCCATTT TGGAACTCAT TAAAGATGGT TTACTCGGAA CCCCTTGTGA CGATATATTT 
AAATCTAAAT TACCAAAGAT TGGAATCTTT CACACTAAAG GTTCATGTGG ATTATTAATT 
TGTCATGATT TGCTAAGGGC CATCATTAAT ATATATAATC GAATTAATAA TCAGAGATTA 
TTAGAGCTCC TTCAACATCT TATTTTTTAT GAGATTCCAA GATATTCTCC TATTGGCCTA 
CTCTCATCTC TTGGAGCAAT TTATGATGAC CTTCCACAAA CCGTTTCTGT ATCTAGTGAC 
CTAGCTAACA AGATAAGTGA GTCGTTCGAT ATATTAGTGC CAAATAATAA GGTCACAAAG 
GTTTCGTTGA TTAAAATGGC AATTTACAGT GCTCAAGAGT TTATTATATT TCCTATTTCT 
AAAATAGTTG CAACTTCTCA TGAAAAAGAA TATGATATTG GTCCTCGTTT TGGAGTGATT 
ATGCAAATCA TTTTCGCCTC TTCAGAGAAA CACAGGAATG GTAATAGCCA ATCCCAGTTT 
ATGAGAGATT TTATCAGCCA AATTGCATTC TGTTACAGAA TTTCATCTGT TTTTCTAATT 
TCAAAGTTGA ACTCCCTCTC GAGGAGCTAC CTTTGGAAGT TCTTGGACTC TGAATGGAAG 
ACCTTACCTC AATTTTATAA AATGAATGTT TCTGATTGTT TGTCTCAAAT TTTGTCTAGA 
GATAAGCTTG ATTTATTGAA AGATTCAGAA TATTCTCATG AATCGATCGA CTATTATCAT 
TGGTGGTTTC TTTGTATCGA TATTGTTTTT TCTGGAATTA GTATATCTCA AAATTCCGAA 
TTGGGGTTAT CTTCTAGTAT ATGTGACGAA ATTAGCTCTC ACGCTGTTAA TGTCCTTTTT 
ACTCTATTTA AAGAAGAACT AGAGGGTAAA AATATTGAAA CTCCACTATT TATTATTGCT 
ATTATGGACT ATATCCGGGC CAGGCTTGTA TACATGACTT ACGCTTCAGC TGAACTTCAA 
ACTATTCTAG TAAATAGAAG AACATCATTA CCTTTCTTTT CGGTTGATAA AGCTGCAAGT 
TTTAAAGTTT TTGCTGCAAG AGTTGTTCGT AGGAATTTAT CTTTAGGTTC ATCTCAGCTA 
TATCAGCCTA AAGAATGCTG GATTTCTTCG CTTGAAACTC CCTCATTCAA GTTTTCCTGT 
TGGCGTATTA GCTCATCTTC TATCCTCGCG ATTCAAGAAG CAATTTTGAA GTTTGGAGTA 
AGCACTAAAG GATATGAAAG CACCCCTATC TCTGAGCTTC ATGATGCTTT ACTTGAATTT 
GAGAAGATTA AAGATAAAAA TAATTCGCAA GATAAAAATA ACTCCTTGGG CTCTATTAAT 
AAAGATGTTA GCTCCGAAAT TATGTTGAAT TCTTCCGTAA ATGAAAAAGA TGAAAAAACC 
CTTAATAATA TTTCACAAAC TTTATTCACC AATAACGATT CAGAACACAA AAACTCCACA 
AAAATTAATA GTAAATCTGA ACTGATAGAG GCTGAAAATG AAGGAAATGG ATTTGAAATC 
AATCAAGTCA ACGATTTTCT AACAAAATGT TATTTAGGTG AAGTTAATAC ATCTGAATTA 
ACAGTTGAGT TGAAAAAAAT GCACTCTCTT TCAAACCACC CAGGTAAAAA TGTTAAAATC 
TTCAATACTT TCCTTCAAAC GTTATTTGAT GAATGTAGAT CCTATCCTAA ATATCCTAAT 
CCAGAGCTTA AAATTACTGC AGAAATTCTT GGGATTTTAG TTAAGGAGGA TCTACTTATT 
TCATTTGGAA ATGCACTAGT GTTTGTATTG CGATGCATTA TTGAAGCACT TAGAAAAGGG 
CATTGGACCA AAATGTTTTG TTTTGGAGTA TTTGCTATGG AAATGTTTAT AGACAGATTT 
ATTTCTTTCC CCCAATTTCT CTCTGCAATA ATTAATATGT CTCAACATTT AAAACATGCA 
ATAGAACCGT ATGTTACTTA TTGCGAGTCT TGTATTGCCA TCCTTCCAGA AAATCTAAAG 
AATAAGTTAT ACATTGAAAG GAGTGTAATG GAGTCTCTTA ACTTAGATAT CCCACCAAAA 
CCAGAAAGTC TTATTTCAAA GGTGCACCCA GAGATGATCA ACTTTGAATT CAGACAAAAG 
GAGACTAGCG AAAGTCCTTG TAAACCAAAT ATGTCGATTG ACAAGCTTGG AAGTTTTATC 
ACCTTAAATC TTTCAGAAAG GAAGGTGCTT CCAACTGGAA TTACAATTGA TCAACTTCAA 
GGCTTTGGTT TGGGTAGTTT AGAAAAATTA ATGAATGATC CTGAAATATT AAACGCGCTA 
GTAACTCCCT CCGAAAATGT AATTGAACAC ATTTTCACGA TATGTAATAC TCTTGCGAGC 
ACGAACATCG AAACTAAAGC TATCGAAATG GCTGATATTC TAAATAAAAA CCCGGAATAT 
TGTCATTGGT TTGCGTTTTA TCTCGTGAAG AATAGGGCAT CTAAGGAAAA GAATAACCAT 
TCTACATATA TCAACTTCTT AATTAAATTG GATAAACTGA TGCCAAAAAA TTCAGATTTA 
TTGCTCGAGG AAAAAACTGA ATCGGATATT CCACTAACTC ATAAAGGAAA TGAAGAAAGT 
AAAATAAACA TAATTGAAAT TACTACTCTT GCCAGTTATG ACTGTATTAA GGCTTTGCTG 
CGATATGCAA GTATATTGAA TGATGTCTCC TCATTCTTAA ATGTACTACG TCATTTAGGC 
TACTGGCTAG GGCAAATTAC AATAGGAATT AACCGTCCGA TTATCCACAA ATACCTAAAC 
CCCAGACAAT TGCTTATAGA TAGCTATTCT AGAGGTTGCA TAGCCTCTGT CCTACCTTTT 
ATTTGTAAAA TATTGGAGAA TATTAAAGGA AGCTACTATT ATCCGCCAAA CCCTTGGACA 
AACAATATTT TATATGCACT AGCCGAAATT CATTCGCTTG CGAATAATTC AAACTCTCAT 
ATGTTCGAGG TAGAACTTTT ATTTAAGCAA CTGGAGCTTA ATCTAGATGA TTATGTTGGT 
AAGTCAAACT ACCTAGGTTT GAGCAGCCAT ACAGACTATA TTGAGCATAA GGCTCTGGGA 
GAAAAACAAA GAGGTCATAA TATTTATCCA AAGACCCAGA CAGAGCATAA TTCTCACATA 
ACTTTAGGAA GCTCATTTGA GCGTCCAAAT ACTATTAATG TAATTAACAG CTCTTTAAAC 
CAATCTGCTA GCTTATATCA ACTAAGTGCC AATATTGGAG ATGCACAACT TGCCTCGACC 
TTCATGCCGC CTAATCATTC ATCCCAAATG ATGCATCAAC AAACTCCACA GCAGATACCA 
TCATCCGACA TACAATTTTG GGCCAACAAA GTACTAATTT CTCCCTCTAT TGTATTATTT 
CAGATACAAC CATCGCTCAG GCCTTTGGTA CCACTAGCTT TAGACAGATC AATAAGAGAA 
ATACTACAGG TTGTGATTCC AAGGTCAGTT AGAATTGCTG CAATTACTAC TAAAGAAATT 
ATCGGCAAAG AATTTGCTTT TGAGGCTGAT GAAAACATCT ATAAAAGAGC AGCACATCTG 
ATGGTCGCCG CTTTATCTGG CTCTATGGCT ATTGCAGCAT GTCGTGAACC CCTTAGAGTT 
GCATTTACTG CTCAACTAAG ACAAGTATTA CACCCAACAC CATCAAGAGA TGGTGAGGAC 
CATGTATTAA TTGAACAAGT TGTCCAAGTC ATTTGCAGTG ATAATATTGA TTTAGGTTGC 
CAGATCATCG AACAGGCCGT GGTTGAAAAA GCTATTGAAG AACTAGACGA AGTTATCTCT 
CCAGGAATTA TTGCAAGGAG GAAATCCAGA GAAACCGGGC ATCAATTCGT TGATACAGAC 
TTTTACGGAG GACCGAACAC TCAGAATTCC GCTACTTTTT GGTCATCACT ACCTGAAAAT 
TTAAAATACA GACATAATTC TATGAGACAT TTGCAGCTTT ATAAAGATTT CTTACAATTC 
ACCTTAATGA GAAATTTGGA AAGGAGGGAT TCTGTTACCC AATATGAGCT ACAGAACAGT 
TTACAATCAA ATCAAATAAC ACCTCTATAT CAGCATGGAA GTAATGACCA ATTCAATAGC 
CAAACCCAAC AATGGAATAA TTCTAACGCA ATTCAATTCT CACACCAAGC TGAAAGTATC 
CAAAATTTCA ATACGGTTAG GAGTGACAAT ACAAGCTCCC AAATGCCTTC TTCTAATCAT 
TCCCAAATGA ATACCTCGTC TTCAACTATT GTACAACCTC CAGAACCTGT AAGGGTACCT 
CTTGTTTTTG AATTGGCATA TCTGCCTCTA ATGATGCGTG TTGACGAATG TTTGGGTCAA 
ATAAAGGATG TAATACGCGA GATTGCCCTA TATCCTCCGA TTTTCTCCAA ACAGCTGATT 
CCTCCAGTAA GCAATAATTT AAGCGAAGGA ATGTCTGTTA ACCAGAATGT ATACTCAAAA 
CCTCTCGGGT CTAATATTCT TACATATACT CCAAAATCAA CCGCACATCC AGTTCTTTCT 
GTGTTATCTT CTCTCCAATC TGACCACATT TTATTTTATT TATGCAGGGT ATTATATTCG 
ATTGGAAAAT CTGCGTCACA AAGAGAAGAT GTTTTGATTG GAATCTCTCA AAAATTGTTT 
AAAACACTTT TTGATGCAGG CGCCGCCTTT CAGCAGAGTA CAACAGGTAT ACTTCCCTCG 
AGTAGATGTA TTGCCTCTTC GCTTGGTTTC GATGCAGCTT TGTTACATAT CGAGGTATTT 
CTGGCGCTAT GTAATCAAAT TTCGTATTAT AGCTCAAAAT TTTGGCTGAA GCTTAGGAAA 
GAGGCAATAG GATGGTTTAT TTACACTATA GAGGATCCAA AATATTCCGT TGATATTGTA 
ATTGGTGCAT TGAGATATGA TCTTATCTCC TCAGATGAAC TTGATGTTTC TCTATCAAAC 
ATTTTAGAAA CTGCAATTTC TACGCTTAAT GACTCTAATC CAGCAATCGG TGGAAATAGT 
AGATGTTTGA GAATTGTCGA GTTTATTTAC AAACTGTTTT TCAGAAGTAT TGAAGATTGG 
CACTACCCAA TTACTAAGAA GTTACCAAGC ACTACTAAAA ACTTGAATCG ATTATCAAAT 
AACAGTGTAG CCTTCCAAAA CAGTAATTTT TCTGCAATAC CAATAGTGCT ACCAGGGCTT 
TATTATAAGC CATACTCTTA TACAACTAAT CTGGGAGAAC TTAAGAATAA AGTAGAAAGT 
ATTCTATTGG AATTGGAATC CAACAAGTCA ATTACGTTTC ATGAAATGTG GATAGGTGAC 
CAATGTCCAG AGATTTTGAA CTTTTACTCA GTAATTCAGT GTAATTTGGA TACAATATTG 
AACCCGAGAT ATATTGCGTT ACCTACCCCT ATTAAACCAC CTCCTGATAT TTCGAAAGGA 
ATCAACACGA TTTTCGATGA GTGGATATTG CTATTGAGAA TAACAATTTT TAATGGAGTT 
GGAGGTTCCG AGCGTAATAA TCCATACAGA AATCTATTTC TTCAAAGGCT TTCTAGGCAA 
GGTCTACTAA GAATGGATGA CACTACAGAA AAATTGTTTA CTGTTTGTAT TGAGAGAGCA 
ATTTATTTAA GCTTAAATCA TGATAGTGAC TCAGACGCCT TGAATAACTC TATTTCGGAA 
AATGCATATG ACTCACGTAA TATGGATCCG TTCCCAATAG ATTCATTGGT TAGATTGATT 
ACAACTATGG CAAGGTATGT AGATCCACAG CAAATGGCTG CAGTAGTAAT AACACACAAA 
TTTCTTTCAA TACTTACTAG AGTTATTCAT AAGGATGCAG AGTCACATGG CTTTAATCAA 
AGACCATATT ATAGGATTTT TTACTCTTTG TTACAAGAAT ATGAAAGTAT AGGATTCAAT 
ACTGAAATGA TACACTTTAC CTGCATTCTA AGTGTAGTTC ATCACCTTCA ATATTTAAAT 
CCTAACAGGG TCCCCGGATT TGCATATTCT TGGATCCAGA TTATCTCAAG TAACCGATTT 
TTCCCGTACC TACTACGCCA TGTAAAAGGT TGGCAACCTT ATCAAGCTCT ATTATTGCAA 
ATCTTCATTT TTATTTCGCC ATTCTTGAGA AGTGTACAGC TATCAAGTAA CATTAAAACA 
ATTTATGGTG CGCTACTCCG TATCCTACTG GTATTACTAC ACGACTTTCC TGAGTTTCTT 
TGTGACTACA GTTGCAGTTT CTGCGATGTC TTGCCTGTTA ACTGCATACA AATTAGAAAC 
CTAATCTTAT CCGCATTCCC AAGAAACATG AAACTGCCTG ATCCATTTTT ACCTACCTTG 
AAAATTGAAA ATCTTCCCGA GATGAAGCTA ATCCCCAGAA TGATTGCAAA TTATGGTGCT 
TATATTTTGT ACAAGGATCT AAAGGTAAAC ATAGATAAAT TCTGGATTAC CAGAGATGCA 
TCAATTCTTC CCCTCATCAC AGAAACTATT AAAATGCCAA GGGATGAAGC ACTTAAATGT 
GGTACTAAAT ACTCTTTCCC GATAATAACA GGTTTATTGC TTTATATTGG GATATATCTC 
CCAAATGGAA ATGAATCTAA TTCAAGCATT GACGGTTCTC ATAATGGGAT ATTTAATGTC 
TTTAATTCCG ATCCATCAAC TAACTCGATT GAATCTGCAT CGAAACTGGA CCAAACACCA 
AACCTAAAAA GTGATCAATT AGAAACTTTT GAAGATCCGT CCCTTTCAAT AATTCTATTT 
CTTTGTAAGG ACCTGGATAT GGAAGGGCGT TTTGTCCTCA TATCTGCAAT CACAAATTTT 
CTTGGATATC CTAATTCTTA CACATACTAC TTTAGCTCAC TTATTTTATG GTTGTTTTCT 
AAAAGCAATG ACTCTATTGT ACAAGAACAA ATCACAAGGA TACTTCTAGA AAGGCTTATT 
GTGCACAGGC CACATCCATG GGGTCTTTTA ATAACATTTA TTGAGTTGAT TAAGAATCCA 
AAATACGCAT TTTGGAGCTG TTCATTTGTG CATCTGGCTC CGGAAGTTGA GAAGCTCTTT 
CAGTCTGTTG CTCAAACCTG TTTAGGTCAA GCCCCTAATA AGACGAATTT GGTGAACCAT 
ACATAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

PubMed

The genome of Cryptosporidium hominis.
Nature431(7012)1107-12(2004 Oct)
Xu P,Widmer G,Wang Y,Ozaki LS,Alves JM,Serrano MG,Puiu D,Manque P,Akiyoshi D,Mackey AJ,Pearson WR,Dear PH,Bankier AT,Peterson DL,Abrahamsen MS,Kapur V,Tzipori S,Buck GA

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Chro.60241 cDNA ORF clone, Cryptosporidium hominis TU502

Gene

Clones

gRNAs

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Target ORF information:

Target ORF information:

ORF Insert Sequence:

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