CFAP44 cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum)

Gene
Clones
gRNAs

Summary

Gene Symbol	CFAP44
Entrez Gene ID	100012891
Full Name	cilia and flagella associated protein 44
Synonyms	WDR52
Gene Type	protein-coding
Organism	Monodelphis domestica(gray short-tailed opossum)

mRNA and Protein(s)

mRNA	Protein	Name
XM_016433464.1	XP_016288950.1	cilia- and flagella-associated protein 44 isoform X1
XM_016433465.1	XP_016288951.1	cilia- and flagella-associated protein 44 isoform X2

Pathways from BioSystems
Gene Ontology

The following CFAP44 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the CFAP44 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
OMc42331	XM_016433464.1 Latest version!	Monodelphis domestica cilia and flagella associated protein 44 (CFAP44), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OMc42332	XM_016433465.1 Latest version!	Monodelphis domestica cilia and flagella associated protein 44 (CFAP44), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00

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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)

CFAP44 ( XM_016433464.1 ) cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum) -> XP_016288950.1 Monodelphis domestica cilia and flagella associated protein 44 (CFAP44), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OMc42331
Clone ID Related Accession (Same CDS sequence)	XM_016433464.1
Accession Version	XM_016433464.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5424bp) 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	1461600000000
Organism	Monodelphis domestica(gray short-tailed opossum)
Product	cilia- and flagella-associated protein 44 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_008804.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Monodelphis domestica Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGACCAAA AGGGAGAACC AGAAAAACCG GATGCAGATA TCCAGGGAGA TGAATACTCT 
GATGAAGATG ATGAGTTATA TGAAGAGTTT GGTGACTTTC CTGGAAGACT TAAAACTTCT 
GGAGAAGAAT CTGATTACCA AGAAGAGATT TTCTTGGAAG AGCAGGAAGA AGAAGAAGAA 
CCAGTGAAGA AGATTCCAGA AGACTTCTTC TATGATTACG ATCAGGTGGC CTCAGCTCCT 
TTTGTGTCTT CAAACTCGGG CATCCCCATA AACCTTCTCA CAGTCATATA TTCCTTTGGT 
TATGACTCCA CCAAACGGAA TAATCTGCAT CTTCTGGACA GCCAAACCAT CATCTATATA 
GCTGGCAACC AGCTAGTCTT CTTGGATTTG AAAACTGCGG AGCAGACTTA CCTCCGGAGC 
AGCAGTGGTG GAGGAATTGG TGCTCTTGCG ATTCACCCAG ATAACACATA TTTTGTAGTA 
GCTGAGAAAG GATTCTATCC AACTGTTGTC ATCTATGAAT ATCCTTCCCT GAGGCCCTAC 
AGAATCCTCC GAGGAGGGAC TGACGAAGCT TACGCACATG CAAGTTTTAA TTTTAATGGC 
TTATTGCTGG CTACTGTGGG TAGCCACCCT GATTATACAT TAACAATCTG GAACTGGAAA 
GAGGAGGTGC CCGTGCTGAG GACAAAAGCT TTTGGCCAGG ATGTTTTTAA GGTCACGTTC 
AACCCTGAAA ATGAAGAGCA ACTTACCACA GCGGGATCAG GCCACATCAA GTTCTGGTTA 
ATGGCTTTAA CTTTCACTGG TCTTAAACTA CAAGGATATT TGGGTAGATT TGGCAAAACA 
GCAGTGACTG ACATAGAAGG TTATATGGAA TTGCCTGATG GGAAAGTGCT CTCAGGATCA 
GAGTGGGGCA ACTTGCTGCT CTGGGAGGGA GGTCTCATCA AGGTAGAACT TTGCCGACAT 
GCACGAAGAA CCTGCCATGT TGGCCCCATT AACCAGATCA TGATCGATGA AGGAGAAGTC 
ATCACAGTTG GAGATGATGG ATGCATTAGG ATCTGGGACT TTGAGACAAT AGATACTGCT 
GATGCTATTG ATGAATCTGA AATGTTAGAG ATGGAGCCCA TTAATGAATT GCGAGTGGGC 
AGGAATGTCA AGCTCTCCTC AATGGTGAAA TTATTTATAC CCGGCAATTC TATCTGGTAT 
GCTCAGGACT CCAATGGTGC TATTTGGAAG CTGGATCTTA GTTTTTCAAA CATTACCCAG 
GATCCACAAT GTCTGTTTTC TTTCCACTCT GGACCAATTG CCGCCATGAC TGTTTCTCCC 
TTCACCTATC TCATGGCCAC TACTTCTAAG GATTGCACAG TACGCATCTT TGACTTTGCG 
GCTAGAATTT ATTTGGCGCA GTTGTCCTTC AGAAGAGGAG GAACAGCGCT CACCTGGGCC 
CCCCGAATGG TCAGCCACAA AGGAGGGCTA ATTGTTGCAG GGTTTGAAGA TGGAGTTGTT 
CGCATTCTGG AACTTTACGA TCCAACAGGA ATTATGATGT TTGCTGGGAG GAGGAAGATA 
ATTGCTGCAC AGTTACAAAT GACTCAGGTC TTCAAGCCTC ATACAGATGC TGTTACAGCG 
CTAGCATTTG AGCAAAATGG AGAGGTCCTA GCCACAGGGA GTAAAGACAA AACTGTTTTC 
TTCTTTACTG TGGGAAGATC ATATGAACCA ATTGGTTTTA TTAATGCTCC TGGGCCTGTT 
ACACAGTTAG TATGGACTCC AAAATCTCAT GATATAAGTT TTCTCATGGT TATCTGTGAA 
AATGGCTACA TTCTTCAAGT TCCTGTTCCA CAGCCCAGGG AAACAGAGGA ATTAGCAACC 
TACGAACTCA AAGAACTGCC AATACAATGT TTTCATTTCA TGAGTATCAA ATCAAGGATC 
CTGAGAGACA TAGAGATTGA AAACAGAAGA AAAAAGAAGG AAGCGAAGGA GAAGGAGAAG 
GAAGAAAAGA GAAAGCTACG TCTTCAAATG ATAAGACAAA TGCAAACAGA AGGAGAAGAG 
GAAGAAGAAA TTGTGGAGGA AGAGGAAGAG GAAGAAGAAA TAGAAGAGGA GGAGCCCCTG 
CCAGAAATTT TTATTCCACC GCACCCTTGT CCTGTTTTAT GTGGATTTTA CTCCGCACCA 
GGGAAATTCT GGATTTCTAT GGGTGGATAT GATTCTGGTT TCCTCTATCA CTGTAAGTTT 
CCAACTGAAC AATCAAAATC AATGGAGGAA CAGCAAGATG AACCCTTTGA TTTCCACCAT 
GTAGATGATA CAGACAACAA CCCTATCCGA GTGATCAGCT TCAGTCTTAC CAAACAGATG 
ATGTTTTGTG GGATGCAAGA TGGAAAAATT AGGGTTTACA TCCTAAGGGA TAAAAGCCTT 
AACTTGACCG ATATGAAAAA TTACTGGAGC TTCAGTGTCC ATGACAATGA TTATGGACAT 
ATCCAGGCCT TATATCCTAG CTATGATGAT CGTTTTGTGC TGTCTGTTGG GGGAGACGGC 
AATATCTTTG TCTATAATGT TCTGTCTGAA GAAGAGATAG AGGAAGGTCT CCGAGCCGCA 
GTGCCTCCTC CCAGGATCGG TTTGGAACCA GACAAACACA TAAAGGATAT TGAAGACCCA 
TATGCCTTTA GTATCGAGGG TGCCAGGCAA AAAAGAGAAT ATGACCAGAT CATGAAGGAA 
GTGGAGGAAA TCAAGGCCCA CAAGAGGGAG AAACTAAAGG AACTGAGGGA GGAGTTCCAG 
AAGTTACTGG AGAAGAACGC TGAGCTGCCA GAGCACATGC AGCTCCACCG GCATGAGTTT 
GATGTCGATT CCAAAGTCCG AGAAGATACT GAACGAACGA CAGTCCAGCA AATCAAGCAG 
GTGGAAAAGG AACTCGCTTG GGAAAAAGAG AAGCATCGAA TTGCACTGCT GAAATTACAG 
CAACGATTTC GAGATTCATT AGAATTTGAC ACCATCATCA TCCATGCTAT ACAGTCTGAG 
CATAAAATTT CTACTTATCG GCTCTTGAAA CTCTCAACAA AGATCACCAA AGCCAAACGT 
ATCAGTCAAT CAGAAAGAAG ATTAAGCAAG TTTGATTGGA AAGAAAAAGA GTTGCCTACA 
AAGAAAGATA GCCAAAAAGA ATCAGCTCAA ATAATTTCTA CAGCAGAAGA AATTTTTTTG 
GATAAGGAGA GAAAAGGCAA ACCGAGGACC CTAAGTGAAA TCATGGTGGA AAACCAAATC 
AATAAATTGA AGAAAATTAT TTTAAAAGCT GAAAGAGCTC AATATAAAAT CTTACAGCGG 
AGAAAAGAAT GGGAAGAATT ATACAAAAGT AAACCTGAGG ACGACTATGA AGACCCCAAA 
GATGTGCAGG CCATTAAAGA AGCCCAGCAG AATATGGGCG ACTTCAACCT CAAGACCAGC 
CCGGACTACA AGATCCCTGA ACACATGCGC ATAAATGCTG CCAAGAAGGA GGAGGAGATT 
GGAATTCTTG AAACTATGGC TCACGATAAG AAGTTTAAAA TGAACAAGTG TATCGTCTCT 
CTTCGAGACC AGAAAATTGC TGTTATTGAA GAGATCCAGT GCCTGGTACA AGAGCTGAAA 
ACTATTCATC TCATTTTGCC TGAAGCAAAA CACCTTCCTA TTCCTGAGGT GCCCCAATTA 
TACCCTGAGG AGGTGCCAGA AAGAAAATTT CAGTATGATG ATGAAATTCT TTTAGCGTTT 
AAGCTAGGGG AAGAGAGGAA AGCTCAACAG AAAGAACAAG AAGAGAAACG TCAAGAGGGT 
GACTTTTTTG GAGGCTTTGC TGCAACAAAG GAACAACATT CTCACAAGGA AGGGGAATTG 
GGAAGGCGAG ATTCCAAGAT ATCAAAAATT CCTTTAATAA TCATCCCAGA GATTCAAAAG 
CCAGTGGAGT TTCCAAAGGT GGACCTAACT GAAGTGGAAG TAGAGATCCT GAAGAGGGAA 
GAGATCAGGA ATGTGTACAT GCAGCAGCAT TTGATTGACA GGATCAAAGA ACTTATCCTT 
ACATTTGATG CAGAATTTCG TCTCCTGAGA CACCAGAAAC TTAAATTAGA TATTCAGATG 
AAGTTAGCTG ACCTGCACCA TGTCACATTA TTTCAGGAAA TGCTTCTCCT CAAGAACTTT 
GAAAAACAAG AGAACACACT TCAAGAACGT GTCAATTCAT TGGACAGAGA GGAACAGGAC 
ATGAAATGGA GAATCAATGA GAATCTTGCA GAGATGGAAG AAAGAAAGTC TGAAATTACC 
AAGCTTCAGG ATCAAGAAAA GACACTTTAT GCTAGCTTCC AGACAACTCT TGGAGAAAAT 
AATAAATTTG CAAATTTTCT CATGAAAGTG TTGAAGAAGA ATATTAAGCG TGTAAAGAAA 
AAGGAAGTGG AAGGAGAAGA AGATGAGGAT GAGAGCAGCA AAGAAGAGAG TGATGATGAG 
TCCAGCTTGG AGAGTGGGGA GGAAGAATCA GAATCGGAGG ATGAAGCTTT TGATGAAACC 
ATGGGGTTAG CAAATTGTGA CCCGGCCCTT TATGAAATGA CTCTTCAGCT TCGAGAGAAA 
AGGCTGGACA TAGAGGAGGC CTTATCTGAT GAGAAGAAAG CGCTTGATAA TCTCAAAAAG 
GAATACGAAG CGATGTCCAA AAAAGTAAAA GTGGTGGGGT CTAATCTGCG TACAGCGGAG 
GAAGCCTTGG AAGCCTATCA GCGGGAGAAG CAGCAGAGGC TCAATGAGCT GCTGGTGGTG 
GTCCCTCTGA AGCTGCACCA GATAGAATGT GTGGAACTTG GAGAAATACC CAGTGACCTC 
TCCAATGCTT TGGTATTTTC TAATTCTTCC CTGCAACATC TGCAAGAAAG AATTGTACAG 
CTACAAGAAG AGAATTTTGA ACAGCACGAA CTGAACAAAG AATGCCGGGA ACGGCGCAAA 
AAGCTTATTT TTGAAAAGAG AGAAATGGCC AAAAAGATCA CAACAATGAA GGAGATGGTT 
TCTAAGCTGA TGATCAACAA GTTTGGCAGA GAGATAGACC TGGAAGCCCT TCAGACACTC 
TCTGTAAACA AAAAACTTGA AGAACTGAAG ATCAAGAAAA TGAAAAAAGA GCTCTCAAAT 
GCAAAGGAGA TAAAATCTTG TGAGGAAAAG ATTTCTCAGG TACGATGGGA CCTATTGATG 
AAGACTAAGG AACACACTAA GAAACTTCAG CAAATGAATG AATTGTGCCT TGAAAAGCGG 
GAGCTTGAAA ACCGTTTGAA TACACTGCAA CGTCAGCAGG GTAATGCCTT CCAGGGGCCT 
CGGAAAGCCG ATATTGTGGC AAGGGAAAAG ATCAGTGAAC TGATCCAGGT CCAGGCTAAT 
AAGATTCTAG CCTTGAAGGA AGAAATTGCT ATCTTGCGCA GGAAAGGTGG TCTCATCCTC 
CCGCCAATCA GCAATAACCA CTAA

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

RefSeq	XP_016288950.1
CDS	99..5522
Translation	MDQKGEPEKPDADIQGDEYSDEDDELYEEFGDFPGRLKTSGEESDYQEEIFLEEQEEEEEPVKKIPEDFFYDYDQVASAPFVSSNSGIPINLLTVIYSFGYDSTKRNNLHLLDSQTIIYIAGNQLVFLDLKTAEQTYLRSSSGGGIGALAIHPDNTYFVVAEKGFYPTVVIYEYPSLRPYRILRGGTDEAYAHASFNFNGLLLATVGSHPDYTLTIWNWKEEVPVLRTKAFGQDVFKVTFNPENEEQLTTAGSGHIKFWLMALTFTGLKLQGYLGRFGKTAVTDIEGYMELPDGKVLSGSEWGNLLLWEGGLIKVELCRHARRTCHVGPINQIMIDEGEVITVGDDGCIRIWDFETIDTADAIDESEMLEMEPINELRVGRNVKLSSMVKLFIPGNSIWYAQDSNGAIWKLDLSFSNITQDPQCLFSFHSGPIAAMTVSPFTYLMATTSKDCTVRIFDFAARIYLAQLSFRRGGTALTWAPRMVSHKGGLIVAGFEDGVVRILELYDPTGIMMFAGRRKIIAAQLQMTQVFKPHTDAVTALAFEQNGEVLATGSKDKTVFFFTVGRSYEPIGFINAPGPVTQLVWTPKSHDISFLMVICENGYILQVPVPQPRETEELATYELKELPIQCFHFMSIKSRILRDIEIENRRKKKEAKEKEKEEKRKLRLQMIRQMQTEGEEEEEIVEEEEEEEEIEEEEPLPEIFIPPHPCPVLCGFYSAPGKFWISMGGYDSGFLYHCKFPTEQSKSMEEQQDEPFDFHHVDDTDNNPIRVISFSLTKQMMFCGMQDGKIRVYILRDKSLNLTDMKNYWSFSVHDNDYGHIQALYPSYDDRFVLSVGGDGNIFVYNVLSEEEIEEGLRAAVPPPRIGLEPDKHIKDIEDPYAFSIEGARQKREYDQIMKEVEEIKAHKREKLKELREEFQKLLEKNAELPEHMQLHRHEFDVDSKVREDTERTTVQQIKQVEKELAWEKEKHRIALLKLQQRFRDSLEFDTIIIHAIQSEHKISTYRLLKLSTKITKAKRISQSERRLSKFDWKEKELPTKKDSQKESAQIISTAEEIFLDKERKGKPRTLSEIMVENQINKLKKIILKAERAQYKILQRRKEWEELYKSKPEDDYEDPKDVQAIKEAQQNMGDFNLKTSPDYKIPEHMRINAAKKEEEIGILETMAHDKKFKMNKCIVSLRDQKIAVIEEIQCLVQELKTIHLILPEAKHLPIPEVPQLYPEEVPERKFQYDDEILLAFKLGEERKAQQKEQEEKRQEGDFFGGFAATKEQHSHKEGELGRRDSKISKIPLIIIPEIQKPVEFPKVDLTEVEVEILKREEIRNVYMQQHLIDRIKELILTFDAEFRLLRHQKLKLDIQMKLADLHHVTLFQEMLLLKNFEKQENTLQERVNSLDREEQDMKWRINENLAEMEERKSEITKLQDQEKTLYASFQTTLGENNKFANFLMKVLKKNIKRVKKKEVEGEEDEDESSKEESDDESSLESGEEESESEDEAFDETMGLANCDPALYEMTLQLREKRLDIEEALSDEKKALDNLKKEYEAMSKKVKVVGSNLRTAEEALEAYQREKQQRLNELLVVVPLKLHQIECVELGEIPSDLSNALVFSNSSLQHLQERIVQLQEENFEQHELNKECRERRKKLIFEKREMAKKITTMKEMVSKLMINKFGREIDLEALQTLSVNKKLEELKIKKMKKELSNAKEIKSCEEKISQVRWDLLMKTKEHTKKLQQMNELCLEKRELENRLNTLQRQQGNAFQGPRKADIVAREKISELIQVQANKILALKEEIAILRRKGGLILPPISNNH

Target ORF information:

RefSeq Version	XM_016433464.1
Organism	Monodelphis domestica(gray short-tailed opossum)
Definition	Monodelphis domestica cilia and flagella associated protein 44 (CFAP44), transcript variant X1, mRNA.

Target ORF information:

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

XM_016433464.1

ORF Insert Sequence:

ATGGACCAAA AGGGAGAACC AGAAAAACCG GATGCAGATA TCCAGGGAGA TGAATACTCT 
GATGAAGATG ATGAGTTATA TGAAGAGTTT GGTGACTTTC CTGGAAGACT TAAAACTTCT 
GGAGAAGAAT CTGATTACCA AGAAGAGATT TTCTTGGAAG AGCAGGAAGA AGAAGAAGAA 
CCAGTGAAGA AGATTCCAGA AGACTTCTTC TATGATTACG ATCAGGTGGC CTCAGCTCCT 
TTTGTGTCTT CAAACTCGGG CATCCCCATA AACCTTCTCA CAGTCATATA TTCCTTTGGT 
TATGACTCCA CCAAACGGAA TAATCTGCAT CTTCTGGACA GCCAAACCAT CATCTATATA 
GCTGGCAACC AGCTAGTCTT CTTGGATTTG AAAACTGCGG AGCAGACTTA CCTCCGGAGC 
AGCAGTGGTG GAGGAATTGG TGCTCTTGCG ATTCACCCAG ATAACACATA TTTTGTAGTA 
GCTGAGAAAG GATTCTATCC AACTGTTGTC ATCTATGAAT ATCCTTCCCT GAGGCCCTAC 
AGAATCCTCC GAGGAGGGAC TGACGAAGCT TACGCACATG CAAGTTTTAA TTTTAATGGC 
TTATTGCTGG CTACTGTGGG TAGCCACCCT GATTATACAT TAACAATCTG GAACTGGAAA 
GAGGAGGTGC CCGTGCTGAG GACAAAAGCT TTTGGCCAGG ATGTTTTTAA GGTCACGTTC 
AACCCTGAAA ATGAAGAGCA ACTTACCACA GCGGGATCAG GCCACATCAA GTTCTGGTTA 
ATGGCTTTAA CTTTCACTGG TCTTAAACTA CAAGGATATT TGGGTAGATT TGGCAAAACA 
GCAGTGACTG ACATAGAAGG TTATATGGAA TTGCCTGATG GGAAAGTGCT CTCAGGATCA 
GAGTGGGGCA ACTTGCTGCT CTGGGAGGGA GGTCTCATCA AGGTAGAACT TTGCCGACAT 
GCACGAAGAA CCTGCCATGT TGGCCCCATT AACCAGATCA TGATCGATGA AGGAGAAGTC 
ATCACAGTTG GAGATGATGG ATGCATTAGG ATCTGGGACT TTGAGACAAT AGATACTGCT 
GATGCTATTG ATGAATCTGA AATGTTAGAG ATGGAGCCCA TTAATGAATT GCGAGTGGGC 
AGGAATGTCA AGCTCTCCTC AATGGTGAAA TTATTTATAC CCGGCAATTC TATCTGGTAT 
GCTCAGGACT CCAATGGTGC TATTTGGAAG CTGGATCTTA GTTTTTCAAA CATTACCCAG 
GATCCACAAT GTCTGTTTTC TTTCCACTCT GGACCAATTG CCGCCATGAC TGTTTCTCCC 
TTCACCTATC TCATGGCCAC TACTTCTAAG GATTGCACAG TACGCATCTT TGACTTTGCG 
GCTAGAATTT ATTTGGCGCA GTTGTCCTTC AGAAGAGGAG GAACAGCGCT CACCTGGGCC 
CCCCGAATGG TCAGCCACAA AGGAGGGCTA ATTGTTGCAG GGTTTGAAGA TGGAGTTGTT 
CGCATTCTGG AACTTTACGA TCCAACAGGA ATTATGATGT TTGCTGGGAG GAGGAAGATA 
ATTGCTGCAC AGTTACAAAT GACTCAGGTC TTCAAGCCTC ATACAGATGC TGTTACAGCG 
CTAGCATTTG AGCAAAATGG AGAGGTCCTA GCCACAGGGA GTAAAGACAA AACTGTTTTC 
TTCTTTACTG TGGGAAGATC ATATGAACCA ATTGGTTTTA TTAATGCTCC TGGGCCTGTT 
ACACAGTTAG TATGGACTCC AAAATCTCAT GATATAAGTT TTCTCATGGT TATCTGTGAA 
AATGGCTACA TTCTTCAAGT TCCTGTTCCA CAGCCCAGGG AAACAGAGGA ATTAGCAACC 
TACGAACTCA AAGAACTGCC AATACAATGT TTTCATTTCA TGAGTATCAA ATCAAGGATC 
CTGAGAGACA TAGAGATTGA AAACAGAAGA AAAAAGAAGG AAGCGAAGGA GAAGGAGAAG 
GAAGAAAAGA GAAAGCTACG TCTTCAAATG ATAAGACAAA TGCAAACAGA AGGAGAAGAG 
GAAGAAGAAA TTGTGGAGGA AGAGGAAGAG GAAGAAGAAA TAGAAGAGGA GGAGCCCCTG 
CCAGAAATTT TTATTCCACC GCACCCTTGT CCTGTTTTAT GTGGATTTTA CTCCGCACCA 
GGGAAATTCT GGATTTCTAT GGGTGGATAT GATTCTGGTT TCCTCTATCA CTGTAAGTTT 
CCAACTGAAC AATCAAAATC AATGGAGGAA CAGCAAGATG AACCCTTTGA TTTCCACCAT 
GTAGATGATA CAGACAACAA CCCTATCCGA GTGATCAGCT TCAGTCTTAC CAAACAGATG 
ATGTTTTGTG GGATGCAAGA TGGAAAAATT AGGGTTTACA TCCTAAGGGA TAAAAGCCTT 
AACTTGACCG ATATGAAAAA TTACTGGAGC TTCAGTGTCC ATGACAATGA TTATGGACAT 
ATCCAGGCCT TATATCCTAG CTATGATGAT CGTTTTGTGC TGTCTGTTGG GGGAGACGGC 
AATATCTTTG TCTATAATGT TCTGTCTGAA GAAGAGATAG AGGAAGGTCT CCGAGCCGCA 
GTGCCTCCTC CCAGGATCGG TTTGGAACCA GACAAACACA TAAAGGATAT TGAAGACCCA 
TATGCCTTTA GTATCGAGGG TGCCAGGCAA AAAAGAGAAT ATGACCAGAT CATGAAGGAA 
GTGGAGGAAA TCAAGGCCCA CAAGAGGGAG AAACTAAAGG AACTGAGGGA GGAGTTCCAG 
AAGTTACTGG AGAAGAACGC TGAGCTGCCA GAGCACATGC AGCTCCACCG GCATGAGTTT 
GATGTCGATT CCAAAGTCCG AGAAGATACT GAACGAACGA CAGTCCAGCA AATCAAGCAG 
GTGGAAAAGG AACTCGCTTG GGAAAAAGAG AAGCATCGAA TTGCACTGCT GAAATTACAG 
CAACGATTTC GAGATTCATT AGAATTTGAC ACCATCATCA TCCATGCTAT ACAGTCTGAG 
CATAAAATTT CTACTTATCG GCTCTTGAAA CTCTCAACAA AGATCACCAA AGCCAAACGT 
ATCAGTCAAT CAGAAAGAAG ATTAAGCAAG TTTGATTGGA AAGAAAAAGA GTTGCCTACA 
AAGAAAGATA GCCAAAAAGA ATCAGCTCAA ATAATTTCTA CAGCAGAAGA AATTTTTTTG 
GATAAGGAGA GAAAAGGCAA ACCGAGGACC CTAAGTGAAA TCATGGTGGA AAACCAAATC 
AATAAATTGA AGAAAATTAT TTTAAAAGCT GAAAGAGCTC AATATAAAAT CTTACAGCGG 
AGAAAAGAAT GGGAAGAATT ATACAAAAGT AAACCTGAGG ACGACTATGA AGACCCCAAA 
GATGTGCAGG CCATTAAAGA AGCCCAGCAG AATATGGGCG ACTTCAACCT CAAGACCAGC 
CCGGACTACA AGATCCCTGA ACACATGCGC ATAAATGCTG CCAAGAAGGA GGAGGAGATT 
GGAATTCTTG AAACTATGGC TCACGATAAG AAGTTTAAAA TGAACAAGTG TATCGTCTCT 
CTTCGAGACC AGAAAATTGC TGTTATTGAA GAGATCCAGT GCCTGGTACA AGAGCTGAAA 
ACTATTCATC TCATTTTGCC TGAAGCAAAA CACCTTCCTA TTCCTGAGGT GCCCCAATTA 
TACCCTGAGG AGGTGCCAGA AAGAAAATTT CAGTATGATG ATGAAATTCT TTTAGCGTTT 
AAGCTAGGGG AAGAGAGGAA AGCTCAACAG AAAGAACAAG AAGAGAAACG TCAAGAGGGT 
GACTTTTTTG GAGGCTTTGC TGCAACAAAG GAACAACATT CTCACAAGGA AGGGGAATTG 
GGAAGGCGAG ATTCCAAGAT ATCAAAAATT CCTTTAATAA TCATCCCAGA GATTCAAAAG 
CCAGTGGAGT TTCCAAAGGT GGACCTAACT GAAGTGGAAG TAGAGATCCT GAAGAGGGAA 
GAGATCAGGA ATGTGTACAT GCAGCAGCAT TTGATTGACA GGATCAAAGA ACTTATCCTT 
ACATTTGATG CAGAATTTCG TCTCCTGAGA CACCAGAAAC TTAAATTAGA TATTCAGATG 
AAGTTAGCTG ACCTGCACCA TGTCACATTA TTTCAGGAAA TGCTTCTCCT CAAGAACTTT 
GAAAAACAAG AGAACACACT TCAAGAACGT GTCAATTCAT TGGACAGAGA GGAACAGGAC 
ATGAAATGGA GAATCAATGA GAATCTTGCA GAGATGGAAG AAAGAAAGTC TGAAATTACC 
AAGCTTCAGG ATCAAGAAAA GACACTTTAT GCTAGCTTCC AGACAACTCT TGGAGAAAAT 
AATAAATTTG CAAATTTTCT CATGAAAGTG TTGAAGAAGA ATATTAAGCG TGTAAAGAAA 
AAGGAAGTGG AAGGAGAAGA AGATGAGGAT GAGAGCAGCA AAGAAGAGAG TGATGATGAG 
TCCAGCTTGG AGAGTGGGGA GGAAGAATCA GAATCGGAGG ATGAAGCTTT TGATGAAACC 
ATGGGGTTAG CAAATTGTGA CCCGGCCCTT TATGAAATGA CTCTTCAGCT TCGAGAGAAA 
AGGCTGGACA TAGAGGAGGC CTTATCTGAT GAGAAGAAAG CGCTTGATAA TCTCAAAAAG 
GAATACGAAG CGATGTCCAA AAAAGTAAAA GTGGTGGGGT CTAATCTGCG TACAGCGGAG 
GAAGCCTTGG AAGCCTATCA GCGGGAGAAG CAGCAGAGGC TCAATGAGCT GCTGGTGGTG 
GTCCCTCTGA AGCTGCACCA GATAGAATGT GTGGAACTTG GAGAAATACC CAGTGACCTC 
TCCAATGCTT TGGTATTTTC TAATTCTTCC CTGCAACATC TGCAAGAAAG AATTGTACAG 
CTACAAGAAG AGAATTTTGA ACAGCACGAA CTGAACAAAG AATGCCGGGA ACGGCGCAAA 
AAGCTTATTT TTGAAAAGAG AGAAATGGCC AAAAAGATCA CAACAATGAA GGAGATGGTT 
TCTAAGCTGA TGATCAACAA GTTTGGCAGA GAGATAGACC TGGAAGCCCT TCAGACACTC 
TCTGTAAACA AAAAACTTGA AGAACTGAAG ATCAAGAAAA TGAAAAAAGA GCTCTCAAAT 
GCAAAGGAGA TAAAATCTTG TGAGGAAAAG ATTTCTCAGG TACGATGGGA CCTATTGATG 
AAGACTAAGG AACACACTAA GAAACTTCAG CAAATGAATG AATTGTGCCT TGAAAAGCGG 
GAGCTTGAAA ACCGTTTGAA TACACTGCAA CGTCAGCAGG GTAATGCCTT CCAGGGGCCT 
CGGAAAGCCG ATATTGTGGC AAGGGAAAAG ATCAGTGAAC TGATCCAGGT CCAGGCTAAT 
AAGATTCTAG CCTTGAAGGA AGAAATTGCT ATCTTGCGCA GGAAAGGTGG TCTCATCCTC 
CCGCCAATCA GCAATAACCA CTAA

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

CFAP44 ( XM_016433465.1 ) cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum) -> XP_016288951.1 Monodelphis domestica cilia and flagella associated protein 44 (CFAP44), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OMc42332
Clone ID Related Accession (Same CDS sequence)	XM_016433465.1
Accession Version	XM_016433465.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5199bp) 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	1461600000000
Organism	Monodelphis domestica(gray short-tailed opossum)
Product	cilia- and flagella-associated protein 44 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_008804.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Monodelphis domestica Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGACCAAA AGGGAGAACC AGAAAAACCG GATGCAGATA TCCAGGGAGA TGAATACTCT 
GATGAAGATG ATGAGTTATA TGAAGAGTTT GGTGACTTTC CTGGAAGACT TAAAACTTCT 
GGAGAAGAAT CTGATTACCA AGAAGAGATT TTCTTGGAAG AGCAGGAAGA AGAAGAAGAA 
CCAGTGAAGA AGATTCCAGA AGACTTCTTC TATGATTACG ATCAGATTCA CCCAGATAAC 
ACATATTTTG TAGTAGCTGA GAAAGGATTC TATCCAACTG TTGTCATCTA TGAATATCCT 
TCCCTGAGGC CCTACAGAAT CCTCCGAGGA GGGACTGACG AAGCTTACGC ACATGCAAGT 
TTTAATTTTA ATGGCTTATT GCTGGCTACT GTGGGTAGCC ACCCTGATTA TACATTAACA 
ATCTGGAACT GGAAAGAGGA GGTGCCCGTG CTGAGGACAA AAGCTTTTGG CCAGGATGTT 
TTTAAGGTCA CGTTCAACCC TGAAAATGAA GAGCAACTTA CCACAGCGGG ATCAGGCCAC 
ATCAAGTTCT GGTTAATGGC TTTAACTTTC ACTGGTCTTA AACTACAAGG ATATTTGGGT 
AGATTTGGCA AAACAGCAGT GACTGACATA GAAGGTTATA TGGAATTGCC TGATGGGAAA 
GTGCTCTCAG GATCAGAGTG GGGCAACTTG CTGCTCTGGG AGGGAGGTCT CATCAAGGTA 
GAACTTTGCC GACATGCACG AAGAACCTGC CATGTTGGCC CCATTAACCA GATCATGATC 
GATGAAGGAG AAGTCATCAC AGTTGGAGAT GATGGATGCA TTAGGATCTG GGACTTTGAG 
ACAATAGATA CTGCTGATGC TATTGATGAA TCTGAAATGT TAGAGATGGA GCCCATTAAT 
GAATTGCGAG TGGGCAGGAA TGTCAAGCTC TCCTCAATGG TGAAATTATT TATACCCGGC 
AATTCTATCT GGTATGCTCA GGACTCCAAT GGTGCTATTT GGAAGCTGGA TCTTAGTTTT 
TCAAACATTA CCCAGGATCC ACAATGTCTG TTTTCTTTCC ACTCTGGACC AATTGCCGCC 
ATGACTGTTT CTCCCTTCAC CTATCTCATG GCCACTACTT CTAAGGATTG CACAGTACGC 
ATCTTTGACT TTGCGGCTAG AATTTATTTG GCGCAGTTGT CCTTCAGAAG AGGAGGAACA 
GCGCTCACCT GGGCCCCCCG AATGGTCAGC CACAAAGGAG GGCTAATTGT TGCAGGGTTT 
GAAGATGGAG TTGTTCGCAT TCTGGAACTT TACGATCCAA CAGGAATTAT GATGTTTGCT 
GGGAGGAGGA AGATAATTGC TGCACAGTTA CAAATGACTC AGGTCTTCAA GCCTCATACA 
GATGCTGTTA CAGCGCTAGC ATTTGAGCAA AATGGAGAGG TCCTAGCCAC AGGGAGTAAA 
GACAAAACTG TTTTCTTCTT TACTGTGGGA AGATCATATG AACCAATTGG TTTTATTAAT 
GCTCCTGGGC CTGTTACACA GTTAGTATGG ACTCCAAAAT CTCATGATAT AAGTTTTCTC 
ATGGTTATCT GTGAAAATGG CTACATTCTT CAAGTTCCTG TTCCACAGCC CAGGGAAACA 
GAGGAATTAG CAACCTACGA ACTCAAAGAA CTGCCAATAC AATGTTTTCA TTTCATGAGT 
ATCAAATCAA GGATCCTGAG AGACATAGAG ATTGAAAACA GAAGAAAAAA GAAGGAAGCG 
AAGGAGAAGG AGAAGGAAGA AAAGAGAAAG CTACGTCTTC AAATGATAAG ACAAATGCAA 
ACAGAAGGAG AAGAGGAAGA AGAAATTGTG GAGGAAGAGG AAGAGGAAGA AGAAATAGAA 
GAGGAGGAGC CCCTGCCAGA AATTTTTATT CCACCGCACC CTTGTCCTGT TTTATGTGGA 
TTTTACTCCG CACCAGGGAA ATTCTGGATT TCTATGGGTG GATATGATTC TGGTTTCCTC 
TATCACTGTA AGTTTCCAAC TGAACAATCA AAATCAATGG AGGAACAGCA AGATGAACCC 
TTTGATTTCC ACCATGTAGA TGATACAGAC AACAACCCTA TCCGAGTGAT CAGCTTCAGT 
CTTACCAAAC AGATGATGTT TTGTGGGATG CAAGATGGAA AAATTAGGGT TTACATCCTA 
AGGGATAAAA GCCTTAACTT GACCGATATG AAAAATTACT GGAGCTTCAG TGTCCATGAC 
AATGATTATG GACATATCCA GGCCTTATAT CCTAGCTATG ATGATCGTTT TGTGCTGTCT 
GTTGGGGGAG ACGGCAATAT CTTTGTCTAT AATGTTCTGT CTGAAGAAGA GATAGAGGAA 
GGTCTCCGAG CCGCAGTGCC TCCTCCCAGG ATCGGTTTGG AACCAGACAA ACACATAAAG 
GATATTGAAG ACCCATATGC CTTTAGTATC GAGGGTGCCA GGCAAAAAAG AGAATATGAC 
CAGATCATGA AGGAAGTGGA GGAAATCAAG GCCCACAAGA GGGAGAAACT AAAGGAACTG 
AGGGAGGAGT TCCAGAAGTT ACTGGAGAAG AACGCTGAGC TGCCAGAGCA CATGCAGCTC 
CACCGGCATG AGTTTGATGT CGATTCCAAA GTCCGAGAAG ATACTGAACG AACGACAGTC 
CAGCAAATCA AGCAGGTGGA AAAGGAACTC GCTTGGGAAA AAGAGAAGCA TCGAATTGCA 
CTGCTGAAAT TACAGCAACG ATTTCGAGAT TCATTAGAAT TTGACACCAT CATCATCCAT 
GCTATACAGT CTGAGCATAA AATTTCTACT TATCGGCTCT TGAAACTCTC AACAAAGATC 
ACCAAAGCCA AACGTATCAG TCAATCAGAA AGAAGATTAA GCAAGTTTGA TTGGAAAGAA 
AAAGAGTTGC CTACAAAGAA AGATAGCCAA AAAGAATCAG CTCAAATAAT TTCTACAGCA 
GAAGAAATTT TTTTGGATAA GGAGAGAAAA GGCAAACCGA GGACCCTAAG TGAAATCATG 
GTGGAAAACC AAATCAATAA ATTGAAGAAA ATTATTTTAA AAGCTGAAAG AGCTCAATAT 
AAAATCTTAC AGCGGAGAAA AGAATGGGAA GAATTATACA AAAGTAAACC TGAGGACGAC 
TATGAAGACC CCAAAGATGT GCAGGCCATT AAAGAAGCCC AGCAGAATAT GGGCGACTTC 
AACCTCAAGA CCAGCCCGGA CTACAAGATC CCTGAACACA TGCGCATAAA TGCTGCCAAG 
AAGGAGGAGG AGATTGGAAT TCTTGAAACT ATGGCTCACG ATAAGAAGTT TAAAATGAAC 
AAGTGTATCG TCTCTCTTCG AGACCAGAAA ATTGCTGTTA TTGAAGAGAT CCAGTGCCTG 
GTACAAGAGC TGAAAACTAT TCATCTCATT TTGCCTGAAG CAAAACACCT TCCTATTCCT 
GAGGTGCCCC AATTATACCC TGAGGAGGTG CCAGAAAGAA AATTTCAGTA TGATGATGAA 
ATTCTTTTAG CGTTTAAGCT AGGGGAAGAG AGGAAAGCTC AACAGAAAGA ACAAGAAGAG 
AAACGTCAAG AGGGTGACTT TTTTGGAGGC TTTGCTGCAA CAAAGGAACA ACATTCTCAC 
AAGGAAGGGG AATTGGGAAG GCGAGATTCC AAGATATCAA AAATTCCTTT AATAATCATC 
CCAGAGATTC AAAAGCCAGT GGAGTTTCCA AAGGTGGACC TAACTGAAGT GGAAGTAGAG 
ATCCTGAAGA GGGAAGAGAT CAGGAATGTG TACATGCAGC AGCATTTGAT TGACAGGATC 
AAAGAACTTA TCCTTACATT TGATGCAGAA TTTCGTCTCC TGAGACACCA GAAACTTAAA 
TTAGATATTC AGATGAAGTT AGCTGACCTG CACCATGTCA CATTATTTCA GGAAATGCTT 
CTCCTCAAGA ACTTTGAAAA ACAAGAGAAC ACACTTCAAG AACGTGTCAA TTCATTGGAC 
AGAGAGGAAC AGGACATGAA ATGGAGAATC AATGAGAATC TTGCAGAGAT GGAAGAAAGA 
AAGTCTGAAA TTACCAAGCT TCAGGATCAA GAAAAGACAC TTTATGCTAG CTTCCAGACA 
ACTCTTGGAG AAAATAATAA ATTTGCAAAT TTTCTCATGA AAGTGTTGAA GAAGAATATT 
AAGCGTGTAA AGAAAAAGGA AGTGGAAGGA GAAGAAGATG AGGATGAGAG CAGCAAAGAA 
GAGAGTGATG ATGAGTCCAG CTTGGAGAGT GGGGAGGAAG AATCAGAATC GGAGGATGAA 
GCTTTTGATG AAACCATGGG GTTAGCAAAT TGTGACCCGG CCCTTTATGA AATGACTCTT 
CAGCTTCGAG AGAAAAGGCT GGACATAGAG GAGGCCTTAT CTGATGAGAA GAAAGCGCTT 
GATAATCTCA AAAAGGAATA CGAAGCGATG TCCAAAAAAG TAAAAGTGGT GGGGTCTAAT 
CTGCGTACAG CGGAGGAAGC CTTGGAAGCC TATCAGCGGG AGAAGCAGCA GAGGCTCAAT 
GAGCTGCTGG TGGTGGTCCC TCTGAAGCTG CACCAGATAG AATGTGTGGA ACTTGGAGAA 
ATACCCAGTG ACCTCTCCAA TGCTTTGGTA TTTTCTAATT CTTCCCTGCA ACATCTGCAA 
GAAAGAATTG TACAGCTACA AGAAGAGAAT TTTGAACAGC ACGAACTGAA CAAAGAATGC 
CGGGAACGGC GCAAAAAGCT TATTTTTGAA AAGAGAGAAA TGGCCAAAAA GATCACAACA 
ATGAAGGAGA TGGTTTCTAA GCTGATGATC AACAAGTTTG GCAGAGAGAT AGACCTGGAA 
GCCCTTCAGA CACTCTCTGT AAACAAAAAA CTTGAAGAAC TGAAGATCAA GAAAATGAAA 
AAAGAGCTCT CAAATGCAAA GGAGATAAAA TCTTGTGAGG AAAAGATTTC TCAGGTACGA 
TGGGACCTAT TGATGAAGAC TAAGGAACAC ACTAAGAAAC TTCAGCAAAT GAATGAATTG 
TGCCTTGAAA AGCGGGAGCT TGAAAACCGT TTGAATACAC TGCAACGTCA GCAGGGTAAT 
GCCTTCCAGG GGCCTCGGAA AGCCGATATT GTGGCAAGGG AAAAGATCAG TGAACTGATC 
CAGGTCCAGG CTAATAAGAT TCTAGCCTTG AAGGAAGAAA TTGCTATCTT GCGCAGGAAA 
GGTGGTCTCA TCCTCCCGCC AATCAGCAAT AACCACTAA

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

RefSeq	XP_016288951.1
CDS	99..5297
Translation	MDQKGEPEKPDADIQGDEYSDEDDELYEEFGDFPGRLKTSGEESDYQEEIFLEEQEEEEEPVKKIPEDFFYDYDQIHPDNTYFVVAEKGFYPTVVIYEYPSLRPYRILRGGTDEAYAHASFNFNGLLLATVGSHPDYTLTIWNWKEEVPVLRTKAFGQDVFKVTFNPENEEQLTTAGSGHIKFWLMALTFTGLKLQGYLGRFGKTAVTDIEGYMELPDGKVLSGSEWGNLLLWEGGLIKVELCRHARRTCHVGPINQIMIDEGEVITVGDDGCIRIWDFETIDTADAIDESEMLEMEPINELRVGRNVKLSSMVKLFIPGNSIWYAQDSNGAIWKLDLSFSNITQDPQCLFSFHSGPIAAMTVSPFTYLMATTSKDCTVRIFDFAARIYLAQLSFRRGGTALTWAPRMVSHKGGLIVAGFEDGVVRILELYDPTGIMMFAGRRKIIAAQLQMTQVFKPHTDAVTALAFEQNGEVLATGSKDKTVFFFTVGRSYEPIGFINAPGPVTQLVWTPKSHDISFLMVICENGYILQVPVPQPRETEELATYELKELPIQCFHFMSIKSRILRDIEIENRRKKKEAKEKEKEEKRKLRLQMIRQMQTEGEEEEEIVEEEEEEEEIEEEEPLPEIFIPPHPCPVLCGFYSAPGKFWISMGGYDSGFLYHCKFPTEQSKSMEEQQDEPFDFHHVDDTDNNPIRVISFSLTKQMMFCGMQDGKIRVYILRDKSLNLTDMKNYWSFSVHDNDYGHIQALYPSYDDRFVLSVGGDGNIFVYNVLSEEEIEEGLRAAVPPPRIGLEPDKHIKDIEDPYAFSIEGARQKREYDQIMKEVEEIKAHKREKLKELREEFQKLLEKNAELPEHMQLHRHEFDVDSKVREDTERTTVQQIKQVEKELAWEKEKHRIALLKLQQRFRDSLEFDTIIIHAIQSEHKISTYRLLKLSTKITKAKRISQSERRLSKFDWKEKELPTKKDSQKESAQIISTAEEIFLDKERKGKPRTLSEIMVENQINKLKKIILKAERAQYKILQRRKEWEELYKSKPEDDYEDPKDVQAIKEAQQNMGDFNLKTSPDYKIPEHMRINAAKKEEEIGILETMAHDKKFKMNKCIVSLRDQKIAVIEEIQCLVQELKTIHLILPEAKHLPIPEVPQLYPEEVPERKFQYDDEILLAFKLGEERKAQQKEQEEKRQEGDFFGGFAATKEQHSHKEGELGRRDSKISKIPLIIIPEIQKPVEFPKVDLTEVEVEILKREEIRNVYMQQHLIDRIKELILTFDAEFRLLRHQKLKLDIQMKLADLHHVTLFQEMLLLKNFEKQENTLQERVNSLDREEQDMKWRINENLAEMEERKSEITKLQDQEKTLYASFQTTLGENNKFANFLMKVLKKNIKRVKKKEVEGEEDEDESSKEESDDESSLESGEEESESEDEAFDETMGLANCDPALYEMTLQLREKRLDIEEALSDEKKALDNLKKEYEAMSKKVKVVGSNLRTAEEALEAYQREKQQRLNELLVVVPLKLHQIECVELGEIPSDLSNALVFSNSSLQHLQERIVQLQEENFEQHELNKECRERRKKLIFEKREMAKKITTMKEMVSKLMINKFGREIDLEALQTLSVNKKLEELKIKKMKKELSNAKEIKSCEEKISQVRWDLLMKTKEHTKKLQQMNELCLEKRELENRLNTLQRQQGNAFQGPRKADIVAREKISELIQVQANKILALKEEIAILRRKGGLILPPISNNH

Target ORF information:

RefSeq Version	XM_016433465.1
Organism	Monodelphis domestica(gray short-tailed opossum)
Definition	Monodelphis domestica cilia and flagella associated protein 44 (CFAP44), transcript variant X2, mRNA.

Target ORF information:

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

XM_016433465.1

ORF Insert Sequence:

ATGGACCAAA AGGGAGAACC AGAAAAACCG GATGCAGATA TCCAGGGAGA TGAATACTCT 
GATGAAGATG ATGAGTTATA TGAAGAGTTT GGTGACTTTC CTGGAAGACT TAAAACTTCT 
GGAGAAGAAT CTGATTACCA AGAAGAGATT TTCTTGGAAG AGCAGGAAGA AGAAGAAGAA 
CCAGTGAAGA AGATTCCAGA AGACTTCTTC TATGATTACG ATCAGATTCA CCCAGATAAC 
ACATATTTTG TAGTAGCTGA GAAAGGATTC TATCCAACTG TTGTCATCTA TGAATATCCT 
TCCCTGAGGC CCTACAGAAT CCTCCGAGGA GGGACTGACG AAGCTTACGC ACATGCAAGT 
TTTAATTTTA ATGGCTTATT GCTGGCTACT GTGGGTAGCC ACCCTGATTA TACATTAACA 
ATCTGGAACT GGAAAGAGGA GGTGCCCGTG CTGAGGACAA AAGCTTTTGG CCAGGATGTT 
TTTAAGGTCA CGTTCAACCC TGAAAATGAA GAGCAACTTA CCACAGCGGG ATCAGGCCAC 
ATCAAGTTCT GGTTAATGGC TTTAACTTTC ACTGGTCTTA AACTACAAGG ATATTTGGGT 
AGATTTGGCA AAACAGCAGT GACTGACATA GAAGGTTATA TGGAATTGCC TGATGGGAAA 
GTGCTCTCAG GATCAGAGTG GGGCAACTTG CTGCTCTGGG AGGGAGGTCT CATCAAGGTA 
GAACTTTGCC GACATGCACG AAGAACCTGC CATGTTGGCC CCATTAACCA GATCATGATC 
GATGAAGGAG AAGTCATCAC AGTTGGAGAT GATGGATGCA TTAGGATCTG GGACTTTGAG 
ACAATAGATA CTGCTGATGC TATTGATGAA TCTGAAATGT TAGAGATGGA GCCCATTAAT 
GAATTGCGAG TGGGCAGGAA TGTCAAGCTC TCCTCAATGG TGAAATTATT TATACCCGGC 
AATTCTATCT GGTATGCTCA GGACTCCAAT GGTGCTATTT GGAAGCTGGA TCTTAGTTTT 
TCAAACATTA CCCAGGATCC ACAATGTCTG TTTTCTTTCC ACTCTGGACC AATTGCCGCC 
ATGACTGTTT CTCCCTTCAC CTATCTCATG GCCACTACTT CTAAGGATTG CACAGTACGC 
ATCTTTGACT TTGCGGCTAG AATTTATTTG GCGCAGTTGT CCTTCAGAAG AGGAGGAACA 
GCGCTCACCT GGGCCCCCCG AATGGTCAGC CACAAAGGAG GGCTAATTGT TGCAGGGTTT 
GAAGATGGAG TTGTTCGCAT TCTGGAACTT TACGATCCAA CAGGAATTAT GATGTTTGCT 
GGGAGGAGGA AGATAATTGC TGCACAGTTA CAAATGACTC AGGTCTTCAA GCCTCATACA 
GATGCTGTTA CAGCGCTAGC ATTTGAGCAA AATGGAGAGG TCCTAGCCAC AGGGAGTAAA 
GACAAAACTG TTTTCTTCTT TACTGTGGGA AGATCATATG AACCAATTGG TTTTATTAAT 
GCTCCTGGGC CTGTTACACA GTTAGTATGG ACTCCAAAAT CTCATGATAT AAGTTTTCTC 
ATGGTTATCT GTGAAAATGG CTACATTCTT CAAGTTCCTG TTCCACAGCC CAGGGAAACA 
GAGGAATTAG CAACCTACGA ACTCAAAGAA CTGCCAATAC AATGTTTTCA TTTCATGAGT 
ATCAAATCAA GGATCCTGAG AGACATAGAG ATTGAAAACA GAAGAAAAAA GAAGGAAGCG 
AAGGAGAAGG AGAAGGAAGA AAAGAGAAAG CTACGTCTTC AAATGATAAG ACAAATGCAA 
ACAGAAGGAG AAGAGGAAGA AGAAATTGTG GAGGAAGAGG AAGAGGAAGA AGAAATAGAA 
GAGGAGGAGC CCCTGCCAGA AATTTTTATT CCACCGCACC CTTGTCCTGT TTTATGTGGA 
TTTTACTCCG CACCAGGGAA ATTCTGGATT TCTATGGGTG GATATGATTC TGGTTTCCTC 
TATCACTGTA AGTTTCCAAC TGAACAATCA AAATCAATGG AGGAACAGCA AGATGAACCC 
TTTGATTTCC ACCATGTAGA TGATACAGAC AACAACCCTA TCCGAGTGAT CAGCTTCAGT 
CTTACCAAAC AGATGATGTT TTGTGGGATG CAAGATGGAA AAATTAGGGT TTACATCCTA 
AGGGATAAAA GCCTTAACTT GACCGATATG AAAAATTACT GGAGCTTCAG TGTCCATGAC 
AATGATTATG GACATATCCA GGCCTTATAT CCTAGCTATG ATGATCGTTT TGTGCTGTCT 
GTTGGGGGAG ACGGCAATAT CTTTGTCTAT AATGTTCTGT CTGAAGAAGA GATAGAGGAA 
GGTCTCCGAG CCGCAGTGCC TCCTCCCAGG ATCGGTTTGG AACCAGACAA ACACATAAAG 
GATATTGAAG ACCCATATGC CTTTAGTATC GAGGGTGCCA GGCAAAAAAG AGAATATGAC 
CAGATCATGA AGGAAGTGGA GGAAATCAAG GCCCACAAGA GGGAGAAACT AAAGGAACTG 
AGGGAGGAGT TCCAGAAGTT ACTGGAGAAG AACGCTGAGC TGCCAGAGCA CATGCAGCTC 
CACCGGCATG AGTTTGATGT CGATTCCAAA GTCCGAGAAG ATACTGAACG AACGACAGTC 
CAGCAAATCA AGCAGGTGGA AAAGGAACTC GCTTGGGAAA AAGAGAAGCA TCGAATTGCA 
CTGCTGAAAT TACAGCAACG ATTTCGAGAT TCATTAGAAT TTGACACCAT CATCATCCAT 
GCTATACAGT CTGAGCATAA AATTTCTACT TATCGGCTCT TGAAACTCTC AACAAAGATC 
ACCAAAGCCA AACGTATCAG TCAATCAGAA AGAAGATTAA GCAAGTTTGA TTGGAAAGAA 
AAAGAGTTGC CTACAAAGAA AGATAGCCAA AAAGAATCAG CTCAAATAAT TTCTACAGCA 
GAAGAAATTT TTTTGGATAA GGAGAGAAAA GGCAAACCGA GGACCCTAAG TGAAATCATG 
GTGGAAAACC AAATCAATAA ATTGAAGAAA ATTATTTTAA AAGCTGAAAG AGCTCAATAT 
AAAATCTTAC AGCGGAGAAA AGAATGGGAA GAATTATACA AAAGTAAACC TGAGGACGAC 
TATGAAGACC CCAAAGATGT GCAGGCCATT AAAGAAGCCC AGCAGAATAT GGGCGACTTC 
AACCTCAAGA CCAGCCCGGA CTACAAGATC CCTGAACACA TGCGCATAAA TGCTGCCAAG 
AAGGAGGAGG AGATTGGAAT TCTTGAAACT ATGGCTCACG ATAAGAAGTT TAAAATGAAC 
AAGTGTATCG TCTCTCTTCG AGACCAGAAA ATTGCTGTTA TTGAAGAGAT CCAGTGCCTG 
GTACAAGAGC TGAAAACTAT TCATCTCATT TTGCCTGAAG CAAAACACCT TCCTATTCCT 
GAGGTGCCCC AATTATACCC TGAGGAGGTG CCAGAAAGAA AATTTCAGTA TGATGATGAA 
ATTCTTTTAG CGTTTAAGCT AGGGGAAGAG AGGAAAGCTC AACAGAAAGA ACAAGAAGAG 
AAACGTCAAG AGGGTGACTT TTTTGGAGGC TTTGCTGCAA CAAAGGAACA ACATTCTCAC 
AAGGAAGGGG AATTGGGAAG GCGAGATTCC AAGATATCAA AAATTCCTTT AATAATCATC 
CCAGAGATTC AAAAGCCAGT GGAGTTTCCA AAGGTGGACC TAACTGAAGT GGAAGTAGAG 
ATCCTGAAGA GGGAAGAGAT CAGGAATGTG TACATGCAGC AGCATTTGAT TGACAGGATC 
AAAGAACTTA TCCTTACATT TGATGCAGAA TTTCGTCTCC TGAGACACCA GAAACTTAAA 
TTAGATATTC AGATGAAGTT AGCTGACCTG CACCATGTCA CATTATTTCA GGAAATGCTT 
CTCCTCAAGA ACTTTGAAAA ACAAGAGAAC ACACTTCAAG AACGTGTCAA TTCATTGGAC 
AGAGAGGAAC AGGACATGAA ATGGAGAATC AATGAGAATC TTGCAGAGAT GGAAGAAAGA 
AAGTCTGAAA TTACCAAGCT TCAGGATCAA GAAAAGACAC TTTATGCTAG CTTCCAGACA 
ACTCTTGGAG AAAATAATAA ATTTGCAAAT TTTCTCATGA AAGTGTTGAA GAAGAATATT 
AAGCGTGTAA AGAAAAAGGA AGTGGAAGGA GAAGAAGATG AGGATGAGAG CAGCAAAGAA 
GAGAGTGATG ATGAGTCCAG CTTGGAGAGT GGGGAGGAAG AATCAGAATC GGAGGATGAA 
GCTTTTGATG AAACCATGGG GTTAGCAAAT TGTGACCCGG CCCTTTATGA AATGACTCTT 
CAGCTTCGAG AGAAAAGGCT GGACATAGAG GAGGCCTTAT CTGATGAGAA GAAAGCGCTT 
GATAATCTCA AAAAGGAATA CGAAGCGATG TCCAAAAAAG TAAAAGTGGT GGGGTCTAAT 
CTGCGTACAG CGGAGGAAGC CTTGGAAGCC TATCAGCGGG AGAAGCAGCA GAGGCTCAAT 
GAGCTGCTGG TGGTGGTCCC TCTGAAGCTG CACCAGATAG AATGTGTGGA ACTTGGAGAA 
ATACCCAGTG ACCTCTCCAA TGCTTTGGTA TTTTCTAATT CTTCCCTGCA ACATCTGCAA 
GAAAGAATTG TACAGCTACA AGAAGAGAAT TTTGAACAGC ACGAACTGAA CAAAGAATGC 
CGGGAACGGC GCAAAAAGCT TATTTTTGAA AAGAGAGAAA TGGCCAAAAA GATCACAACA 
ATGAAGGAGA TGGTTTCTAA GCTGATGATC AACAAGTTTG GCAGAGAGAT AGACCTGGAA 
GCCCTTCAGA CACTCTCTGT AAACAAAAAA CTTGAAGAAC TGAAGATCAA GAAAATGAAA 
AAAGAGCTCT CAAATGCAAA GGAGATAAAA TCTTGTGAGG AAAAGATTTC TCAGGTACGA 
TGGGACCTAT TGATGAAGAC TAAGGAACAC ACTAAGAAAC TTCAGCAAAT GAATGAATTG 
TGCCTTGAAA AGCGGGAGCT TGAAAACCGT TTGAATACAC TGCAACGTCA GCAGGGTAAT 
GCCTTCCAGG GGCCTCGGAA AGCCGATATT GTGGCAAGGG AAAAGATCAG TGAACTGATC 
CAGGTCCAGG CTAATAAGAT TCTAGCCTTG AAGGAAGAAA TTGCTATCTT GCGCAGGAAA 
GGTGGTCTCA TCCTCCCGCC AATCAGCAAT AACCACTAA

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

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CFAP44 cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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