lrrc9 cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

Gene
Clones
gRNAs

Summary

Gene Symbol	lrrc9
Entrez Gene ID	780204
Full Name	leucine rich repeat containing 9
General protein information	Preferred Names leucine rich repeat containing 9 Names leucine-rich repeat-containing protein 9
Gene Type	protein-coding
Organism	Xenopus tropicalis(tropical clawed frog)

mRNA and Protein(s)

mRNA	Protein	Name
XM_012968697.2	XP_012824151.1	leucine-rich repeat-containing protein 9 isoform X2
NM_001079279.1	NP_001072747.1	leucine-rich repeat-containing protein 9
XM_012968697.3	XP_012824151.1	leucine-rich repeat-containing protein 9 isoform X2
XM_031890598.1	XP_031746458.1	leucine-rich repeat-containing protein 9 isoform X3
XM_018096335.1	XP_017951824.1	leucine-rich repeat-containing protein 9 isoform X1
XM_018096336.1	XP_017951825.1	leucine-rich repeat-containing protein 9 isoform X1
XM_018096335.2	XP_017951824.1	leucine-rich repeat-containing protein 9 isoform X1

Pathways from BioSystems

Homologies

Mus musculus (house mouse)	Lrrc9	NP_001136200.1
Danio rerio (zebrafish)	lrrc9	NP_001107274.2
Pan troglodytes (chimpanzee)	LOC452946	XP_509984.3
Canis lupus familiaris (dog)	LRRC9	XP_005623516.1
Gallus gallus (chicken)	LRRC9	XP_003641492.2
Bos taurus (cattle)	LRRC9	XP_002691063.2
Rattus norvegicus (Norway rat)	Lrrc9	NP_001178542.1
Xenopus tropicalis (tropical clawed frog)	lrrc9	NP_001072747.1

Gene Ontology
Bibliography

Related articles in PubMed

Genetic and genomic tools for Xenopus research: The NIH Xenopus initiative.
Klein SL, Strausberg RL, Wagner L, Pontius J, Clifton SW, Richardson P
Developmental dynamics : an official publication of the American Association of Anatomists225(4)384-91(2002 Dec)

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

The following lrrc9 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the lrrc9 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)
OXa63824	XM_018096335.2 Latest version!	Xenopus tropicalis leucine rich repeat containing 9 (lrrc9), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OXa63825	XM_012968697.3 Latest version!	Xenopus tropicalis leucine rich repeat containing 9 (lrrc9), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OXa63826	XM_031890598.1 Latest version!	Xenopus tropicalis leucine rich repeat containing 9 (lrrc9), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OXa01128	NM_001079279.1 Latest version!	Xenopus tropicalis leucine rich repeat containing 9 (lrrc9), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$797.30 $1139.00
OXa29585	XM_018096335.1 Latest version!	Xenopus tropicalis leucine rich repeat containing 9 (lrrc9), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$881.30 $1259.00
OXa29585	XM_018096336.1 Latest version!	Xenopus tropicalis leucine rich repeat containing 9 (lrrc9), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$881.30 $1259.00
OXa29586	XM_012968697.2 Latest version!	Xenopus tropicalis leucine rich repeat containing 9 (lrrc9), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$881.30 $1259.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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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)

lrrc9 ( XM_018096335.2 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_017951824.1 Xenopus tropicalis leucine rich repeat containing 9 (lrrc9), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OXa63824
Clone ID Related Accession (Same CDS sequence)	XM_018096335.2
Accession Version	XM_018096335.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4545bp) 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	2019-12-17
Organism	Xenopus tropicalis(tropical clawed frog)
Product	leucine-rich repeat-containing protein 9 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030684.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Dec 18, 2019 this sequence version replaced XM_018096335.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCTGTCAA ATGAAAACTT GAATTCTGAA GAAATCATAA GAGAATTGTG TGCGTGCAAT 
GGCTTAAGTT TTGAGAAGAT CAGACAGGAT GGACCAGCGA CAACAACACT GGAAATGTTT 
TTCTCTGGAT ACCCCAAGAT GGCGGGGCTT TCCTACTTTC CAAATCTCAC CCAACTCATT 
CTTGTTGGAC AAAATATACA TTGTATTGCT GGTCTGGAGT CTTGTCATTT TCTTAAGGAA 
CTGTGGATTA CTGAGTGTCA CTTAAGTAAA ATTCAGGGCC TTCATCATTG TGCAGATTTG 
CAAAAGCTTT ACCTTTATCA TAACGAAATT TCTGTTATCG AGGGTCTAGA AAACCTGCTC 
AAGTTGGAAG TGTTATGGCT GAATAATAAT CAAATTAACG TAATAGAGGG ATTAGATATG 
ATGCAGAATT TAAAAGAGCT CAATCTTGCC AACAATTTAA TACATTCCAT AGGAGAGAGC 
TTAGATCCTA ATGTACAACT TGAAAGACTA AATCTGTCTG GTAACAAAAT ATCCTCTTTC 
AAGGAACTGA CCAATTTAGC AAGGTTGCCA AGCCTAATGG ACTTGGGTCT GAAGGATCCA 
CAGTATAGCC CTAATCCTGT CTGCCTTCTC TGCAACTATG CTATACATGT ATTATATCAC 
ATACCTCAGC TGCAGAGACT TGACACGTAT GATGTATCTG AGAAGCAGAT CAAGAACCTT 
GCTGAATCTA CAGTGGTTAA GAAAATAATG TATTATAACA TGCGTATGAA GAATAACCAA 
AGGCAACAAA GAGAGGAACT TGAAAAAGTG AGAGAAAGGA CATCCAAGGC AAAGCAGGTT 
CCAGAGAATC GGATCAGAGC ACTTAGTTTC TTAGTCAAAA ATTTAGAGCA TGAACTCACT 
GACATGCAGT CATCTGGCAA CATGCAAGCA AATATTCCCA TTTCCAATAA GTTTCATGAG 
AATAACTGTG ACACAGAAGA GTCAAACTCA CAGCAATCCA GTGAAAGACG CAAGAATAAT 
TCAGATCGTC TGGAGCAGAT CCATAAAAAA ATATGTGCAC TGAAAGAAAG GATGATATTC 
TGGACAAGGA AATTGTCTGA AGTAGAAAAA CATCATGAGG AAAAATGTAG AAGGATGAAA 
GATAGCTTCC ACCTGCTAGA CCAGTTTCTT CAGACTGAGC TTGAAACTGT CGGGAATGTA 
CGCTTTGAAG AAGGCACTGC AGCAGATTCA TGGTTTAAAT CTTGCTATGA TTTGATTGTT 
TCGAGATTTT GTGCAATGAA CTTTAGAGCT TATGGAATTT CGGGCATTAA AATTCACAGA 
ATAGTCAGAG TACACAATCG TATTCTTAGA CTAAAATTTG AAGATAAAGT GCAGTACTGG 
ATGGATAATG AAGACCTGTA CACCACAGAG AGCTACAAGA AAAAACTGGA GTATCTTTTT 
TACATATTTG ACCCCAAACT CCCTATAGAT AAAAAGGAAC TTCTTCACGT TCTTGAAAAT 
GGCTGCAATA TCACCAGGTC ATCCCAGCTG CCTGAACAAG AACAAGTTGA GGCTGTTCTA 
CTTACTAACA GTATGAGTTT GTGCGAGGGA CCAAGATTAG AGTTCTTACA AAAACAAGCA 
ATGAACAAGA GCTGCGATCC AGAGGCTTTT AAAGATGGTA TAATTGTCAT TGCTAAAGTG 
TTTCTGGGAC GAAGTGTAAA AGCACGGGAT GATCTTCCTA TCAAGCCAAA TAATTATGCA 
AAGGTGAATT CAGTCTACAG ACTGCAGAAG TTTGCAAACA GCACCTTTAA TTCATTAAAT 
GATGAAATCT GTTCTTCTAA GGAACATGGG AACTGTGATT GCAGTCTGCG ACAGTGCGAG 
TGGCTTGTGT TTGATCATGA ATTCATTTTG CCTGAATACG TTGTCGAGTT TGAATACATT 
TCCATGGAAA AGTCATCAGG GTTTGTCACG CCATCTAATG AAAATGCTGA AGATGTATCA 
CATGATCTTA AGCTTGATGA AGATGCCATT GCTCTAGAAC CTTTTTTAAA GCCAAAACCC 
AAAATTATCA GCCTCGATGA AAAGACAGTT CTATCAGTGG CTAGAGCTAA TATTTATAGC 
CAGATAACAG TCCTAAATTT ACATGGAAAC AGTCTAAGTA AACTGAAAGA TATCTCAAGA 
CTAAACGGAC TTCGAAAACT CATTATAAGT TTTAATGAGT TTTCTAGCTT GGAAGATGTG 
TCTTACCTGA CTAATTTGGA ATACTTGGAT GCCAGCCACA ATCAGGTGAT AACTCTGGAA 
GGATTTAAAG GTTTAGGAAA ACTGAAGTAC TTAGACTTAA GTTGGAACAA GTTGACTAAT 
AGCAGAGAAG ATCTACACAT TTTACGTAAG CATGCAATAC AGCTTTCATC CCTGGACATT 
CGATACAATT TCTGGCAAAA GCCAGCTTCA GTGCTCAAGG ACACTATTGC AATATTGCCA 
TCATTGACTC ATTTGAATGG TGTCACCATA ACAGAAGATG AGATTTCGGA GGCTTTGCAG 
ATTTCCTCTG GGTCCAGAAT TACACAGGCT TCACTACTAA TCAACGCAAG GACAGATACT 
GTAAAACCGC GCTGCCTAAA TTTATTGCCA TCTGCACAAA TTCTTGCTCA ATTTAGCAAG 
AACTGTCTGG ATCCAAATGC TGAACTGAGT AACAGTTGGT ACACCAAGAT AACCTCCCTG 
ACCTTAGACA GCCAGAATCT CGTCAGAATT ACAAACCTGG AAAAACTAGT AAATCTACGA 
TGGGCATCTT TCAGCAGCAA CCATTTGACA AAAATCGAGG GATTGGAACA TTGTGTGAAT 
CTGGAAGAGC TTAACCTTGA TGATAACTCC ATCTCCAAAC TAGAGGGGCT TTCAAAGCTG 
ACTAAATTAA GAAGGCTAAG TATTAATAAC AATCTCCTTG CTGGCTTTGA CAGACATGTT 
ATTGAGAGCC TGTCTCATCT TCACTTCCTT TCTGCTGAGA ACAACAATAT CAGCTCACTA 
GCTGGTCTGC AGAGAGGTTA CAAATTAATT GAACTGTACC TCAGCAATAA CTGTATCAGT 
AGCAACCAAG AAATCTACAG TCTGAAGGGT TTAAATAACT TAGTAATTCT GGATATGTGG 
GGCAATCCAA TTCTGTTGAA ACACGAGAAC TACAGATTAT TTGTTATTTT CCATCTTTCT 
GCCATAAAAG CTTTGGATGG CGTTGCAGTG GAACCATCAG AATGTGAGAA TGCTAAGGAT 
ATGTTTGGCG GAAGACTTAC ATCTGATATG ATTGCAGAAA GAATAGGCCA CCAGAGATTT 
ACTGAATTGC AGGACTTAAA CTGGAGAACT TCATCTATCA GATCAATTGA TCTTGTTCCT 
GCTGACCACT TTAGGAACGT GCAAACTGTG AATTTAGAGA ATAATAATCT CACGTCATTC 
AGCGGATTAA TTTTCCTTCC AAATATTAAG AACCTGTATC TTAATCACAA TCGCATTGAA 
TCGATTTTGC CCCAACAAAA GTCTCAAAGT CACCTTACTA ACAGACAGAT CCTTCACCAG 
AAAGTCAGTT CCAGTGGTTA TGGACAACAA GGAACTTCCA AGGGAAGCCG AGATACAGTA 
TATGGAGAAG CCCTAAGTCC AGTAATGCAA AGTTTAGAAG TTCTTCACCT GGGTTACAAT 
GGCATCAATA GTCTGCCCAT GCTTCAGCTA GGCAGGTTAC GAAATCTGAA ATCACTGTAT 
TTGCAAGGTA ATGAAATTAG TCATGTGGAA GGTCTTGAAA ATCTACAGTT TCTCCGAGAG 
CTTGTGTTAG ACCATAACCG TATTAAAGCT ATTGCAGAGA CATCATTTGC CAAACTGAAT 
TCTCTGGTCT CTCTTAATCT GGAAGAAAAC AGACTCCGGG ACCTAAATAA CTTACCGCCT 
CTTCTTAAGT TAAGAAAGCT ACTTATTGGT TCCAATAAAA TTCAGGAAAT ATCTGAAATA 
GAAAAACTTG AAGTTATTCC AGCACTGGTG GAACTTTCTA TTTCTGGAAA TCCAATTTCC 
CGCAAGCCTT TCCTCCGAAA TCTGCTTGTT GTTCGTTTGC AAAACCTGCA GATATTAGAT 
GGCATTCTCA TAACTGCAGA AGACAGAGCA AGAGCAGAAA TGTATTTCAT GGAACAGCAG 
TCACTGACTG TTCCGAATGC AGTAATGGAT CTGGGGAATC CTGTTTCCAC TATGATTGTG 
AGCAAGCCTT TGCCACTACG TGTAACTAAC TTCCCTCTGG CAGGAGGGGC CCACCACTCC 
CTTGGTGCTG ACCTCCATTT TAATAATGGC CATGAAGACA TCTTTCAAAA TGAAGCAAAC 
AAGTACAAGA AGTTAAAGAA TTACACTGTA GGTGTAGGAC ATAATCCACA GAACACCCAA 
GATATTGCCT TGAGGCAGCT CAGAGGAGGA ACACATTTTC CTGCATCCTA CTTAACTCAA 
CAAAGTGGCC AAGCTCGCAG CCAACAAAAG CACCCATTCA ATCAAGAAAA TGAGGGAAGG 
CACAACACAC AGTGTATTCC CCCAGCATTA TATAAATCAC CATGA

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

RefSeq	XP_017951824.1
CDS	164..4708
Translation	MLSNENLNSEEIIRELCACNGLSFEKIRQDGPATTTLEMFFSGYPKMAGLSYFPNLTQLILVGQNIHCIAGLESCHFLKELWITECHLSKIQGLHHCADLQKLYLYHNEISVIEGLENLLKLEVLWLNNNQINVIEGLDMMQNLKELNLANNLIHSIGESLDPNVQLERLNLSGNKISSFKELTNLARLPSLMDLGLKDPQYSPNPVCLLCNYAIHVLYHIPQLQRLDTYDVSEKQIKNLAESTVVKKIMYYNMRMKNNQRQQREELEKVRERTSKAKQVPENRIRALSFLVKNLEHELTDMQSSGNMQANIPISNKFHENNCDTEESNSQQSSERRKNNSDRLEQIHKKICALKERMIFWTRKLSEVEKHHEEKCRRMKDSFHLLDQFLQTELETVGNVRFEEGTAADSWFKSCYDLIVSRFCAMNFRAYGISGIKIHRIVRVHNRILRLKFEDKVQYWMDNEDLYTTESYKKKLEYLFYIFDPKLPIDKKELLHVLENGCNITRSSQLPEQEQVEAVLLTNSMSLCEGPRLEFLQKQAMNKSCDPEAFKDGIIVIAKVFLGRSVKARDDLPIKPNNYAKVNSVYRLQKFANSTFNSLNDEICSSKEHGNCDCSLRQCEWLVFDHEFILPEYVVEFEYISMEKSSGFVTPSNENAEDVSHDLKLDEDAIALEPFLKPKPKIISLDEKTVLSVARANIYSQITVLNLHGNSLSKLKDISRLNGLRKLIISFNEFSSLEDVSYLTNLEYLDASHNQVITLEGFKGLGKLKYLDLSWNKLTNSREDLHILRKHAIQLSSLDIRYNFWQKPASVLKDTIAILPSLTHLNGVTITEDEISEALQISSGSRITQASLLINARTDTVKPRCLNLLPSAQILAQFSKNCLDPNAELSNSWYTKITSLTLDSQNLVRITNLEKLVNLRWASFSSNHLTKIEGLEHCVNLEELNLDDNSISKLEGLSKLTKLRRLSINNNLLAGFDRHVIESLSHLHFLSAENNNISSLAGLQRGYKLIELYLSNNCISSNQEIYSLKGLNNLVILDMWGNPILLKHENYRLFVIFHLSAIKALDGVAVEPSECENAKDMFGGRLTSDMIAERIGHQRFTELQDLNWRTSSIRSIDLVPADHFRNVQTVNLENNNLTSFSGLIFLPNIKNLYLNHNRIESILPQQKSQSHLTNRQILHQKVSSSGYGQQGTSKGSRDTVYGEALSPVMQSLEVLHLGYNGINSLPMLQLGRLRNLKSLYLQGNEISHVEGLENLQFLRELVLDHNRIKAIAETSFAKLNSLVSLNLEENRLRDLNNLPPLLKLRKLLIGSNKIQEISEIEKLEVIPALVELSISGNPISRKPFLRNLLVVRLQNLQILDGILITAEDRARAEMYFMEQQSLTVPNAVMDLGNPVSTMIVSKPLPLRVTNFPLAGGAHHSLGADLHFNNGHEDIFQNEANKYKKLKNYTVGVGHNPQNTQDIALRQLRGGTHFPASYLTQQSGQARSQQKHPFNQENEGRHNTQCIPPALYKSP

Target ORF information:

RefSeq Version	XM_018096335.2
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis leucine rich repeat containing 9 (lrrc9), transcript variant X1, mRNA.

Target ORF information:

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

XM_018096335.2

ORF Insert Sequence:

ATGCTGTCAA ATGAAAACTT GAATTCTGAA GAAATCATAA GAGAATTGTG TGCGTGCAAT 
GGCTTAAGTT TTGAGAAGAT CAGACAGGAT GGACCAGCGA CAACAACACT GGAAATGTTT 
TTCTCTGGAT ACCCCAAGAT GGCGGGGCTT TCCTACTTTC CAAATCTCAC CCAACTCATT 
CTTGTTGGAC AAAATATACA TTGTATTGCT GGTCTGGAGT CTTGTCATTT TCTTAAGGAA 
CTGTGGATTA CTGAGTGTCA CTTAAGTAAA ATTCAGGGCC TTCATCATTG TGCAGATTTG 
CAAAAGCTTT ACCTTTATCA TAACGAAATT TCTGTTATCG AGGGTCTAGA AAACCTGCTC 
AAGTTGGAAG TGTTATGGCT GAATAATAAT CAAATTAACG TAATAGAGGG ATTAGATATG 
ATGCAGAATT TAAAAGAGCT CAATCTTGCC AACAATTTAA TACATTCCAT AGGAGAGAGC 
TTAGATCCTA ATGTACAACT TGAAAGACTA AATCTGTCTG GTAACAAAAT ATCCTCTTTC 
AAGGAACTGA CCAATTTAGC AAGGTTGCCA AGCCTAATGG ACTTGGGTCT GAAGGATCCA 
CAGTATAGCC CTAATCCTGT CTGCCTTCTC TGCAACTATG CTATACATGT ATTATATCAC 
ATACCTCAGC TGCAGAGACT TGACACGTAT GATGTATCTG AGAAGCAGAT CAAGAACCTT 
GCTGAATCTA CAGTGGTTAA GAAAATAATG TATTATAACA TGCGTATGAA GAATAACCAA 
AGGCAACAAA GAGAGGAACT TGAAAAAGTG AGAGAAAGGA CATCCAAGGC AAAGCAGGTT 
CCAGAGAATC GGATCAGAGC ACTTAGTTTC TTAGTCAAAA ATTTAGAGCA TGAACTCACT 
GACATGCAGT CATCTGGCAA CATGCAAGCA AATATTCCCA TTTCCAATAA GTTTCATGAG 
AATAACTGTG ACACAGAAGA GTCAAACTCA CAGCAATCCA GTGAAAGACG CAAGAATAAT 
TCAGATCGTC TGGAGCAGAT CCATAAAAAA ATATGTGCAC TGAAAGAAAG GATGATATTC 
TGGACAAGGA AATTGTCTGA AGTAGAAAAA CATCATGAGG AAAAATGTAG AAGGATGAAA 
GATAGCTTCC ACCTGCTAGA CCAGTTTCTT CAGACTGAGC TTGAAACTGT CGGGAATGTA 
CGCTTTGAAG AAGGCACTGC AGCAGATTCA TGGTTTAAAT CTTGCTATGA TTTGATTGTT 
TCGAGATTTT GTGCAATGAA CTTTAGAGCT TATGGAATTT CGGGCATTAA AATTCACAGA 
ATAGTCAGAG TACACAATCG TATTCTTAGA CTAAAATTTG AAGATAAAGT GCAGTACTGG 
ATGGATAATG AAGACCTGTA CACCACAGAG AGCTACAAGA AAAAACTGGA GTATCTTTTT 
TACATATTTG ACCCCAAACT CCCTATAGAT AAAAAGGAAC TTCTTCACGT TCTTGAAAAT 
GGCTGCAATA TCACCAGGTC ATCCCAGCTG CCTGAACAAG AACAAGTTGA GGCTGTTCTA 
CTTACTAACA GTATGAGTTT GTGCGAGGGA CCAAGATTAG AGTTCTTACA AAAACAAGCA 
ATGAACAAGA GCTGCGATCC AGAGGCTTTT AAAGATGGTA TAATTGTCAT TGCTAAAGTG 
TTTCTGGGAC GAAGTGTAAA AGCACGGGAT GATCTTCCTA TCAAGCCAAA TAATTATGCA 
AAGGTGAATT CAGTCTACAG ACTGCAGAAG TTTGCAAACA GCACCTTTAA TTCATTAAAT 
GATGAAATCT GTTCTTCTAA GGAACATGGG AACTGTGATT GCAGTCTGCG ACAGTGCGAG 
TGGCTTGTGT TTGATCATGA ATTCATTTTG CCTGAATACG TTGTCGAGTT TGAATACATT 
TCCATGGAAA AGTCATCAGG GTTTGTCACG CCATCTAATG AAAATGCTGA AGATGTATCA 
CATGATCTTA AGCTTGATGA AGATGCCATT GCTCTAGAAC CTTTTTTAAA GCCAAAACCC 
AAAATTATCA GCCTCGATGA AAAGACAGTT CTATCAGTGG CTAGAGCTAA TATTTATAGC 
CAGATAACAG TCCTAAATTT ACATGGAAAC AGTCTAAGTA AACTGAAAGA TATCTCAAGA 
CTAAACGGAC TTCGAAAACT CATTATAAGT TTTAATGAGT TTTCTAGCTT GGAAGATGTG 
TCTTACCTGA CTAATTTGGA ATACTTGGAT GCCAGCCACA ATCAGGTGAT AACTCTGGAA 
GGATTTAAAG GTTTAGGAAA ACTGAAGTAC TTAGACTTAA GTTGGAACAA GTTGACTAAT 
AGCAGAGAAG ATCTACACAT TTTACGTAAG CATGCAATAC AGCTTTCATC CCTGGACATT 
CGATACAATT TCTGGCAAAA GCCAGCTTCA GTGCTCAAGG ACACTATTGC AATATTGCCA 
TCATTGACTC ATTTGAATGG TGTCACCATA ACAGAAGATG AGATTTCGGA GGCTTTGCAG 
ATTTCCTCTG GGTCCAGAAT TACACAGGCT TCACTACTAA TCAACGCAAG GACAGATACT 
GTAAAACCGC GCTGCCTAAA TTTATTGCCA TCTGCACAAA TTCTTGCTCA ATTTAGCAAG 
AACTGTCTGG ATCCAAATGC TGAACTGAGT AACAGTTGGT ACACCAAGAT AACCTCCCTG 
ACCTTAGACA GCCAGAATCT CGTCAGAATT ACAAACCTGG AAAAACTAGT AAATCTACGA 
TGGGCATCTT TCAGCAGCAA CCATTTGACA AAAATCGAGG GATTGGAACA TTGTGTGAAT 
CTGGAAGAGC TTAACCTTGA TGATAACTCC ATCTCCAAAC TAGAGGGGCT TTCAAAGCTG 
ACTAAATTAA GAAGGCTAAG TATTAATAAC AATCTCCTTG CTGGCTTTGA CAGACATGTT 
ATTGAGAGCC TGTCTCATCT TCACTTCCTT TCTGCTGAGA ACAACAATAT CAGCTCACTA 
GCTGGTCTGC AGAGAGGTTA CAAATTAATT GAACTGTACC TCAGCAATAA CTGTATCAGT 
AGCAACCAAG AAATCTACAG TCTGAAGGGT TTAAATAACT TAGTAATTCT GGATATGTGG 
GGCAATCCAA TTCTGTTGAA ACACGAGAAC TACAGATTAT TTGTTATTTT CCATCTTTCT 
GCCATAAAAG CTTTGGATGG CGTTGCAGTG GAACCATCAG AATGTGAGAA TGCTAAGGAT 
ATGTTTGGCG GAAGACTTAC ATCTGATATG ATTGCAGAAA GAATAGGCCA CCAGAGATTT 
ACTGAATTGC AGGACTTAAA CTGGAGAACT TCATCTATCA GATCAATTGA TCTTGTTCCT 
GCTGACCACT TTAGGAACGT GCAAACTGTG AATTTAGAGA ATAATAATCT CACGTCATTC 
AGCGGATTAA TTTTCCTTCC AAATATTAAG AACCTGTATC TTAATCACAA TCGCATTGAA 
TCGATTTTGC CCCAACAAAA GTCTCAAAGT CACCTTACTA ACAGACAGAT CCTTCACCAG 
AAAGTCAGTT CCAGTGGTTA TGGACAACAA GGAACTTCCA AGGGAAGCCG AGATACAGTA 
TATGGAGAAG CCCTAAGTCC AGTAATGCAA AGTTTAGAAG TTCTTCACCT GGGTTACAAT 
GGCATCAATA GTCTGCCCAT GCTTCAGCTA GGCAGGTTAC GAAATCTGAA ATCACTGTAT 
TTGCAAGGTA ATGAAATTAG TCATGTGGAA GGTCTTGAAA ATCTACAGTT TCTCCGAGAG 
CTTGTGTTAG ACCATAACCG TATTAAAGCT ATTGCAGAGA CATCATTTGC CAAACTGAAT 
TCTCTGGTCT CTCTTAATCT GGAAGAAAAC AGACTCCGGG ACCTAAATAA CTTACCGCCT 
CTTCTTAAGT TAAGAAAGCT ACTTATTGGT TCCAATAAAA TTCAGGAAAT ATCTGAAATA 
GAAAAACTTG AAGTTATTCC AGCACTGGTG GAACTTTCTA TTTCTGGAAA TCCAATTTCC 
CGCAAGCCTT TCCTCCGAAA TCTGCTTGTT GTTCGTTTGC AAAACCTGCA GATATTAGAT 
GGCATTCTCA TAACTGCAGA AGACAGAGCA AGAGCAGAAA TGTATTTCAT GGAACAGCAG 
TCACTGACTG TTCCGAATGC AGTAATGGAT CTGGGGAATC CTGTTTCCAC TATGATTGTG 
AGCAAGCCTT TGCCACTACG TGTAACTAAC TTCCCTCTGG CAGGAGGGGC CCACCACTCC 
CTTGGTGCTG ACCTCCATTT TAATAATGGC CATGAAGACA TCTTTCAAAA TGAAGCAAAC 
AAGTACAAGA AGTTAAAGAA TTACACTGTA GGTGTAGGAC ATAATCCACA GAACACCCAA 
GATATTGCCT TGAGGCAGCT CAGAGGAGGA ACACATTTTC CTGCATCCTA CTTAACTCAA 
CAAAGTGGCC AAGCTCGCAG CCAACAAAAG CACCCATTCA ATCAAGAAAA TGAGGGAAGG 
CACAACACAC AGTGTATTCC CCCAGCATTA TATAAATCAC CATGA

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

lrrc9 ( XM_012968697.3 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012824151.1 Xenopus tropicalis leucine rich repeat containing 9 (lrrc9), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OXa63825
Clone ID Related Accession (Same CDS sequence)	XM_012968697.3
Accession Version	XM_012968697.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4539bp) 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	2019-12-17
Organism	Xenopus tropicalis(tropical clawed frog)
Product	leucine-rich repeat-containing protein 9 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030684.2) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Dec 18, 2019 this sequence version replaced XM_012968697.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCTGTCAA ATGAAAACTT GAATTCTGAA GAAATCATAA GAGAATTGTG TGCGTGCAAT 
GGCTTAAGTT TTGAGAAGAT CAGACAGGAT GGACCAGCGA CAACAACACT GGAAATGTTT 
TTCTCTGGAT ACCCCAAGAT GGCGGGGCTT TCCTACTTTC CAAATCTCAC CCAACTCATT 
CTTGTTGGAC AAAATATACA TTGTATTGCT GGTCTGGAGT CTTGTCATTT TCTTAAGGAA 
CTGTGGATTA CTGAGTGTCA CTTAAGTAAA ATTCAGGGCC TTCATCATTG TGCAGATTTG 
CAAAAGCTTT ACCTTTATCA TAACGAAATT TCTGTTATCG AGGGTCTAGA AAACCTGCTC 
AAGTTGGAAG TGTTATGGCT GAATAATAAT CAAATTAACG TAATAGAGGG ATTAGATATG 
ATGCAGAATT TAAAAGAGCT CAATCTTGCC AACAATTTAA TACATTCCAT AGGAGAGAGC 
TTAGATCCTA ATGTACAACT TGAAAGACTA AATCTGTCTG GTAACAAAAT ATCCTCTTTC 
AAGGAACTGA CCAATTTAGC AAGGTTGCCA AGCCTAATGG ACTTGGGTCT GAAGGATCCA 
CAGTATAGCC CTAATCCTGT CTGCCTTCTC TGCAACTATG CTATACATGT ATTATATCAC 
ATACCTCAGC TGCAGAGACT TGACACGTAT GATGTATCTG AGAAGCAGAT CAAGAACCTT 
GCTGAATCTA CAGTGGTTAA GAAAATAATG TATTATAACA TGCGTATGAA GAATAACCAA 
AGGCAACAAA GAGAGGAACT TGAAAAAGTG AGAGAAAGGA CATCCAAGGC AAAGCAGGTT 
CCAGAGAATC GGATCAGAGC ACTTAGTTTC TTAGTCAAAA ATTTAGAGCA TGAACTCACT 
GACATGCAGT CATCTGGCAA CATGCAAGCA AATATTCCCA TTTCCAATAA GTTTCATGAG 
AATAACTGTG ACACAGAAGA GTCAAACTCA CAGCAATCCA GTGAAAGACG CAAGAATAAT 
TCAGATCGTC TGGAGCAGAT CCATAAAAAA ATATGTGCAC TGAAAGAAAG GATGATATTC 
TGGACAAGGA AATTGTCTGA AGTAGAAAAA CATCATGAGG AAAAATGTAG AAGGATGAAA 
GATAGCTTCC ACCTGCTAGA CCAGTTTCTT CAGACTGAGC TTGAAACTGT CGGGAATGTA 
CGCTTTGAAG AAGGCACTGC AGCAGATTCA TGGTTTAAAT CTTGCTATGA TTTGATTGTT 
TCGAGATTTT GTGCAATGAA CTTTAGAGCT TATGGAATTT CGGGCATTAA AATTCACAGA 
ATAGTCAGAG TACACAATCG TATTCTTAGA CTAAAATTTG AAGATAAAGT GCAGTACTGG 
ATGGATAATG AAGACCTGTA CACCACAGAG AGCTACAAGA AAAAACTGGA GTATCTTTTT 
TACATATTTG ACCCCAAACT CCCTATAGAT AAAAAGGAAC TTCTTCACGT TCTTGAAAAT 
GGCTGCAATA TCACCAGGTC ATCCCAGCTG CCTGAACAAG AACAAGTTGA GGCTGTTCTA 
CTTACTAACA GTATGAGTTT GTGCGAGGGA CCAAGATTAG AGTTCTTACA AAAACAAGCA 
ATGAACAAGA GCTGCGATCC AGAGGCTTTT AAAGATGGTA TAATTGTCAT TGCTAAAGTG 
TTTCTGGGAC GAAGTGTAAA AGCACGGGAT GATCTTCCTA TCAAGCCAAA TAATTATGCA 
AAGGTGAATT CAGTCTACAG ACTGCAGAAG TTTGCAAACA GCACCTTTAA TTCATTAAAT 
GATGAAATCT GTTCTTCTAA GGAACATGGG AACTGTGATT GCAGTCTGCG ACAGTGCGAG 
TGGCTTGTGT TTGATCATGA ATTCATTTTG CCTGAATACG TTGTCGAGTT TGAATACATT 
TCCATGGAAA AGTCATCAGG GTTTGTCACG CCATCTAATG AAAATGCTGA AGATGTATCA 
CATGATCTTA AGCTTGATGA AGATGCCATT GCTCTAGAAC CTTTTTTAAA GCCAAAACCC 
AAAATTATCA GCCTCGATGA AAAGACAGTT CTATCAGTGG CTAGAGCTAA TATTTATAGC 
CAGATAACAG TCCTAAATTT ACATGGAAAC AGTCTAAGTA AACTGAAAGA TATCTCAAGA 
CTAAACGGAC TTCGAAAACT CATTATAAGT TTTAATGAGT TTTCTAGCTT GGAAGATGTG 
TCTTACCTGA CTAATTTGGA ATACTTGGAT GCCAGCCACA ATCAGGTGAT AACTCTGGAA 
GGATTTAAAG GTTTAGGAAA ACTGAAGTAC TTAGACTTAA GTTGGAACAA GTTGACTAAT 
AGCAGAGAAG ATCTACACAT TTTACGTAAG CATGCAATAC AGCTTTCATC CCTGGACATT 
CGATACAATT TCTGGCAAAA GCCAGCTTCA GTGCTCAAGG ACACTATTGC AATATTGCCA 
TCATTGACTC ATTTGAATGG TGTCACCATA ACAGAAGATG AGATTTCGGA GGCTTTGCAG 
ATTTCCTCTG GGTCCAGAAT TACACAGGCT TCACTACTAA TCAACGCAAG GACAGATACT 
GTAAAACCGC GCTGCCTAAA TTTATTGCCA TCTGCACAAA TTCTTGCTCA ATTTAGCAAG 
AACTGTCTGG ATCCAAATGC TGAACTGAGT AACAGTTGGT ACACCAAGAT AACCTCCCTG 
ACCTTAGACA GCCAGAATCT CGTCAGAATT ACAAACCTGG AAAAACTAGT AAATCTACGA 
TGGGCATCTT TCAGCAGCAA CCATTTGACA AAAATCGAGG GATTGGAACA TTGTGTGAAT 
CTGGAAGAGC TTAACCTTGA TGATAACTCC ATCTCCAAAC TAGAGGGGCT TTCAAAGCTG 
ACTAAATTAA GAAGGCTAAG TATTAATAAC AATCTCCTTG CTGGCTTTGA CAGACATGTT 
ATTGAGAGCC TGTCTCATCT TCACTTCCTT TCTGCTGAGA ACAACAATAT CAGCTCACTA 
GCTGGTCTGC AGAGAGGTTA CAAATTAATT GAACTGTACC TCAGCAATAA CTGTATCAGT 
AGCAACCAAG AAATCTACAG TCTGAAGGGT TTAAATAACT TAGTAATTCT GGATATGTGG 
GGCAATCCAA TTCTGTTGAA ACACGAGAAC TACAGATTAT TTGTTATTTT CCATCTTTCT 
GCCATAAAAG CTTTGGATGG CGTTGCAGTG GAACCATCAG AATGTGAGAA TGCTAAGGAT 
ATGTTTGGCG GAAGACTTAC ATCTGATATG ATTGCAGAAA GAATAGGCCA CCAGAGATTT 
ACTGAATTGC AGGACTTAAA CTGGAGAACT TCATCTATCA GATCAATTGA TCTTGTTCCT 
GCTGACCACT TTAGGAACGT GCAAACTGTG AATTTAGAGA ATAATAATCT CACGTCATTC 
AGCGGATTAA TTTTCCTTCC AAATATTAAG AACCTGTATC TTAATCACAA TCGCATTGAA 
TCGATTTTGC CCCAACAAAA GTCTCAAAGT CACCTTACTA ACAGACAGAT CCTTCACCAG 
AAAGTCAGTT CCAGTGGTTA TGGACAACAA GGAACTTCCA AGGGAAGCCG AGATACAGTA 
TATGGAGAAG CCCTAAGTCC AGTAATGCAA AGTTTAGAAG TTCTTCACCT GGGTTACAAT 
GGCATCAATA GTCTGCCCAT GCTTCAGCTA GGCAGGTTAC GAAATCTGAA ATCACTGTAT 
TTGCAAGGTA ATGAAATTAG TCATGTGGAA GGTCTTGAAA ATCTACAGTT TCTCCGAGAG 
CTTGTGTTAG ACCATAACCG TATTAAAGCT ATTGCAGAGA CATCATTTGC CAAACTGAAT 
TCTCTGGTCT CTCTTAATCT GGAAGAAAAC AGACTCCGGG ACCTAAATAA CTTACCGCCT 
CTTCTTAAGT TAAGAAAGCT ACTTATTGGT TCCAATAAAA TTCAGGAAAT ATCTGAAATA 
GAAAAACTTG AAGTTATTCC AGCACTGGTG GAACTTTCTA TTTCTGGAAA TCCAATTTCC 
CGCAAGCCTT TCCTCCGAAA TCTGCTTGTT GTTCGTTTGC AAAACCTGCA GATATTAGAT 
GGCATTCTCA TAACTGCAGA AGACAGAGCA AGAGCAGAAA TGTATTTCAT GGAACAGCAG 
TCACTGACTG TTCCGAATGC AGTAATGGAT CTGGGGAATC CTGTTTCCAC TATGATTGTG 
AGCAAGCCTT TGCCACTACG TGTAACTAAC TTCCCTCTGG CAGGAGGGGC CCACCACTCC 
CTTGGTGCTG ACCTCCATTT TAATAATGGC CATGAAGACA TCTTTCAAAA TGAAGCAAAC 
AAGTACAAGA AGTTAAAGAA TTACACTGTA GGTGTAGGAC ATAATCCACA GAACACCCAA 
GATATTGCCT TGAGGCAGCT CAGAGGAGGA ACACATTTTC CTGCATCCTA CTTAACTCAA 
CAAAGTGGCC AAGCTCGCAG CCAACAAAAG CACCCATTCA ATCAAGAAAA TGAGGGAAGG 
CTACTAGGTA ACGAGAACGT ACGGCAAAAT CGCCCATGA

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

RefSeq	XP_012824151.1
CDS	163..4701
Translation	MLSNENLNSEEIIRELCACNGLSFEKIRQDGPATTTLEMFFSGYPKMAGLSYFPNLTQLILVGQNIHCIAGLESCHFLKELWITECHLSKIQGLHHCADLQKLYLYHNEISVIEGLENLLKLEVLWLNNNQINVIEGLDMMQNLKELNLANNLIHSIGESLDPNVQLERLNLSGNKISSFKELTNLARLPSLMDLGLKDPQYSPNPVCLLCNYAIHVLYHIPQLQRLDTYDVSEKQIKNLAESTVVKKIMYYNMRMKNNQRQQREELEKVRERTSKAKQVPENRIRALSFLVKNLEHELTDMQSSGNMQANIPISNKFHENNCDTEESNSQQSSERRKNNSDRLEQIHKKICALKERMIFWTRKLSEVEKHHEEKCRRMKDSFHLLDQFLQTELETVGNVRFEEGTAADSWFKSCYDLIVSRFCAMNFRAYGISGIKIHRIVRVHNRILRLKFEDKVQYWMDNEDLYTTESYKKKLEYLFYIFDPKLPIDKKELLHVLENGCNITRSSQLPEQEQVEAVLLTNSMSLCEGPRLEFLQKQAMNKSCDPEAFKDGIIVIAKVFLGRSVKARDDLPIKPNNYAKVNSVYRLQKFANSTFNSLNDEICSSKEHGNCDCSLRQCEWLVFDHEFILPEYVVEFEYISMEKSSGFVTPSNENAEDVSHDLKLDEDAIALEPFLKPKPKIISLDEKTVLSVARANIYSQITVLNLHGNSLSKLKDISRLNGLRKLIISFNEFSSLEDVSYLTNLEYLDASHNQVITLEGFKGLGKLKYLDLSWNKLTNSREDLHILRKHAIQLSSLDIRYNFWQKPASVLKDTIAILPSLTHLNGVTITEDEISEALQISSGSRITQASLLINARTDTVKPRCLNLLPSAQILAQFSKNCLDPNAELSNSWYTKITSLTLDSQNLVRITNLEKLVNLRWASFSSNHLTKIEGLEHCVNLEELNLDDNSISKLEGLSKLTKLRRLSINNNLLAGFDRHVIESLSHLHFLSAENNNISSLAGLQRGYKLIELYLSNNCISSNQEIYSLKGLNNLVILDMWGNPILLKHENYRLFVIFHLSAIKALDGVAVEPSECENAKDMFGGRLTSDMIAERIGHQRFTELQDLNWRTSSIRSIDLVPADHFRNVQTVNLENNNLTSFSGLIFLPNIKNLYLNHNRIESILPQQKSQSHLTNRQILHQKVSSSGYGQQGTSKGSRDTVYGEALSPVMQSLEVLHLGYNGINSLPMLQLGRLRNLKSLYLQGNEISHVEGLENLQFLRELVLDHNRIKAIAETSFAKLNSLVSLNLEENRLRDLNNLPPLLKLRKLLIGSNKIQEISEIEKLEVIPALVELSISGNPISRKPFLRNLLVVRLQNLQILDGILITAEDRARAEMYFMEQQSLTVPNAVMDLGNPVSTMIVSKPLPLRVTNFPLAGGAHHSLGADLHFNNGHEDIFQNEANKYKKLKNYTVGVGHNPQNTQDIALRQLRGGTHFPASYLTQQSGQARSQQKHPFNQENEGRLLGNENVRQNRP

Target ORF information:

RefSeq Version	XM_012968697.3
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis leucine rich repeat containing 9 (lrrc9), transcript variant X2, mRNA.

Target ORF information:

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

XM_012968697.3

ORF Insert Sequence:

ATGCTGTCAA ATGAAAACTT GAATTCTGAA GAAATCATAA GAGAATTGTG TGCGTGCAAT 
GGCTTAAGTT TTGAGAAGAT CAGACAGGAT GGACCAGCGA CAACAACACT GGAAATGTTT 
TTCTCTGGAT ACCCCAAGAT GGCGGGGCTT TCCTACTTTC CAAATCTCAC CCAACTCATT 
CTTGTTGGAC AAAATATACA TTGTATTGCT GGTCTGGAGT CTTGTCATTT TCTTAAGGAA 
CTGTGGATTA CTGAGTGTCA CTTAAGTAAA ATTCAGGGCC TTCATCATTG TGCAGATTTG 
CAAAAGCTTT ACCTTTATCA TAACGAAATT TCTGTTATCG AGGGTCTAGA AAACCTGCTC 
AAGTTGGAAG TGTTATGGCT GAATAATAAT CAAATTAACG TAATAGAGGG ATTAGATATG 
ATGCAGAATT TAAAAGAGCT CAATCTTGCC AACAATTTAA TACATTCCAT AGGAGAGAGC 
TTAGATCCTA ATGTACAACT TGAAAGACTA AATCTGTCTG GTAACAAAAT ATCCTCTTTC 
AAGGAACTGA CCAATTTAGC AAGGTTGCCA AGCCTAATGG ACTTGGGTCT GAAGGATCCA 
CAGTATAGCC CTAATCCTGT CTGCCTTCTC TGCAACTATG CTATACATGT ATTATATCAC 
ATACCTCAGC TGCAGAGACT TGACACGTAT GATGTATCTG AGAAGCAGAT CAAGAACCTT 
GCTGAATCTA CAGTGGTTAA GAAAATAATG TATTATAACA TGCGTATGAA GAATAACCAA 
AGGCAACAAA GAGAGGAACT TGAAAAAGTG AGAGAAAGGA CATCCAAGGC AAAGCAGGTT 
CCAGAGAATC GGATCAGAGC ACTTAGTTTC TTAGTCAAAA ATTTAGAGCA TGAACTCACT 
GACATGCAGT CATCTGGCAA CATGCAAGCA AATATTCCCA TTTCCAATAA GTTTCATGAG 
AATAACTGTG ACACAGAAGA GTCAAACTCA CAGCAATCCA GTGAAAGACG CAAGAATAAT 
TCAGATCGTC TGGAGCAGAT CCATAAAAAA ATATGTGCAC TGAAAGAAAG GATGATATTC 
TGGACAAGGA AATTGTCTGA AGTAGAAAAA CATCATGAGG AAAAATGTAG AAGGATGAAA 
GATAGCTTCC ACCTGCTAGA CCAGTTTCTT CAGACTGAGC TTGAAACTGT CGGGAATGTA 
CGCTTTGAAG AAGGCACTGC AGCAGATTCA TGGTTTAAAT CTTGCTATGA TTTGATTGTT 
TCGAGATTTT GTGCAATGAA CTTTAGAGCT TATGGAATTT CGGGCATTAA AATTCACAGA 
ATAGTCAGAG TACACAATCG TATTCTTAGA CTAAAATTTG AAGATAAAGT GCAGTACTGG 
ATGGATAATG AAGACCTGTA CACCACAGAG AGCTACAAGA AAAAACTGGA GTATCTTTTT 
TACATATTTG ACCCCAAACT CCCTATAGAT AAAAAGGAAC TTCTTCACGT TCTTGAAAAT 
GGCTGCAATA TCACCAGGTC ATCCCAGCTG CCTGAACAAG AACAAGTTGA GGCTGTTCTA 
CTTACTAACA GTATGAGTTT GTGCGAGGGA CCAAGATTAG AGTTCTTACA AAAACAAGCA 
ATGAACAAGA GCTGCGATCC AGAGGCTTTT AAAGATGGTA TAATTGTCAT TGCTAAAGTG 
TTTCTGGGAC GAAGTGTAAA AGCACGGGAT GATCTTCCTA TCAAGCCAAA TAATTATGCA 
AAGGTGAATT CAGTCTACAG ACTGCAGAAG TTTGCAAACA GCACCTTTAA TTCATTAAAT 
GATGAAATCT GTTCTTCTAA GGAACATGGG AACTGTGATT GCAGTCTGCG ACAGTGCGAG 
TGGCTTGTGT TTGATCATGA ATTCATTTTG CCTGAATACG TTGTCGAGTT TGAATACATT 
TCCATGGAAA AGTCATCAGG GTTTGTCACG CCATCTAATG AAAATGCTGA AGATGTATCA 
CATGATCTTA AGCTTGATGA AGATGCCATT GCTCTAGAAC CTTTTTTAAA GCCAAAACCC 
AAAATTATCA GCCTCGATGA AAAGACAGTT CTATCAGTGG CTAGAGCTAA TATTTATAGC 
CAGATAACAG TCCTAAATTT ACATGGAAAC AGTCTAAGTA AACTGAAAGA TATCTCAAGA 
CTAAACGGAC TTCGAAAACT CATTATAAGT TTTAATGAGT TTTCTAGCTT GGAAGATGTG 
TCTTACCTGA CTAATTTGGA ATACTTGGAT GCCAGCCACA ATCAGGTGAT AACTCTGGAA 
GGATTTAAAG GTTTAGGAAA ACTGAAGTAC TTAGACTTAA GTTGGAACAA GTTGACTAAT 
AGCAGAGAAG ATCTACACAT TTTACGTAAG CATGCAATAC AGCTTTCATC CCTGGACATT 
CGATACAATT TCTGGCAAAA GCCAGCTTCA GTGCTCAAGG ACACTATTGC AATATTGCCA 
TCATTGACTC ATTTGAATGG TGTCACCATA ACAGAAGATG AGATTTCGGA GGCTTTGCAG 
ATTTCCTCTG GGTCCAGAAT TACACAGGCT TCACTACTAA TCAACGCAAG GACAGATACT 
GTAAAACCGC GCTGCCTAAA TTTATTGCCA TCTGCACAAA TTCTTGCTCA ATTTAGCAAG 
AACTGTCTGG ATCCAAATGC TGAACTGAGT AACAGTTGGT ACACCAAGAT AACCTCCCTG 
ACCTTAGACA GCCAGAATCT CGTCAGAATT ACAAACCTGG AAAAACTAGT AAATCTACGA 
TGGGCATCTT TCAGCAGCAA CCATTTGACA AAAATCGAGG GATTGGAACA TTGTGTGAAT 
CTGGAAGAGC TTAACCTTGA TGATAACTCC ATCTCCAAAC TAGAGGGGCT TTCAAAGCTG 
ACTAAATTAA GAAGGCTAAG TATTAATAAC AATCTCCTTG CTGGCTTTGA CAGACATGTT 
ATTGAGAGCC TGTCTCATCT TCACTTCCTT TCTGCTGAGA ACAACAATAT CAGCTCACTA 
GCTGGTCTGC AGAGAGGTTA CAAATTAATT GAACTGTACC TCAGCAATAA CTGTATCAGT 
AGCAACCAAG AAATCTACAG TCTGAAGGGT TTAAATAACT TAGTAATTCT GGATATGTGG 
GGCAATCCAA TTCTGTTGAA ACACGAGAAC TACAGATTAT TTGTTATTTT CCATCTTTCT 
GCCATAAAAG CTTTGGATGG CGTTGCAGTG GAACCATCAG AATGTGAGAA TGCTAAGGAT 
ATGTTTGGCG GAAGACTTAC ATCTGATATG ATTGCAGAAA GAATAGGCCA CCAGAGATTT 
ACTGAATTGC AGGACTTAAA CTGGAGAACT TCATCTATCA GATCAATTGA TCTTGTTCCT 
GCTGACCACT TTAGGAACGT GCAAACTGTG AATTTAGAGA ATAATAATCT CACGTCATTC 
AGCGGATTAA TTTTCCTTCC AAATATTAAG AACCTGTATC TTAATCACAA TCGCATTGAA 
TCGATTTTGC CCCAACAAAA GTCTCAAAGT CACCTTACTA ACAGACAGAT CCTTCACCAG 
AAAGTCAGTT CCAGTGGTTA TGGACAACAA GGAACTTCCA AGGGAAGCCG AGATACAGTA 
TATGGAGAAG CCCTAAGTCC AGTAATGCAA AGTTTAGAAG TTCTTCACCT GGGTTACAAT 
GGCATCAATA GTCTGCCCAT GCTTCAGCTA GGCAGGTTAC GAAATCTGAA ATCACTGTAT 
TTGCAAGGTA ATGAAATTAG TCATGTGGAA GGTCTTGAAA ATCTACAGTT TCTCCGAGAG 
CTTGTGTTAG ACCATAACCG TATTAAAGCT ATTGCAGAGA CATCATTTGC CAAACTGAAT 
TCTCTGGTCT CTCTTAATCT GGAAGAAAAC AGACTCCGGG ACCTAAATAA CTTACCGCCT 
CTTCTTAAGT TAAGAAAGCT ACTTATTGGT TCCAATAAAA TTCAGGAAAT ATCTGAAATA 
GAAAAACTTG AAGTTATTCC AGCACTGGTG GAACTTTCTA TTTCTGGAAA TCCAATTTCC 
CGCAAGCCTT TCCTCCGAAA TCTGCTTGTT GTTCGTTTGC AAAACCTGCA GATATTAGAT 
GGCATTCTCA TAACTGCAGA AGACAGAGCA AGAGCAGAAA TGTATTTCAT GGAACAGCAG 
TCACTGACTG TTCCGAATGC AGTAATGGAT CTGGGGAATC CTGTTTCCAC TATGATTGTG 
AGCAAGCCTT TGCCACTACG TGTAACTAAC TTCCCTCTGG CAGGAGGGGC CCACCACTCC 
CTTGGTGCTG ACCTCCATTT TAATAATGGC CATGAAGACA TCTTTCAAAA TGAAGCAAAC 
AAGTACAAGA AGTTAAAGAA TTACACTGTA GGTGTAGGAC ATAATCCACA GAACACCCAA 
GATATTGCCT TGAGGCAGCT CAGAGGAGGA ACACATTTTC CTGCATCCTA CTTAACTCAA 
CAAAGTGGCC AAGCTCGCAG CCAACAAAAG CACCCATTCA ATCAAGAAAA TGAGGGAAGG 
CTACTAGGTA ACGAGAACGT ACGGCAAAAT CGCCCATGA

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

lrrc9 ( XM_031890598.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_031746458.1 Xenopus tropicalis leucine rich repeat containing 9 (lrrc9), transcript variant X3, mRNA.

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CloneID	OXa63826
Clone ID Related Accession (Same CDS sequence)	XM_031890598.1
Accession Version	XM_031890598.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4524bp) 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	2019-12-17
Organism	Xenopus tropicalis(tropical clawed frog)
Product	leucine-rich repeat-containing protein 9 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030684.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCTGTCAA ATGAAAACTT GAATTCTGAA GAAATCATAA GAGAATTGTG TGCGTGCAAT 
GGCTTAAGTT TTGAGAAGAT CAGACAGGAT GGACCAGCGA CAACAACACT GGAAATGTTT 
TTCTCTGGAT ACCCCAAGAT GGCGGGGCTT TCCTACTTTC CAAATCTCAC CCAACTCATT 
CTTGTTGGAC AAAATATACA TTGTATTGCT GGTCTGGAGT CTTGTCATTT TCTTAAGGAA 
CTGTGGATTA CTGAGTGTCA CTTAAGTAAA ATTCAGGGCC TTCATCATTG TGCAGATTTG 
CAAAAGCTTT ACCTTTATCA TAACGAAATT TCTGTTATCG AGGGTCTAGA AAACCTGCTC 
AAGTTGGAAG TGTTATGGCT GAATAATAAT CAAATTAACG TAATAGAGGG ATTAGATATG 
ATGCAGAATT TAAAAGAGCT CAATCTTGCC AACAATTTAA TACATTCCAT AGGAGAGAGC 
TTAGATCCTA ATGTACAACT TGAAAGACTA AATCTGTCTG GTAACAAAAT ATCCTCTTTC 
AAGGAACTGA CCAATTTAGC AAGGTTGCCA AGCCTAATGG ACTTGGGTCT GAAGGATCCA 
CAGTATAGCC CTAATCCTGT CTGCCTTCTC TGCAACTATG CTATACATGT ATTATATCAC 
ATACCTCAGC TGCAGAGACT TGACACGTAT GATGTATCTG AGAAGCAGAT CAAGAACCTT 
GCTGAATCTA CAGTGGTTAA GAAAATAATG TATTATAACA TGCGTATGAA GAATAACCAA 
AGGCAACAAA GAGAGGAACT TGAAAAAGTG AGAGAAAGGA CATCCAAGGC AAAGCAGGTT 
CCAGAGAATC GGATCAGAGC ACTTAGTTTC TTAGTCAAAA ATTTAGAGCA TGAACTCACT 
GACATGCAGT CATCTGGCAA CATGCAAGCA AATATTCCCA TTTCCAATAA GTTTCATGAG 
AATAACTGTG ACACAGAAGA GTCAAACTCA CAGCAATCCA GTGAAAGACG CAAGAATAAT 
TCAGATCGTC TGGAGCAGAT CCATAAAAAA ATATGTGCAC TGAAAGAAAG GATGATATTC 
TGGACAAGGA AATTGTCTGA AGTAGAAAAA CATCATGAGG AAAAATGTAG AAGGATGAAA 
GATAGCTTCC ACCTGCTAGA CCAGTTTCTT CAGACTGAGC TTGAAACTGT CGGGAATGTA 
CGCTTTGAAG AAGGCACTGC AGCAGATTCA TGGTTTAAAT CTTGCTATGA TTTGATTGTT 
TCGAGATTTT GTGCAATGAA CTTTAGAGCT TATGGAATTT CGGGCATTAA AATTCACAGA 
ATAGTCAGAG TACACAATCG TATTCTTAGA CTAAAATTTG AAGATAAAGT GCAGTACTGG 
ATGGATAATG AAGACCTGTA CACCACAGAG AGCTACAAGA AAAAACTGGA GTATCTTTTT 
TACATATTTG ACCCCAAACT CCCTATAGAT AAAAAGGAAC TTCTTCACGT TCTTGAAAAT 
GGCTGCAATA TCACCAGGTC ATCCCAGCTG CCTGAACAAG AACAAGTTGA GGCTGTTCTA 
CTTACTAACA GTATGAGTTT GTGCGAGGGA CCAAGATTAG AGTTCTTACA AAAACAAGCA 
ATGAACAAGA GCTGCGATCC AGAGGCTTTT AAAGATGGTA TAATTGTCAT TGCTAAAGTG 
TTTCTGGGAC GAAGTGTAAA AGCACGGGAT GATCTTCCTA TCAAGCCAAA TAATTATGCA 
AAGGTGAATT CAGTCTACAG ACTGCAGAAG TTTGCAAACA GCACCTTTAA TTCATTAAAT 
GATGAAATCT GTTCTTCTAA GGAACATGGG AACTGTGATT GCAGTCTGCG ACAGTGCGAG 
TGGCTTGTGT TTGATCATGA ATTCATTTTG CCTGAATACG TTGTCGAGTT TGAATACATT 
TCCATGGAAA AGTCATCAGG GTTTGTCACG CCATCTAATG AAAATGCTGA AGATGTATCA 
CATGATCTTA AGCTTGATGA AGATGCCATT GCTCTAGAAC CTTTTTTAAA GCCAAAACCC 
AAAATTATCA GCCTCGATGA AAAGACAGTT CTATCAGTGG CTAGAGCTAA TATTTATAGC 
CAGATAACAG TCCTAAATTT ACATGGAAAC AGTCTAAGTA AACTGAAAGA TATCTCAAGA 
CTAAACGGAC TTCGAAAACT CATTATAAGT TTTAATGAGT TTTCTAGCTT GGAAGATGTG 
TCTTACCTGA CTAATTTGGA ATACTTGGAT GCCAGCCACA ATCAGGTGAT AACTCTGGAA 
GGATTTAAAG GTTTAGGAAA ACTGAAGTAC TTAGACTTAA GTTGGAACAA GTTGACTAAT 
AGCAGAGAAG ATCTACACAT TTTACGTAAG CATGCAATAC AGCTTTCATC CCTGGACATT 
CGATACAATT TCTGGCAAAA GCCAGCTTCA GTGCTCAAGG ACACTATTGC AATATTGCCA 
TCATTGACTC ATTTGAATGG TGTCACCATA ACAGAAGATG AGATTTCGGA GGCTTTGCAG 
ATTTCCTCTG GGTCCAGAAT TACACAGGCT TCACTACTAA TCAACGCAAG GACAGATACT 
GTAAAACCGC GCTGCCTAAA TTTATTGCCA TCTGCACAAA TTCTTGCTCA ATTTAGCAAG 
AACTGTCTGG ATCCAAATGC TGAACTGAGT AACAGTTGGT ACACCAAGAT AACCTCCCTG 
ACCTTAGACA GCCAGAATCT CGTCAGAATT ACAAACCTGG AAAAACTAGT AAATCTACGA 
TGGGCATCTT TCAGCAGCAA CCATTTGACA AAAATCGAGG GATTGGAACA TTGTGTGAAT 
CTGGAAGAGC TTAACCTTGA TGATAACTCC ATCTCCAAAC TAGAGGGGCT TTCAAAGCTG 
ACTAAATTAA GAAGGCTAAG TATTAATAAC AATCTCCTTG CTGGCTTTGA CAGACATGTT 
ATTGAGAGCC TGTCTCATCT TCACTTCCTT TCTGCTGAGA ACAACAATAT CAGCTCACTA 
GCTGGTCTGC AGAGAGGTTA CAAATTAATT GAACTGTACC TCAGCAATAA CTGTATCAGT 
AGCAACCAAG AAATCTACAG TCTGAAGGGT TTAAATAACT TAGTAATTCT GGATATGTGG 
GGCAATCCAA TTCTGTTGAA ACACGAGAAC TACAGATTAT TTGTTATTTT CCATCTTTCT 
GCCATAAAAG CTTTGGATGG CGTTGCAGTG GAACCATCAG AATGTGAGAA TGCTAAGGAT 
ATGTTTGGCG GAAGACTTAC ATCTGATATG ATTGCAGAAA GAATAGGCCA CCAGAGATTT 
ACTGAATTGC AGGACTTAAA CTGGAGAACT TCATCTATCA GATCAATTGA TCTTGTTCCT 
GCTGACCACT TTAGGAACGT GCAAACTGTG AATTTAGAGA ATAATAATCT CACGTCATTC 
AGCGGATTAA TTTTCCTTCC AAATATTAAG AACCTGTATC TTAATCACAA TCGCATTGAA 
TCGATTTTGC CCCAACAAAA GTCTCAAAGT CACCTTACTA ACAGACAGAT CCTTCACCAG 
AAAGTCAGTT CCAGTGGTTA TGGACAACAA GGAACTTCCA AGGGAAGCCG AGATACAGTA 
TATGGAGAAG CCCTAAGTCC AGTAATGCAA AGTTTAGAAG TTCTTCACCT GGGTTACAAT 
GGCATCAATA GTCTGCCCAT GCTTCAGCTA GGCAGGTTAC GAAATCTGAA ATCACTGTAT 
TTGCAAGGTA ATGAAATTAG TCATGTGGAA GGTCTTGAAA ATCTACAGTT TCTCCGAGAG 
CTTGTGTTAG ACCATAACCG TATTAAAGCT ATTGCAGAGA CATCATTTGC CAAACTGAAT 
TCTCTGGTCT CTCTTAATCT GGAAGAAAAC AGACTCCGGG ACCTAAATAA CTTACCGCCT 
CTTCTTAAGT TAAGAAAGCT ACTTATTGGT TCCAATAAAA TTCAGGAAAT ATCTGAAATA 
GAAAAACTTG AAGTTATTCC AGCACTGGTG GAACTTTCTA TTTCTGGAAA TCCAATTTCC 
CGCAAGCCTT TCCTCCGAAA TCTGCTTGTT GTTCGTTTGC AAAACCTGCA GATATTAGAT 
GGCATTCTCA TAACTGCAGA AGACAGAGCA AGAGCAGAAA TGTATTTCAT GGAACAGCAG 
TCACTGACTG TTCCGAATGC AGTAATGGAT CTGGGGAATC CTGTTTCCAC TATGATTGTG 
AGCAAGCCTT TGCCACTACG TGTAACTAAC TTCCCTCTGG CAGGAGGGGC CCACCACTCC 
CTTGGTGCTG ACCTCCATTT TAATAATGGC CATGAAGACA TCTTTCAAAA TGAAGCAAAC 
AAGTACAAGA AGTTAAAGAA TTACACTGTA GGTGTAGGAC ATAATCCACA GAACACCCAA 
GATATTGCCT TGAGGCAGCT CAGAGGAGGA ACACATTTTC CTGCATCCTA CTTAACTCAA 
CAAAGTGGCC AAGCTCGCAG CCAACAAAAG CACCCATTCA ATCAAGAAAA TGAGGGAAGG 
ATGCAGAGAA ATCTGAGTGA TTAG

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

RefSeq	XP_031746458.1
CDS	164..4687
Translation	MLSNENLNSEEIIRELCACNGLSFEKIRQDGPATTTLEMFFSGYPKMAGLSYFPNLTQLILVGQNIHCIAGLESCHFLKELWITECHLSKIQGLHHCADLQKLYLYHNEISVIEGLENLLKLEVLWLNNNQINVIEGLDMMQNLKELNLANNLIHSIGESLDPNVQLERLNLSGNKISSFKELTNLARLPSLMDLGLKDPQYSPNPVCLLCNYAIHVLYHIPQLQRLDTYDVSEKQIKNLAESTVVKKIMYYNMRMKNNQRQQREELEKVRERTSKAKQVPENRIRALSFLVKNLEHELTDMQSSGNMQANIPISNKFHENNCDTEESNSQQSSERRKNNSDRLEQIHKKICALKERMIFWTRKLSEVEKHHEEKCRRMKDSFHLLDQFLQTELETVGNVRFEEGTAADSWFKSCYDLIVSRFCAMNFRAYGISGIKIHRIVRVHNRILRLKFEDKVQYWMDNEDLYTTESYKKKLEYLFYIFDPKLPIDKKELLHVLENGCNITRSSQLPEQEQVEAVLLTNSMSLCEGPRLEFLQKQAMNKSCDPEAFKDGIIVIAKVFLGRSVKARDDLPIKPNNYAKVNSVYRLQKFANSTFNSLNDEICSSKEHGNCDCSLRQCEWLVFDHEFILPEYVVEFEYISMEKSSGFVTPSNENAEDVSHDLKLDEDAIALEPFLKPKPKIISLDEKTVLSVARANIYSQITVLNLHGNSLSKLKDISRLNGLRKLIISFNEFSSLEDVSYLTNLEYLDASHNQVITLEGFKGLGKLKYLDLSWNKLTNSREDLHILRKHAIQLSSLDIRYNFWQKPASVLKDTIAILPSLTHLNGVTITEDEISEALQISSGSRITQASLLINARTDTVKPRCLNLLPSAQILAQFSKNCLDPNAELSNSWYTKITSLTLDSQNLVRITNLEKLVNLRWASFSSNHLTKIEGLEHCVNLEELNLDDNSISKLEGLSKLTKLRRLSINNNLLAGFDRHVIESLSHLHFLSAENNNISSLAGLQRGYKLIELYLSNNCISSNQEIYSLKGLNNLVILDMWGNPILLKHENYRLFVIFHLSAIKALDGVAVEPSECENAKDMFGGRLTSDMIAERIGHQRFTELQDLNWRTSSIRSIDLVPADHFRNVQTVNLENNNLTSFSGLIFLPNIKNLYLNHNRIESILPQQKSQSHLTNRQILHQKVSSSGYGQQGTSKGSRDTVYGEALSPVMQSLEVLHLGYNGINSLPMLQLGRLRNLKSLYLQGNEISHVEGLENLQFLRELVLDHNRIKAIAETSFAKLNSLVSLNLEENRLRDLNNLPPLLKLRKLLIGSNKIQEISEIEKLEVIPALVELSISGNPISRKPFLRNLLVVRLQNLQILDGILITAEDRARAEMYFMEQQSLTVPNAVMDLGNPVSTMIVSKPLPLRVTNFPLAGGAHHSLGADLHFNNGHEDIFQNEANKYKKLKNYTVGVGHNPQNTQDIALRQLRGGTHFPASYLTQQSGQARSQQKHPFNQENEGRMQRNLSD

Target ORF information:

RefSeq Version	XM_031890598.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis leucine rich repeat containing 9 (lrrc9), transcript variant X3, mRNA.

Target ORF information:

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

XM_031890598.1

ORF Insert Sequence:

ATGCTGTCAA ATGAAAACTT GAATTCTGAA GAAATCATAA GAGAATTGTG TGCGTGCAAT 
GGCTTAAGTT TTGAGAAGAT CAGACAGGAT GGACCAGCGA CAACAACACT GGAAATGTTT 
TTCTCTGGAT ACCCCAAGAT GGCGGGGCTT TCCTACTTTC CAAATCTCAC CCAACTCATT 
CTTGTTGGAC AAAATATACA TTGTATTGCT GGTCTGGAGT CTTGTCATTT TCTTAAGGAA 
CTGTGGATTA CTGAGTGTCA CTTAAGTAAA ATTCAGGGCC TTCATCATTG TGCAGATTTG 
CAAAAGCTTT ACCTTTATCA TAACGAAATT TCTGTTATCG AGGGTCTAGA AAACCTGCTC 
AAGTTGGAAG TGTTATGGCT GAATAATAAT CAAATTAACG TAATAGAGGG ATTAGATATG 
ATGCAGAATT TAAAAGAGCT CAATCTTGCC AACAATTTAA TACATTCCAT AGGAGAGAGC 
TTAGATCCTA ATGTACAACT TGAAAGACTA AATCTGTCTG GTAACAAAAT ATCCTCTTTC 
AAGGAACTGA CCAATTTAGC AAGGTTGCCA AGCCTAATGG ACTTGGGTCT GAAGGATCCA 
CAGTATAGCC CTAATCCTGT CTGCCTTCTC TGCAACTATG CTATACATGT ATTATATCAC 
ATACCTCAGC TGCAGAGACT TGACACGTAT GATGTATCTG AGAAGCAGAT CAAGAACCTT 
GCTGAATCTA CAGTGGTTAA GAAAATAATG TATTATAACA TGCGTATGAA GAATAACCAA 
AGGCAACAAA GAGAGGAACT TGAAAAAGTG AGAGAAAGGA CATCCAAGGC AAAGCAGGTT 
CCAGAGAATC GGATCAGAGC ACTTAGTTTC TTAGTCAAAA ATTTAGAGCA TGAACTCACT 
GACATGCAGT CATCTGGCAA CATGCAAGCA AATATTCCCA TTTCCAATAA GTTTCATGAG 
AATAACTGTG ACACAGAAGA GTCAAACTCA CAGCAATCCA GTGAAAGACG CAAGAATAAT 
TCAGATCGTC TGGAGCAGAT CCATAAAAAA ATATGTGCAC TGAAAGAAAG GATGATATTC 
TGGACAAGGA AATTGTCTGA AGTAGAAAAA CATCATGAGG AAAAATGTAG AAGGATGAAA 
GATAGCTTCC ACCTGCTAGA CCAGTTTCTT CAGACTGAGC TTGAAACTGT CGGGAATGTA 
CGCTTTGAAG AAGGCACTGC AGCAGATTCA TGGTTTAAAT CTTGCTATGA TTTGATTGTT 
TCGAGATTTT GTGCAATGAA CTTTAGAGCT TATGGAATTT CGGGCATTAA AATTCACAGA 
ATAGTCAGAG TACACAATCG TATTCTTAGA CTAAAATTTG AAGATAAAGT GCAGTACTGG 
ATGGATAATG AAGACCTGTA CACCACAGAG AGCTACAAGA AAAAACTGGA GTATCTTTTT 
TACATATTTG ACCCCAAACT CCCTATAGAT AAAAAGGAAC TTCTTCACGT TCTTGAAAAT 
GGCTGCAATA TCACCAGGTC ATCCCAGCTG CCTGAACAAG AACAAGTTGA GGCTGTTCTA 
CTTACTAACA GTATGAGTTT GTGCGAGGGA CCAAGATTAG AGTTCTTACA AAAACAAGCA 
ATGAACAAGA GCTGCGATCC AGAGGCTTTT AAAGATGGTA TAATTGTCAT TGCTAAAGTG 
TTTCTGGGAC GAAGTGTAAA AGCACGGGAT GATCTTCCTA TCAAGCCAAA TAATTATGCA 
AAGGTGAATT CAGTCTACAG ACTGCAGAAG TTTGCAAACA GCACCTTTAA TTCATTAAAT 
GATGAAATCT GTTCTTCTAA GGAACATGGG AACTGTGATT GCAGTCTGCG ACAGTGCGAG 
TGGCTTGTGT TTGATCATGA ATTCATTTTG CCTGAATACG TTGTCGAGTT TGAATACATT 
TCCATGGAAA AGTCATCAGG GTTTGTCACG CCATCTAATG AAAATGCTGA AGATGTATCA 
CATGATCTTA AGCTTGATGA AGATGCCATT GCTCTAGAAC CTTTTTTAAA GCCAAAACCC 
AAAATTATCA GCCTCGATGA AAAGACAGTT CTATCAGTGG CTAGAGCTAA TATTTATAGC 
CAGATAACAG TCCTAAATTT ACATGGAAAC AGTCTAAGTA AACTGAAAGA TATCTCAAGA 
CTAAACGGAC TTCGAAAACT CATTATAAGT TTTAATGAGT TTTCTAGCTT GGAAGATGTG 
TCTTACCTGA CTAATTTGGA ATACTTGGAT GCCAGCCACA ATCAGGTGAT AACTCTGGAA 
GGATTTAAAG GTTTAGGAAA ACTGAAGTAC TTAGACTTAA GTTGGAACAA GTTGACTAAT 
AGCAGAGAAG ATCTACACAT TTTACGTAAG CATGCAATAC AGCTTTCATC CCTGGACATT 
CGATACAATT TCTGGCAAAA GCCAGCTTCA GTGCTCAAGG ACACTATTGC AATATTGCCA 
TCATTGACTC ATTTGAATGG TGTCACCATA ACAGAAGATG AGATTTCGGA GGCTTTGCAG 
ATTTCCTCTG GGTCCAGAAT TACACAGGCT TCACTACTAA TCAACGCAAG GACAGATACT 
GTAAAACCGC GCTGCCTAAA TTTATTGCCA TCTGCACAAA TTCTTGCTCA ATTTAGCAAG 
AACTGTCTGG ATCCAAATGC TGAACTGAGT AACAGTTGGT ACACCAAGAT AACCTCCCTG 
ACCTTAGACA GCCAGAATCT CGTCAGAATT ACAAACCTGG AAAAACTAGT AAATCTACGA 
TGGGCATCTT TCAGCAGCAA CCATTTGACA AAAATCGAGG GATTGGAACA TTGTGTGAAT 
CTGGAAGAGC TTAACCTTGA TGATAACTCC ATCTCCAAAC TAGAGGGGCT TTCAAAGCTG 
ACTAAATTAA GAAGGCTAAG TATTAATAAC AATCTCCTTG CTGGCTTTGA CAGACATGTT 
ATTGAGAGCC TGTCTCATCT TCACTTCCTT TCTGCTGAGA ACAACAATAT CAGCTCACTA 
GCTGGTCTGC AGAGAGGTTA CAAATTAATT GAACTGTACC TCAGCAATAA CTGTATCAGT 
AGCAACCAAG AAATCTACAG TCTGAAGGGT TTAAATAACT TAGTAATTCT GGATATGTGG 
GGCAATCCAA TTCTGTTGAA ACACGAGAAC TACAGATTAT TTGTTATTTT CCATCTTTCT 
GCCATAAAAG CTTTGGATGG CGTTGCAGTG GAACCATCAG AATGTGAGAA TGCTAAGGAT 
ATGTTTGGCG GAAGACTTAC ATCTGATATG ATTGCAGAAA GAATAGGCCA CCAGAGATTT 
ACTGAATTGC AGGACTTAAA CTGGAGAACT TCATCTATCA GATCAATTGA TCTTGTTCCT 
GCTGACCACT TTAGGAACGT GCAAACTGTG AATTTAGAGA ATAATAATCT CACGTCATTC 
AGCGGATTAA TTTTCCTTCC AAATATTAAG AACCTGTATC TTAATCACAA TCGCATTGAA 
TCGATTTTGC CCCAACAAAA GTCTCAAAGT CACCTTACTA ACAGACAGAT CCTTCACCAG 
AAAGTCAGTT CCAGTGGTTA TGGACAACAA GGAACTTCCA AGGGAAGCCG AGATACAGTA 
TATGGAGAAG CCCTAAGTCC AGTAATGCAA AGTTTAGAAG TTCTTCACCT GGGTTACAAT 
GGCATCAATA GTCTGCCCAT GCTTCAGCTA GGCAGGTTAC GAAATCTGAA ATCACTGTAT 
TTGCAAGGTA ATGAAATTAG TCATGTGGAA GGTCTTGAAA ATCTACAGTT TCTCCGAGAG 
CTTGTGTTAG ACCATAACCG TATTAAAGCT ATTGCAGAGA CATCATTTGC CAAACTGAAT 
TCTCTGGTCT CTCTTAATCT GGAAGAAAAC AGACTCCGGG ACCTAAATAA CTTACCGCCT 
CTTCTTAAGT TAAGAAAGCT ACTTATTGGT TCCAATAAAA TTCAGGAAAT ATCTGAAATA 
GAAAAACTTG AAGTTATTCC AGCACTGGTG GAACTTTCTA TTTCTGGAAA TCCAATTTCC 
CGCAAGCCTT TCCTCCGAAA TCTGCTTGTT GTTCGTTTGC AAAACCTGCA GATATTAGAT 
GGCATTCTCA TAACTGCAGA AGACAGAGCA AGAGCAGAAA TGTATTTCAT GGAACAGCAG 
TCACTGACTG TTCCGAATGC AGTAATGGAT CTGGGGAATC CTGTTTCCAC TATGATTGTG 
AGCAAGCCTT TGCCACTACG TGTAACTAAC TTCCCTCTGG CAGGAGGGGC CCACCACTCC 
CTTGGTGCTG ACCTCCATTT TAATAATGGC CATGAAGACA TCTTTCAAAA TGAAGCAAAC 
AAGTACAAGA AGTTAAAGAA TTACACTGTA GGTGTAGGAC ATAATCCACA GAACACCCAA 
GATATTGCCT TGAGGCAGCT CAGAGGAGGA ACACATTTTC CTGCATCCTA CTTAACTCAA 
CAAAGTGGCC AAGCTCGCAG CCAACAAAAG CACCCATTCA ATCAAGAAAA TGAGGGAAGG 
ATGCAGAGAA ATCTGAGTGA TTAG

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

lrrc9 ( NM_001079279.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> NP_001072747.1 Xenopus tropicalis leucine rich repeat containing 9 (lrrc9), mRNA.

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CloneID	OXa01128
Clone ID Related Accession (Same CDS sequence)	NM_001079279.1
Accession Version	NM_001079279.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4395bp) 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	2019-12-28
Organism	Xenopus tropicalis(tropical clawed frog)
Product	leucine-rich repeat-containing protein 9
Comment	Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. The reference sequence was derived from BC125746.1. ##Evidence-Data-START## Transcript exon combination :: BC125746.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMD00028294, SAMD00028295 [ECO:0000348] ##Evidence-Data-END##

ATGTTTTTCT CTGGATACCC CAAGATGGCG GGGCTTTCCT ACTTTCCAAA TCTCACCCAA 
CTCATTCTTG TTGGACAAAA TATACATTGT ATTGCTGGTC TGGAGTCTTG TCATTTTCTT 
AAGGAACTGT GGATTACTGA GTGTCACTTA AGTAAAATTC AGGGCCTTCA TCATTGTGCA 
GATTTGCAAA AGCTTTACCT TTATCATAAC GAAATTTCTG TTATCGAGGG TCTAGAAAAC 
CTGCTCAAGT TGGAAGTGTT ATGGCTGAAT AATAATCAAA TTAACGTAAT AGAGGGATTA 
GATATGATGC AGAATTTAAA AGAGCTCAAT CTTGCCAACA ATTTAATACA TTCCATAGGA 
GAGAGCTTAG ATCCTAATGT ACAACTTGAA AGACTAAATC TGTCTGGTAA CAAAATATCC 
TCTTTCAAGG AACTGACCAA TTTAGCAAGG TTGCCAAGCC TAATGGACTT GGGTCTGAAG 
GATCCACAGT ATAGCCCTAA TCCTGTCTGC CTTCTCTGCA ACTATGCTAT ACATGTATTA 
TATCACATAC CTCAGCTGCA GAGACTTGAC ACGTATGATG TATCTGAGAA GCAGATCAAG 
AACCTTGCTG AATCTACAGT GGTTAAGAAA ATAATGTATT ATAACATGCG TATGAAGAAT 
AACCAAAGGC AACAAAGAGA GGAACTTGAA AAAGTGAGAG AAAGGACATC CAAGGCAAAG 
CAGGTTCCAG AGAATCGGAT CAGAGCACTT AGTTTCTTAG TCAAAAATTT AGAGCATGAA 
CTCACTGACA TGAAGTCATC TGGCAACATG CAAGCAAATA TTCCCATTTC CAATAAGTTT 
CATGAGAATA ACTGTGACAC AGAAGAGTCA AACTCACAGC AATCCAGTGA AAGACGCAAG 
AATAATTCAG ATCGTCTGGA GCAGATCCAT AAAAAAATAT GTGCACTGAA AGAAAGGATG 
ATATTCTGGA CAAGGAAATT GTCTGAAGTA GAAAAACATC ATGAGGAAAA ATGTAGAAGG 
ATGAAAGATA GCTTCCACCT GCTAGACCAG TTTCTTCAGA CTGAGCTTGA AACTGTCGGG 
AATGTACGCT TTGAAGAAGG CACTGCAGCA GATTCATGGT TTAAATCTTG CTATGATTTG 
ATTGTTTCGA GATTTTGTGC AATGAACTTT AGAGCTTATG GAATTTCGGG CATTAAAATT 
CACAGAATAG TCAGAGTACA CAATCGTATT CTTAGACTAA AATTTGAAGA TAAAGTGCAG 
TACTGGATGG ATAATGAAGA CCTGTACACC ACAGAGAGCT ACAAGAAAAA ACTGGAGTAT 
CTTTTTTACA TATTTGACCC CAAACTCCCT ATAGATAAAA AGGAACTTCT TCACGTTCTT 
GAAAATGGCT GCAATATCAC CAGGTCATCC CAGCTGCCTG AACAAGAACA AGTTGAGGCT 
GTTCTACTTA CTAACAGTAT GAGTTTGTGC GAGGGACCAA GATTAGAGTT CTTACAAAAA 
CAAGCAATGA ACAAGAGCTG CGATCCAGAG GCTTTTAAAG ATGGTATAAT TGTCATTGCT 
AAAGTGTTTC TGGGACGAAG TGTAAAAGCA CGGGATGATC TTCCTATCAA GCCAAATAAT 
TATGCAAAGG TGAATTCAGT CTACAGACTG CAGAAGTTTG CAAACAGCAC CTTTAATTCA 
TTAAATGATG AAATCTGTTC TTCTAAGGAA CATGGGAACT GTGATTGCAG TCTGCGACAG 
TGCGAGTGGC TTGTGTTTGA TCATGAATTC ATTTTGCCTG AATACGTTGT CGAGTTTGAA 
TACATTTCCA TGGAAAAGTC ATCAGGGTTT GTCACGCCAT CTAATGAAAA TGCTGAAGAT 
GTATCACATG ATCTTAAGCT TGATGAAGAT GCCATTGCTC TAGAACCTTT TTTAAAGCCA 
AAACCCAAAA TTATCAGCCT CGATGAAAAG ACAGTTCTAT CAGTGGCTAG AGCTAATATT 
TATAGCCAGA TAACAGTCCT AAATTTACAT GGAAACAGTC TAAGTAAACT GAAAGATATC 
TCAAGACTAA ACGGACTTCG AAAACTCATT ATAAGCTTTA ATGAGTTTTC TAGCTTGGAA 
GATGTGTCTT ACCTGACTAA TTTGGAATAC TTGGATGCCA GCCACAATCA GGTGATAACT 
CTGGAAGGAT TTAAAGGTTT AGGAAAACTG AAGTACTTAG ACTTAAGTTG GAACAAGTTG 
ACTAATAGCA GAGAAGATCT ACACATTTTA CGTAAGCATG CAATACAGCT TTCATCCCTG 
GACATTCGAT ACAATTTCTG GCAAAAGCCA GCTTCAGTGC TCAAGGACAC TATTGCAATA 
TTGCCATCAT TGACTCATTT GAATGGTGTC ACCATAACAG AAGATGAGAT TTCGGAGGCT 
TTGCAGATTT CCTCTGGGTC CAGAATTACA CAGGCTTCAC TACTAATCAA CGCAAGGACA 
GATACTGTAA AACCGCGCTG CCTAAATTTA TTGCCATCTG CACAAATTCT TGCTCAATTT 
AGCAAGAACT GTCTGGATCC AAATGCTGAA CTGAGTAACA GTTGGTACAC CAAGATAACC 
TCCCTGACCT TAGACAGCCA GAATCTCGTC AGAATTACAA ACCTGGAAAA ACTAGTAAAT 
CTACGATGGG CATCTTTCAG CAGCAACCAT TTGACAAAAA TCGAGGGATT GGAACATTGT 
GTGAATCTGG AAGAGCTTAA CCTTGATGAT AACTCCATCT CCAAACTAGA GGGGCTTTCA 
AAGCTGACTA AATTAAGAAG GCTAAGTATT AATAACAATC TCCTTGCTGG CTTTGACAGA 
CATGTTATTG AGAGCCTGTC TCATCTTCAC TTCCTTTCTG CTGAGAACAA CAATATCAGC 
TCACTAGCTG GTCTGCAGAG AGGTTACAAA TTAATTGAAC TGTACCTCAG CAATAACTGT 
ATCAGTAGCA ACCAAGAAAT CTACAGTCTG AAGGGTTTAA ATAACTTAGT AATTCTGGAT 
ATGTGGGGCA ATCCAATTCT GTTGAAACAC GAGAACTACA GATTATTTGT TATTTTCCAT 
CTTTCTGCCA TAAAAGCTTT GGATGGCGTT GCAGTGGAAC CATCAGAATG TGAGAATGCT 
AAGGATATGT TTGGCGGAAG ACTTACATCT GATATGATTG CAGAAAGAAT AGGCCACCAG 
AGATTTACTG AATTGCAGGA CTTAAACTGG AGAACTTCAT CTATCAGATC AATTGATCTT 
GTTCCTGCTG ACCACTTTAG GAACGTGCAA ACTGTGAATT TAGAGAATAA TAATCTCACG 
TCATTCAGCG GATTAATTTT CCTTCCAAAT ATTAAGAACC TGTATCTTAA TCACAATCGC 
ATTGAATCGA TTTTGCCCCA ACAAAAGTCT CAAAGTCACC TTACTAACAG ACAGATCCTT 
CACCAGAAAG TCAGTTCCAG TGGTTATGGA CAACAAGGAA CTTCCAAGGG AAGCCGAGAT 
ACAGTATATG GAGAAGCCCT AAGTCCAGTA ATGCAAAGTT TAGAAGTTCT TCACCTGGGT 
TACAATGGCA TCAATAGTCT GCCCATGCTT CAGCTAGGCA GGTTACGAAA TCTGAAATCA 
CTGTATTTGC AAGGTAATGA AATTAGTCAT GTGGAAGGTC TTGAAAATCT ACAGTTTCTC 
CGAGAGCTTG TGTTAGACCA TAACCGTATT AAAGCTATTG CAGAGACATC ATTTGCCAAA 
CTGAATTCTC TGGTCTCTCT TAATCTGGAA GAAAACAGAC TCCGGGACCT AAATAACTTA 
CCGCCTCTTC TTAAGTTAAG AAAGCTACTT ATTGGTTCCA ATAAAATTCA GGAAATATCT 
GAAATAGAAA AACTTGAAGT TATTCCAGCA CTGGTGGAAC TTTCTATTTC TGGAAATCCA 
ATTTCCCGCA AGCCTTTCCT CCGAAATCTG CTTGTTGTTC GTTTGCAAAA CCTGCAGATA 
TTAGATGGCA TTCTCATAAC TGCAGAAGAC AGAGCAAGAG CAGAAATGTA TTTCATGGAA 
CAGCAGTCAC TGACTGTTCC GAATGCAGTA ATGGATCTGG GGAATCCTGT TTCCACTATG 
ATTGTGAGCA AGCCTTTGCC ACTACGTGTA ACTAACTTCC CTCTGGCAGG AGGGGCCCAC 
CACTCCCTTG GTGCTGACCT CCATTTTAAT AATGGCCATG AAGACATCTT TCAAAATGAA 
GCAAACAAGT ACAAGAAGTT AAAGAATTAC ACTGTAGGTG TAGGACATAA TCCACAGAAC 
ACCCAAGATA TTGCCTTGAG GCAGCTCAGA GGAGGAACAC ATTTTCCTGC ATCCTACTTA 
ACTCAACAAA GTGGCCAAGC TCGCAGCCAA CAAAAGCACC CATTCAATCA AGAAAATGAG 
GGAAGGTGTG TATAA

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

RefSeq	NP_001072747.1
CDS	203..4597
Translation	MFFSGYPKMAGLSYFPNLTQLILVGQNIHCIAGLESCHFLKELWITECHLSKIQGLHHCADLQKLYLYHNEISVIEGLENLLKLEVLWLNNNQINVIEGLDMMQNLKELNLANNLIHSIGESLDPNVQLERLNLSGNKISSFKELTNLARLPSLMDLGLKDPQYSPNPVCLLCNYAIHVLYHIPQLQRLDTYDVSEKQIKNLAESTVVKKIMYYNMRMKNNQRQQREELEKVRERTSKAKQVPENRIRALSFLVKNLEHELTDMKSSGNMQANIPISNKFHENNCDTEESNSQQSSERRKNNSDRLEQIHKKICALKERMIFWTRKLSEVEKHHEEKCRRMKDSFHLLDQFLQTELETVGNVRFEEGTAADSWFKSCYDLIVSRFCAMNFRAYGISGIKIHRIVRVHNRILRLKFEDKVQYWMDNEDLYTTESYKKKLEYLFYIFDPKLPIDKKELLHVLENGCNITRSSQLPEQEQVEAVLLTNSMSLCEGPRLEFLQKQAMNKSCDPEAFKDGIIVIAKVFLGRSVKARDDLPIKPNNYAKVNSVYRLQKFANSTFNSLNDEICSSKEHGNCDCSLRQCEWLVFDHEFILPEYVVEFEYISMEKSSGFVTPSNENAEDVSHDLKLDEDAIALEPFLKPKPKIISLDEKTVLSVARANIYSQITVLNLHGNSLSKLKDISRLNGLRKLIISFNEFSSLEDVSYLTNLEYLDASHNQVITLEGFKGLGKLKYLDLSWNKLTNSREDLHILRKHAIQLSSLDIRYNFWQKPASVLKDTIAILPSLTHLNGVTITEDEISEALQISSGSRITQASLLINARTDTVKPRCLNLLPSAQILAQFSKNCLDPNAELSNSWYTKITSLTLDSQNLVRITNLEKLVNLRWASFSSNHLTKIEGLEHCVNLEELNLDDNSISKLEGLSKLTKLRRLSINNNLLAGFDRHVIESLSHLHFLSAENNNISSLAGLQRGYKLIELYLSNNCISSNQEIYSLKGLNNLVILDMWGNPILLKHENYRLFVIFHLSAIKALDGVAVEPSECENAKDMFGGRLTSDMIAERIGHQRFTELQDLNWRTSSIRSIDLVPADHFRNVQTVNLENNNLTSFSGLIFLPNIKNLYLNHNRIESILPQQKSQSHLTNRQILHQKVSSSGYGQQGTSKGSRDTVYGEALSPVMQSLEVLHLGYNGINSLPMLQLGRLRNLKSLYLQGNEISHVEGLENLQFLRELVLDHNRIKAIAETSFAKLNSLVSLNLEENRLRDLNNLPPLLKLRKLLIGSNKIQEISEIEKLEVIPALVELSISGNPISRKPFLRNLLVVRLQNLQILDGILITAEDRARAEMYFMEQQSLTVPNAVMDLGNPVSTMIVSKPLPLRVTNFPLAGGAHHSLGADLHFNNGHEDIFQNEANKYKKLKNYTVGVGHNPQNTQDIALRQLRGGTHFPASYLTQQSGQARSQQKHPFNQENEGRCV

Target ORF information:

RefSeq Version	NM_001079279.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis leucine rich repeat containing 9 (lrrc9), mRNA.

Target ORF information:

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

NM_001079279.1

ORF Insert Sequence:

ATGTTTTTCT CTGGATACCC CAAGATGGCG GGGCTTTCCT ACTTTCCAAA TCTCACCCAA 
CTCATTCTTG TTGGACAAAA TATACATTGT ATTGCTGGTC TGGAGTCTTG TCATTTTCTT 
AAGGAACTGT GGATTACTGA GTGTCACTTA AGTAAAATTC AGGGCCTTCA TCATTGTGCA 
GATTTGCAAA AGCTTTACCT TTATCATAAC GAAATTTCTG TTATCGAGGG TCTAGAAAAC 
CTGCTCAAGT TGGAAGTGTT ATGGCTGAAT AATAATCAAA TTAACGTAAT AGAGGGATTA 
GATATGATGC AGAATTTAAA AGAGCTCAAT CTTGCCAACA ATTTAATACA TTCCATAGGA 
GAGAGCTTAG ATCCTAATGT ACAACTTGAA AGACTAAATC TGTCTGGTAA CAAAATATCC 
TCTTTCAAGG AACTGACCAA TTTAGCAAGG TTGCCAAGCC TAATGGACTT GGGTCTGAAG 
GATCCACAGT ATAGCCCTAA TCCTGTCTGC CTTCTCTGCA ACTATGCTAT ACATGTATTA 
TATCACATAC CTCAGCTGCA GAGACTTGAC ACGTATGATG TATCTGAGAA GCAGATCAAG 
AACCTTGCTG AATCTACAGT GGTTAAGAAA ATAATGTATT ATAACATGCG TATGAAGAAT 
AACCAAAGGC AACAAAGAGA GGAACTTGAA AAAGTGAGAG AAAGGACATC CAAGGCAAAG 
CAGGTTCCAG AGAATCGGAT CAGAGCACTT AGTTTCTTAG TCAAAAATTT AGAGCATGAA 
CTCACTGACA TGAAGTCATC TGGCAACATG CAAGCAAATA TTCCCATTTC CAATAAGTTT 
CATGAGAATA ACTGTGACAC AGAAGAGTCA AACTCACAGC AATCCAGTGA AAGACGCAAG 
AATAATTCAG ATCGTCTGGA GCAGATCCAT AAAAAAATAT GTGCACTGAA AGAAAGGATG 
ATATTCTGGA CAAGGAAATT GTCTGAAGTA GAAAAACATC ATGAGGAAAA ATGTAGAAGG 
ATGAAAGATA GCTTCCACCT GCTAGACCAG TTTCTTCAGA CTGAGCTTGA AACTGTCGGG 
AATGTACGCT TTGAAGAAGG CACTGCAGCA GATTCATGGT TTAAATCTTG CTATGATTTG 
ATTGTTTCGA GATTTTGTGC AATGAACTTT AGAGCTTATG GAATTTCGGG CATTAAAATT 
CACAGAATAG TCAGAGTACA CAATCGTATT CTTAGACTAA AATTTGAAGA TAAAGTGCAG 
TACTGGATGG ATAATGAAGA CCTGTACACC ACAGAGAGCT ACAAGAAAAA ACTGGAGTAT 
CTTTTTTACA TATTTGACCC CAAACTCCCT ATAGATAAAA AGGAACTTCT TCACGTTCTT 
GAAAATGGCT GCAATATCAC CAGGTCATCC CAGCTGCCTG AACAAGAACA AGTTGAGGCT 
GTTCTACTTA CTAACAGTAT GAGTTTGTGC GAGGGACCAA GATTAGAGTT CTTACAAAAA 
CAAGCAATGA ACAAGAGCTG CGATCCAGAG GCTTTTAAAG ATGGTATAAT TGTCATTGCT 
AAAGTGTTTC TGGGACGAAG TGTAAAAGCA CGGGATGATC TTCCTATCAA GCCAAATAAT 
TATGCAAAGG TGAATTCAGT CTACAGACTG CAGAAGTTTG CAAACAGCAC CTTTAATTCA 
TTAAATGATG AAATCTGTTC TTCTAAGGAA CATGGGAACT GTGATTGCAG TCTGCGACAG 
TGCGAGTGGC TTGTGTTTGA TCATGAATTC ATTTTGCCTG AATACGTTGT CGAGTTTGAA 
TACATTTCCA TGGAAAAGTC ATCAGGGTTT GTCACGCCAT CTAATGAAAA TGCTGAAGAT 
GTATCACATG ATCTTAAGCT TGATGAAGAT GCCATTGCTC TAGAACCTTT TTTAAAGCCA 
AAACCCAAAA TTATCAGCCT CGATGAAAAG ACAGTTCTAT CAGTGGCTAG AGCTAATATT 
TATAGCCAGA TAACAGTCCT AAATTTACAT GGAAACAGTC TAAGTAAACT GAAAGATATC 
TCAAGACTAA ACGGACTTCG AAAACTCATT ATAAGCTTTA ATGAGTTTTC TAGCTTGGAA 
GATGTGTCTT ACCTGACTAA TTTGGAATAC TTGGATGCCA GCCACAATCA GGTGATAACT 
CTGGAAGGAT TTAAAGGTTT AGGAAAACTG AAGTACTTAG ACTTAAGTTG GAACAAGTTG 
ACTAATAGCA GAGAAGATCT ACACATTTTA CGTAAGCATG CAATACAGCT TTCATCCCTG 
GACATTCGAT ACAATTTCTG GCAAAAGCCA GCTTCAGTGC TCAAGGACAC TATTGCAATA 
TTGCCATCAT TGACTCATTT GAATGGTGTC ACCATAACAG AAGATGAGAT TTCGGAGGCT 
TTGCAGATTT CCTCTGGGTC CAGAATTACA CAGGCTTCAC TACTAATCAA CGCAAGGACA 
GATACTGTAA AACCGCGCTG CCTAAATTTA TTGCCATCTG CACAAATTCT TGCTCAATTT 
AGCAAGAACT GTCTGGATCC AAATGCTGAA CTGAGTAACA GTTGGTACAC CAAGATAACC 
TCCCTGACCT TAGACAGCCA GAATCTCGTC AGAATTACAA ACCTGGAAAA ACTAGTAAAT 
CTACGATGGG CATCTTTCAG CAGCAACCAT TTGACAAAAA TCGAGGGATT GGAACATTGT 
GTGAATCTGG AAGAGCTTAA CCTTGATGAT AACTCCATCT CCAAACTAGA GGGGCTTTCA 
AAGCTGACTA AATTAAGAAG GCTAAGTATT AATAACAATC TCCTTGCTGG CTTTGACAGA 
CATGTTATTG AGAGCCTGTC TCATCTTCAC TTCCTTTCTG CTGAGAACAA CAATATCAGC 
TCACTAGCTG GTCTGCAGAG AGGTTACAAA TTAATTGAAC TGTACCTCAG CAATAACTGT 
ATCAGTAGCA ACCAAGAAAT CTACAGTCTG AAGGGTTTAA ATAACTTAGT AATTCTGGAT 
ATGTGGGGCA ATCCAATTCT GTTGAAACAC GAGAACTACA GATTATTTGT TATTTTCCAT 
CTTTCTGCCA TAAAAGCTTT GGATGGCGTT GCAGTGGAAC CATCAGAATG TGAGAATGCT 
AAGGATATGT TTGGCGGAAG ACTTACATCT GATATGATTG CAGAAAGAAT AGGCCACCAG 
AGATTTACTG AATTGCAGGA CTTAAACTGG AGAACTTCAT CTATCAGATC AATTGATCTT 
GTTCCTGCTG ACCACTTTAG GAACGTGCAA ACTGTGAATT TAGAGAATAA TAATCTCACG 
TCATTCAGCG GATTAATTTT CCTTCCAAAT ATTAAGAACC TGTATCTTAA TCACAATCGC 
ATTGAATCGA TTTTGCCCCA ACAAAAGTCT CAAAGTCACC TTACTAACAG ACAGATCCTT 
CACCAGAAAG TCAGTTCCAG TGGTTATGGA CAACAAGGAA CTTCCAAGGG AAGCCGAGAT 
ACAGTATATG GAGAAGCCCT AAGTCCAGTA ATGCAAAGTT TAGAAGTTCT TCACCTGGGT 
TACAATGGCA TCAATAGTCT GCCCATGCTT CAGCTAGGCA GGTTACGAAA TCTGAAATCA 
CTGTATTTGC AAGGTAATGA AATTAGTCAT GTGGAAGGTC TTGAAAATCT ACAGTTTCTC 
CGAGAGCTTG TGTTAGACCA TAACCGTATT AAAGCTATTG CAGAGACATC ATTTGCCAAA 
CTGAATTCTC TGGTCTCTCT TAATCTGGAA GAAAACAGAC TCCGGGACCT AAATAACTTA 
CCGCCTCTTC TTAAGTTAAG AAAGCTACTT ATTGGTTCCA ATAAAATTCA GGAAATATCT 
GAAATAGAAA AACTTGAAGT TATTCCAGCA CTGGTGGAAC TTTCTATTTC TGGAAATCCA 
ATTTCCCGCA AGCCTTTCCT CCGAAATCTG CTTGTTGTTC GTTTGCAAAA CCTGCAGATA 
TTAGATGGCA TTCTCATAAC TGCAGAAGAC AGAGCAAGAG CAGAAATGTA TTTCATGGAA 
CAGCAGTCAC TGACTGTTCC GAATGCAGTA ATGGATCTGG GGAATCCTGT TTCCACTATG 
ATTGTGAGCA AGCCTTTGCC ACTACGTGTA ACTAACTTCC CTCTGGCAGG AGGGGCCCAC 
CACTCCCTTG GTGCTGACCT CCATTTTAAT AATGGCCATG AAGACATCTT TCAAAATGAA 
GCAAACAAGT ACAAGAAGTT AAAGAATTAC ACTGTAGGTG TAGGACATAA TCCACAGAAC 
ACCCAAGATA TTGCCTTGAG GCAGCTCAGA GGAGGAACAC ATTTTCCTGC ATCCTACTTA 
ACTCAACAAA GTGGCCAAGC TCGCAGCCAA CAAAAGCACC CATTCAATCA AGAAAATGAG 
GGAAGGTGTG TATAA

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

lrrc9 ( XM_018096335.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_017951824.1 Xenopus tropicalis leucine rich repeat containing 9 (lrrc9), transcript variant X1, mRNA.

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CloneID	OXa29585
Clone ID Related Accession (Same CDS sequence)	XM_018096335.1 , XM_018096336.1
Accession Version	XM_018096335.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4545bp) 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	2016-09-07
Organism	Xenopus tropicalis(tropical clawed frog)
Product	leucine-rich repeat-containing protein 9 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030684.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus tropicalis Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCTGTCAA ATGAAAACTT GAATTCTGAA GAAATCATAA GAGAATTGTG TGCGTGCAAT 
GGCTTAAGTT TTGAGAAGAT CAGACAGGAT GGACCAGCGA CAACAACACT GGAAATGTTT 
TTCTCTGGAT ACCCCAAGAT GGCGGGGCTT TCCTACTTTC CAAATCTCAC CCAACTCATT 
CTTGTTGGAC AAAATATACA TTGTATTGCT GGTCTGGAGT CTTGTCATTT TCTTAAGGAA 
CTGTGGATTA CTGAGTGTCA CTTAAGTAAA ATTCAGGGCC TTCATCATTG TGCAGATTTG 
CAAAAGCTTT ACCTTTATCA TAACGAAATT TCTGTTATCG AGGGTCTAGA AAACCTGCTC 
AAGTTGGAAG TGTTATGGCT GAATAATAAT CAAATTAACG TAATAGAGGG ATTAGATATG 
ATGCAGAATT TAAAAGAGCT CAATCTTGCC AACAATTTAA TACATTCCAT AGGAGAGAGC 
TTAGATCCTA ATGTACAACT TGAAAGACTA AATCTGTCTG GTAACAAAAT ATCCTCTTTC 
AAGGAACTGA CCAATTTAGC AAGGTTGCCA AGCCTAATGG ACTTGGGTCT GAAGGATCCA 
CAGTATAGCC CTAATCCTGT CTGCCTTCTC TGCAACTATG CTATACATGT ATTATATCAC 
ATACCTCAGC TGCAGAGACT TGACACGTAT GATGTATCTG AGAAGCAGAT CAAGAACCTT 
GCTGAATCTA CAGTGGTTAA GAAAATAATG TATTATAACA TGCGTATGAA GAATAACCAA 
AGGCAACAAA GAGAGGAACT TGAAAAAGTG AGAGAAAGGA CATCCAAGGC AAAGCAGGTT 
CCAGAGAATC GGATCAGAGC ACTTAGTTTC TTAGTCAAAA ATTTAGAGCA TGAACTCACT 
GACATGCAGT CATCTGGCAA CATGCAAGCA AATATTCCCA TTTCCAATAA GTTTCATGAG 
AATAACTGTG ACACAGAAGA GTCAAACTCA CAGCAATCCA GTGAAAGACG CAAGAATAAT 
TCAGATCGTC TGGAGCAGAT CCATAAAAAA ATATGTGCAC TGAAAGAAAG GATGATATTC 
TGGACAAGGA AATTGTCTGA AGTAGAAAAA CATCATGAGG AAAAATGTAG AAGGATGAAA 
GATAGCTTCC ACCTGCTAGA CCAGTTTCTT CAGACTGAGC TTGAAACTGT CGGGAATGTA 
CGCTTTGAAG AAGGCACTGC AGCAGATTCA TGGTTTAAAT CTTGCTATGA TTTGATTGTT 
TCGAGATTTT GTGCAATGAA CTTTAGAGCT TATGGAATTT CGGGCATTAA AATTCACAGA 
ATAGTCAGAG TACACAATCG TATTCTTAGA CTAAAATTTG AAGATAAAGT GCAGTACTGG 
ATGGATAATG AAGACCTGTA CACCACAGAG AGCTACAAGA AAAAACTGGA GTATCTTTTT 
TACATATTTG ACCCCAAACT CCCTATAGAT AAAAAGGAAC TTCTTCACGT TCTTGAAAAT 
GGCTGCAATA TCACCAGGTC ATCCCAGCTG CCTGAACAAG AACAAGTTGA GGCTGTTCTA 
CTTACTAACA GTATGAGTTT GTGCGAGGGA CCAAGATTAG AGTTCTTACA AAAACAAGCA 
ATGAACAAGA GCTGCGATCC AGAGGCTTTT AAAGATGGTA TAATTGTCAT TGCTAAAGTG 
TTTCTGGGAC GAAGTGTAAA AGCACGGGAT GATCTTCCTA TCAAGCCAAA TAATTATGCA 
AAGGTGAATT CAGTCTACAG ACTGCAGAAG TTTGCAAACA GCACCTTTAA TTCATTAAAT 
GATGAAATCT GTTCTTCTAA GGAACATGGA AACTGTGATT GCAGTCTGCG ACAGTGCGAG 
TGGCTTGTGT TTGATCATGA ATTCATTTTG CCTGAATACG TTGTCGAGTT TGAATACATT 
TCCATGGAAA AGTCATCAGG GTTTGTCACA CCATCTAATG AAAATGCTGA AGATGTATCA 
CATGATCTTA AGCTTGATGA AGATGCCATT GCTCTAGAAC CTTTTTTAAA GCCAAAACCC 
AAAATTATCA GCCTCGATGA AAAGACAGTT CTATCAGTGG CTAGAGCTAA TATTTATAGC 
CAGATAACAG TCCTAAATTT ACATGGAAAC AGTCTAAGTA AACTGAAAGA TATCTCAAGA 
CTAAACGGAC TTCGAAAACT CATTATAAGT TTTAATGAGT TTTCTAGCTT GGAAGATGTG 
TCTTACCTGA CTAATTTGGA ATACTTGGAT GCCAGCCACA ATCAGGTGAT AACTCTGGAA 
GGATTTAAAG GTTTAGGAAA ACTGAAGTAC TTAGACTTAA GTTGGAACAA GTTGACTAAT 
AGCAGAGAAG ATCTACACAT TTTACGTAAG CATGCAATAC AGCTTTCATC CCTGGACATT 
CGATACAATT TCTGGCAAAA GCCAGCTTCA GTGCTCAAGG ACACTATTGC AATATTGCCA 
TCATTGACTC ATTTGAATGG TGTCACCATA ACAGAAGATG AGATTTCGGA GGCTTTGCAG 
ATTTCCTCTG GGTCCAGAAT TACACAGGCT TCACTACTAA TCAACGCAAG GACAGATACT 
GTAAAACCGC GCTGCCTAAA TTTATTGCCA TCTGCACAAA TTCTTGCTCA ATTTAGCAAG 
AACTGTCTGG ATCCAAATGC TGAACTGAGT AACAGTTGGT ACACCAAGAT AACCTCCCTG 
ACCTTAGACA GCCAGAATCT CGTCAGAATT ACAAACCTGG AAAAACTAGT AAATCTACGA 
TGGGCATCTT TCAGCAGCAA CCATTTGACA AAAATCGAGG GATTGGAACA TTGTGTGAAT 
CTGGAAGAGC TTAACCTTGA TGATAACTCC ATCTCCAAAC TAGAGGGGCT TTCAAAGCTG 
ACTAAATTAA GAAGGCTAAG TATTAATAAC AATCTCCTTG CTGGCTTTGA CAGACATGTT 
ATTGAGAGCC TGTCTCATCT TCACTTCCTT TCTGCTGAGA ACAACAATAT CAGCTCACTA 
GCTGGTCTGC AGAGAGGTTA CAAATTAATT GAACTGTACC TCAGCAATAA CTGTATCAGT 
AGCAACCAAG AAATCTACAG TCTGAAGGGT TTAAATAACT TAGTAATTCT GGATATGTGG 
GGCAATCCAA TTCTGTTGAA ACACGAGAAC TACAGATTAT TTGTTATTTT CCATCTTTCT 
GCCATAAAAG CTTTGGATGG CGTTGCAGTG GAACCATCAG AATGTGAGAA TGCTAAGGAT 
ATGTTTGGCG GAAGACTTAC ATCTGATATG ATTGCAGAAA GAATAGGCCA CCAGAGATTT 
ACTGAATTGC AGGACTTAAA CTGGAGAACT TCATCTATCA GATCAATTGA TCTTGTTCCT 
GCTGACCACT TTAGGAACGT GCAAACTGTG AATTTAGAGA ATAATAATCT CACGTCATTC 
AGCGGATTAA TTTTCCTTCC AAATATTAAG AACCTGTATC TTAATCACAA TCGCATTGAA 
TCGATTTTGC CCCAACAAAA GTCTCAAAGT CATCTTACTA ACAGACAGAT CCTTCACCAG 
AAAGTCAGTT CCAGTGGTTA TGGACAACAA GGAACTTCCA AGGGAAGCCG AGATACAGTA 
TATGGAGAAG CCCTAAGTCC AGTAATGCAA AGTTTAGAAG TTCTTCACCT GGGTTACAAT 
GGCATCAATA GTCTGCCCAT GCTTCAGCTA GGCAGGTTAC GAAATCTGAA ATCACTGTAT 
TTGCAAGGTA ATGAAATTAG TCATGTGGAA GGTCTTGAAA ATCTACAGTT TCTCCGAGAG 
CTTGTGTTAG ACCATAACCG TATTAAAGCT ATTGCAGAGA CATCATTTGC CAAACTGAAT 
TCTCTGGTCT CTCTTAATCT GGAAGAAAAC AGACTCCGGG ACCTAAATAA CTTACCGCCT 
CTTCTTAAGT TAAGAAAGCT ACTTATTGGT TCCAATAAAA TTCAGGAAAT ATCTGAAATA 
GAAAAACTTG AAGTTATTCC AGCACTGGTG GAACTTTCTA TTTCTGGAAA TCCAATTTCC 
CGCAAGCCTT TCCTCCGAAA TCTGCTTGTT GTTCGTTTGC AAAACCTGCA GATATTAGAT 
GGCATTCTCA TAACTGCAGA AGACAGAGCA AGAGCAGAAA TGTATTTCAT GGAACAGCAG 
TCACTGACTG TTCCGAATGC AGTAATGGAT CTGGGGAATC CTGTTTCCAC TATGATTGTG 
AGCAAGCCTT TGCCACTACG TGTAACTAAC TTCCCTCTGG CAGGAGGGGC CCACCACTCC 
CTTGGTGCTG ACCTCCATTT TAATAATGGC CATGAAGACA TCTTTCAAAA TGAAGCAAAC 
AAGTACAAGA AGTTAAAGAA TTACACTGTA GGTGTAGGAC ATAATCCACA GAACACCCAA 
GATATTGCCT TGAGGCAGCT CAGAGGAGGA ACACATTTTC CTGCATCCTA CTTAACTCAA 
CAAAGTGGCC AAGCTCGCAG CCAACAAAAG CACCCATTCA ATCAAGAAAA TGAGGGAAGG 
CACAACACAC AGTGTATTCC CCCAGCATTA TATAAATCAC CATGA

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

RefSeq	XP_017951824.1
CDS	190..4734
Translation	MLSNENLNSEEIIRELCACNGLSFEKIRQDGPATTTLEMFFSGYPKMAGLSYFPNLTQLILVGQNIHCIAGLESCHFLKELWITECHLSKIQGLHHCADLQKLYLYHNEISVIEGLENLLKLEVLWLNNNQINVIEGLDMMQNLKELNLANNLIHSIGESLDPNVQLERLNLSGNKISSFKELTNLARLPSLMDLGLKDPQYSPNPVCLLCNYAIHVLYHIPQLQRLDTYDVSEKQIKNLAESTVVKKIMYYNMRMKNNQRQQREELEKVRERTSKAKQVPENRIRALSFLVKNLEHELTDMQSSGNMQANIPISNKFHENNCDTEESNSQQSSERRKNNSDRLEQIHKKICALKERMIFWTRKLSEVEKHHEEKCRRMKDSFHLLDQFLQTELETVGNVRFEEGTAADSWFKSCYDLIVSRFCAMNFRAYGISGIKIHRIVRVHNRILRLKFEDKVQYWMDNEDLYTTESYKKKLEYLFYIFDPKLPIDKKELLHVLENGCNITRSSQLPEQEQVEAVLLTNSMSLCEGPRLEFLQKQAMNKSCDPEAFKDGIIVIAKVFLGRSVKARDDLPIKPNNYAKVNSVYRLQKFANSTFNSLNDEICSSKEHGNCDCSLRQCEWLVFDHEFILPEYVVEFEYISMEKSSGFVTPSNENAEDVSHDLKLDEDAIALEPFLKPKPKIISLDEKTVLSVARANIYSQITVLNLHGNSLSKLKDISRLNGLRKLIISFNEFSSLEDVSYLTNLEYLDASHNQVITLEGFKGLGKLKYLDLSWNKLTNSREDLHILRKHAIQLSSLDIRYNFWQKPASVLKDTIAILPSLTHLNGVTITEDEISEALQISSGSRITQASLLINARTDTVKPRCLNLLPSAQILAQFSKNCLDPNAELSNSWYTKITSLTLDSQNLVRITNLEKLVNLRWASFSSNHLTKIEGLEHCVNLEELNLDDNSISKLEGLSKLTKLRRLSINNNLLAGFDRHVIESLSHLHFLSAENNNISSLAGLQRGYKLIELYLSNNCISSNQEIYSLKGLNNLVILDMWGNPILLKHENYRLFVIFHLSAIKALDGVAVEPSECENAKDMFGGRLTSDMIAERIGHQRFTELQDLNWRTSSIRSIDLVPADHFRNVQTVNLENNNLTSFSGLIFLPNIKNLYLNHNRIESILPQQKSQSHLTNRQILHQKVSSSGYGQQGTSKGSRDTVYGEALSPVMQSLEVLHLGYNGINSLPMLQLGRLRNLKSLYLQGNEISHVEGLENLQFLRELVLDHNRIKAIAETSFAKLNSLVSLNLEENRLRDLNNLPPLLKLRKLLIGSNKIQEISEIEKLEVIPALVELSISGNPISRKPFLRNLLVVRLQNLQILDGILITAEDRARAEMYFMEQQSLTVPNAVMDLGNPVSTMIVSKPLPLRVTNFPLAGGAHHSLGADLHFNNGHEDIFQNEANKYKKLKNYTVGVGHNPQNTQDIALRQLRGGTHFPASYLTQQSGQARSQQKHPFNQENEGRHNTQCIPPALYKSP

Target ORF information:

RefSeq Version	XM_018096335.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis leucine rich repeat containing 9 (lrrc9), transcript variant X1, mRNA.

Target ORF information:

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

XM_018096335.1

ORF Insert Sequence:

ATGCTGTCAA ATGAAAACTT GAATTCTGAA GAAATCATAA GAGAATTGTG TGCGTGCAAT 
GGCTTAAGTT TTGAGAAGAT CAGACAGGAT GGACCAGCGA CAACAACACT GGAAATGTTT 
TTCTCTGGAT ACCCCAAGAT GGCGGGGCTT TCCTACTTTC CAAATCTCAC CCAACTCATT 
CTTGTTGGAC AAAATATACA TTGTATTGCT GGTCTGGAGT CTTGTCATTT TCTTAAGGAA 
CTGTGGATTA CTGAGTGTCA CTTAAGTAAA ATTCAGGGCC TTCATCATTG TGCAGATTTG 
CAAAAGCTTT ACCTTTATCA TAACGAAATT TCTGTTATCG AGGGTCTAGA AAACCTGCTC 
AAGTTGGAAG TGTTATGGCT GAATAATAAT CAAATTAACG TAATAGAGGG ATTAGATATG 
ATGCAGAATT TAAAAGAGCT CAATCTTGCC AACAATTTAA TACATTCCAT AGGAGAGAGC 
TTAGATCCTA ATGTACAACT TGAAAGACTA AATCTGTCTG GTAACAAAAT ATCCTCTTTC 
AAGGAACTGA CCAATTTAGC AAGGTTGCCA AGCCTAATGG ACTTGGGTCT GAAGGATCCA 
CAGTATAGCC CTAATCCTGT CTGCCTTCTC TGCAACTATG CTATACATGT ATTATATCAC 
ATACCTCAGC TGCAGAGACT TGACACGTAT GATGTATCTG AGAAGCAGAT CAAGAACCTT 
GCTGAATCTA CAGTGGTTAA GAAAATAATG TATTATAACA TGCGTATGAA GAATAACCAA 
AGGCAACAAA GAGAGGAACT TGAAAAAGTG AGAGAAAGGA CATCCAAGGC AAAGCAGGTT 
CCAGAGAATC GGATCAGAGC ACTTAGTTTC TTAGTCAAAA ATTTAGAGCA TGAACTCACT 
GACATGCAGT CATCTGGCAA CATGCAAGCA AATATTCCCA TTTCCAATAA GTTTCATGAG 
AATAACTGTG ACACAGAAGA GTCAAACTCA CAGCAATCCA GTGAAAGACG CAAGAATAAT 
TCAGATCGTC TGGAGCAGAT CCATAAAAAA ATATGTGCAC TGAAAGAAAG GATGATATTC 
TGGACAAGGA AATTGTCTGA AGTAGAAAAA CATCATGAGG AAAAATGTAG AAGGATGAAA 
GATAGCTTCC ACCTGCTAGA CCAGTTTCTT CAGACTGAGC TTGAAACTGT CGGGAATGTA 
CGCTTTGAAG AAGGCACTGC AGCAGATTCA TGGTTTAAAT CTTGCTATGA TTTGATTGTT 
TCGAGATTTT GTGCAATGAA CTTTAGAGCT TATGGAATTT CGGGCATTAA AATTCACAGA 
ATAGTCAGAG TACACAATCG TATTCTTAGA CTAAAATTTG AAGATAAAGT GCAGTACTGG 
ATGGATAATG AAGACCTGTA CACCACAGAG AGCTACAAGA AAAAACTGGA GTATCTTTTT 
TACATATTTG ACCCCAAACT CCCTATAGAT AAAAAGGAAC TTCTTCACGT TCTTGAAAAT 
GGCTGCAATA TCACCAGGTC ATCCCAGCTG CCTGAACAAG AACAAGTTGA GGCTGTTCTA 
CTTACTAACA GTATGAGTTT GTGCGAGGGA CCAAGATTAG AGTTCTTACA AAAACAAGCA 
ATGAACAAGA GCTGCGATCC AGAGGCTTTT AAAGATGGTA TAATTGTCAT TGCTAAAGTG 
TTTCTGGGAC GAAGTGTAAA AGCACGGGAT GATCTTCCTA TCAAGCCAAA TAATTATGCA 
AAGGTGAATT CAGTCTACAG ACTGCAGAAG TTTGCAAACA GCACCTTTAA TTCATTAAAT 
GATGAAATCT GTTCTTCTAA GGAACATGGA AACTGTGATT GCAGTCTGCG ACAGTGCGAG 
TGGCTTGTGT TTGATCATGA ATTCATTTTG CCTGAATACG TTGTCGAGTT TGAATACATT 
TCCATGGAAA AGTCATCAGG GTTTGTCACA CCATCTAATG AAAATGCTGA AGATGTATCA 
CATGATCTTA AGCTTGATGA AGATGCCATT GCTCTAGAAC CTTTTTTAAA GCCAAAACCC 
AAAATTATCA GCCTCGATGA AAAGACAGTT CTATCAGTGG CTAGAGCTAA TATTTATAGC 
CAGATAACAG TCCTAAATTT ACATGGAAAC AGTCTAAGTA AACTGAAAGA TATCTCAAGA 
CTAAACGGAC TTCGAAAACT CATTATAAGT TTTAATGAGT TTTCTAGCTT GGAAGATGTG 
TCTTACCTGA CTAATTTGGA ATACTTGGAT GCCAGCCACA ATCAGGTGAT AACTCTGGAA 
GGATTTAAAG GTTTAGGAAA ACTGAAGTAC TTAGACTTAA GTTGGAACAA GTTGACTAAT 
AGCAGAGAAG ATCTACACAT TTTACGTAAG CATGCAATAC AGCTTTCATC CCTGGACATT 
CGATACAATT TCTGGCAAAA GCCAGCTTCA GTGCTCAAGG ACACTATTGC AATATTGCCA 
TCATTGACTC ATTTGAATGG TGTCACCATA ACAGAAGATG AGATTTCGGA GGCTTTGCAG 
ATTTCCTCTG GGTCCAGAAT TACACAGGCT TCACTACTAA TCAACGCAAG GACAGATACT 
GTAAAACCGC GCTGCCTAAA TTTATTGCCA TCTGCACAAA TTCTTGCTCA ATTTAGCAAG 
AACTGTCTGG ATCCAAATGC TGAACTGAGT AACAGTTGGT ACACCAAGAT AACCTCCCTG 
ACCTTAGACA GCCAGAATCT CGTCAGAATT ACAAACCTGG AAAAACTAGT AAATCTACGA 
TGGGCATCTT TCAGCAGCAA CCATTTGACA AAAATCGAGG GATTGGAACA TTGTGTGAAT 
CTGGAAGAGC TTAACCTTGA TGATAACTCC ATCTCCAAAC TAGAGGGGCT TTCAAAGCTG 
ACTAAATTAA GAAGGCTAAG TATTAATAAC AATCTCCTTG CTGGCTTTGA CAGACATGTT 
ATTGAGAGCC TGTCTCATCT TCACTTCCTT TCTGCTGAGA ACAACAATAT CAGCTCACTA 
GCTGGTCTGC AGAGAGGTTA CAAATTAATT GAACTGTACC TCAGCAATAA CTGTATCAGT 
AGCAACCAAG AAATCTACAG TCTGAAGGGT TTAAATAACT TAGTAATTCT GGATATGTGG 
GGCAATCCAA TTCTGTTGAA ACACGAGAAC TACAGATTAT TTGTTATTTT CCATCTTTCT 
GCCATAAAAG CTTTGGATGG CGTTGCAGTG GAACCATCAG AATGTGAGAA TGCTAAGGAT 
ATGTTTGGCG GAAGACTTAC ATCTGATATG ATTGCAGAAA GAATAGGCCA CCAGAGATTT 
ACTGAATTGC AGGACTTAAA CTGGAGAACT TCATCTATCA GATCAATTGA TCTTGTTCCT 
GCTGACCACT TTAGGAACGT GCAAACTGTG AATTTAGAGA ATAATAATCT CACGTCATTC 
AGCGGATTAA TTTTCCTTCC AAATATTAAG AACCTGTATC TTAATCACAA TCGCATTGAA 
TCGATTTTGC CCCAACAAAA GTCTCAAAGT CATCTTACTA ACAGACAGAT CCTTCACCAG 
AAAGTCAGTT CCAGTGGTTA TGGACAACAA GGAACTTCCA AGGGAAGCCG AGATACAGTA 
TATGGAGAAG CCCTAAGTCC AGTAATGCAA AGTTTAGAAG TTCTTCACCT GGGTTACAAT 
GGCATCAATA GTCTGCCCAT GCTTCAGCTA GGCAGGTTAC GAAATCTGAA ATCACTGTAT 
TTGCAAGGTA ATGAAATTAG TCATGTGGAA GGTCTTGAAA ATCTACAGTT TCTCCGAGAG 
CTTGTGTTAG ACCATAACCG TATTAAAGCT ATTGCAGAGA CATCATTTGC CAAACTGAAT 
TCTCTGGTCT CTCTTAATCT GGAAGAAAAC AGACTCCGGG ACCTAAATAA CTTACCGCCT 
CTTCTTAAGT TAAGAAAGCT ACTTATTGGT TCCAATAAAA TTCAGGAAAT ATCTGAAATA 
GAAAAACTTG AAGTTATTCC AGCACTGGTG GAACTTTCTA TTTCTGGAAA TCCAATTTCC 
CGCAAGCCTT TCCTCCGAAA TCTGCTTGTT GTTCGTTTGC AAAACCTGCA GATATTAGAT 
GGCATTCTCA TAACTGCAGA AGACAGAGCA AGAGCAGAAA TGTATTTCAT GGAACAGCAG 
TCACTGACTG TTCCGAATGC AGTAATGGAT CTGGGGAATC CTGTTTCCAC TATGATTGTG 
AGCAAGCCTT TGCCACTACG TGTAACTAAC TTCCCTCTGG CAGGAGGGGC CCACCACTCC 
CTTGGTGCTG ACCTCCATTT TAATAATGGC CATGAAGACA TCTTTCAAAA TGAAGCAAAC 
AAGTACAAGA AGTTAAAGAA TTACACTGTA GGTGTAGGAC ATAATCCACA GAACACCCAA 
GATATTGCCT TGAGGCAGCT CAGAGGAGGA ACACATTTTC CTGCATCCTA CTTAACTCAA 
CAAAGTGGCC AAGCTCGCAG CCAACAAAAG CACCCATTCA ATCAAGAAAA TGAGGGAAGG 
CACAACACAC AGTGTATTCC CCCAGCATTA TATAAATCAC CATGA

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

lrrc9 ( XM_018096336.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_017951825.1 Xenopus tropicalis leucine rich repeat containing 9 (lrrc9), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OXa29585
Clone ID Related Accession (Same CDS sequence)	XM_018096335.1 , XM_018096336.1
Accession Version	XM_018096336.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4545bp) 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	2016-09-07
Organism	Xenopus tropicalis(tropical clawed frog)
Product	leucine-rich repeat-containing protein 9 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030684.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus tropicalis Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCTGTCAA ATGAAAACTT GAATTCTGAA GAAATCATAA GAGAATTGTG TGCGTGCAAT 
GGCTTAAGTT TTGAGAAGAT CAGACAGGAT GGACCAGCGA CAACAACACT GGAAATGTTT 
TTCTCTGGAT ACCCCAAGAT GGCGGGGCTT TCCTACTTTC CAAATCTCAC CCAACTCATT 
CTTGTTGGAC AAAATATACA TTGTATTGCT GGTCTGGAGT CTTGTCATTT TCTTAAGGAA 
CTGTGGATTA CTGAGTGTCA CTTAAGTAAA ATTCAGGGCC TTCATCATTG TGCAGATTTG 
CAAAAGCTTT ACCTTTATCA TAACGAAATT TCTGTTATCG AGGGTCTAGA AAACCTGCTC 
AAGTTGGAAG TGTTATGGCT GAATAATAAT CAAATTAACG TAATAGAGGG ATTAGATATG 
ATGCAGAATT TAAAAGAGCT CAATCTTGCC AACAATTTAA TACATTCCAT AGGAGAGAGC 
TTAGATCCTA ATGTACAACT TGAAAGACTA AATCTGTCTG GTAACAAAAT ATCCTCTTTC 
AAGGAACTGA CCAATTTAGC AAGGTTGCCA AGCCTAATGG ACTTGGGTCT GAAGGATCCA 
CAGTATAGCC CTAATCCTGT CTGCCTTCTC TGCAACTATG CTATACATGT ATTATATCAC 
ATACCTCAGC TGCAGAGACT TGACACGTAT GATGTATCTG AGAAGCAGAT CAAGAACCTT 
GCTGAATCTA CAGTGGTTAA GAAAATAATG TATTATAACA TGCGTATGAA GAATAACCAA 
AGGCAACAAA GAGAGGAACT TGAAAAAGTG AGAGAAAGGA CATCCAAGGC AAAGCAGGTT 
CCAGAGAATC GGATCAGAGC ACTTAGTTTC TTAGTCAAAA ATTTAGAGCA TGAACTCACT 
GACATGCAGT CATCTGGCAA CATGCAAGCA AATATTCCCA TTTCCAATAA GTTTCATGAG 
AATAACTGTG ACACAGAAGA GTCAAACTCA CAGCAATCCA GTGAAAGACG CAAGAATAAT 
TCAGATCGTC TGGAGCAGAT CCATAAAAAA ATATGTGCAC TGAAAGAAAG GATGATATTC 
TGGACAAGGA AATTGTCTGA AGTAGAAAAA CATCATGAGG AAAAATGTAG AAGGATGAAA 
GATAGCTTCC ACCTGCTAGA CCAGTTTCTT CAGACTGAGC TTGAAACTGT CGGGAATGTA 
CGCTTTGAAG AAGGCACTGC AGCAGATTCA TGGTTTAAAT CTTGCTATGA TTTGATTGTT 
TCGAGATTTT GTGCAATGAA CTTTAGAGCT TATGGAATTT CGGGCATTAA AATTCACAGA 
ATAGTCAGAG TACACAATCG TATTCTTAGA CTAAAATTTG AAGATAAAGT GCAGTACTGG 
ATGGATAATG AAGACCTGTA CACCACAGAG AGCTACAAGA AAAAACTGGA GTATCTTTTT 
TACATATTTG ACCCCAAACT CCCTATAGAT AAAAAGGAAC TTCTTCACGT TCTTGAAAAT 
GGCTGCAATA TCACCAGGTC ATCCCAGCTG CCTGAACAAG AACAAGTTGA GGCTGTTCTA 
CTTACTAACA GTATGAGTTT GTGCGAGGGA CCAAGATTAG AGTTCTTACA AAAACAAGCA 
ATGAACAAGA GCTGCGATCC AGAGGCTTTT AAAGATGGTA TAATTGTCAT TGCTAAAGTG 
TTTCTGGGAC GAAGTGTAAA AGCACGGGAT GATCTTCCTA TCAAGCCAAA TAATTATGCA 
AAGGTGAATT CAGTCTACAG ACTGCAGAAG TTTGCAAACA GCACCTTTAA TTCATTAAAT 
GATGAAATCT GTTCTTCTAA GGAACATGGA AACTGTGATT GCAGTCTGCG ACAGTGCGAG 
TGGCTTGTGT TTGATCATGA ATTCATTTTG CCTGAATACG TTGTCGAGTT TGAATACATT 
TCCATGGAAA AGTCATCAGG GTTTGTCACA CCATCTAATG AAAATGCTGA AGATGTATCA 
CATGATCTTA AGCTTGATGA AGATGCCATT GCTCTAGAAC CTTTTTTAAA GCCAAAACCC 
AAAATTATCA GCCTCGATGA AAAGACAGTT CTATCAGTGG CTAGAGCTAA TATTTATAGC 
CAGATAACAG TCCTAAATTT ACATGGAAAC AGTCTAAGTA AACTGAAAGA TATCTCAAGA 
CTAAACGGAC TTCGAAAACT CATTATAAGT TTTAATGAGT TTTCTAGCTT GGAAGATGTG 
TCTTACCTGA CTAATTTGGA ATACTTGGAT GCCAGCCACA ATCAGGTGAT AACTCTGGAA 
GGATTTAAAG GTTTAGGAAA ACTGAAGTAC TTAGACTTAA GTTGGAACAA GTTGACTAAT 
AGCAGAGAAG ATCTACACAT TTTACGTAAG CATGCAATAC AGCTTTCATC CCTGGACATT 
CGATACAATT TCTGGCAAAA GCCAGCTTCA GTGCTCAAGG ACACTATTGC AATATTGCCA 
TCATTGACTC ATTTGAATGG TGTCACCATA ACAGAAGATG AGATTTCGGA GGCTTTGCAG 
ATTTCCTCTG GGTCCAGAAT TACACAGGCT TCACTACTAA TCAACGCAAG GACAGATACT 
GTAAAACCGC GCTGCCTAAA TTTATTGCCA TCTGCACAAA TTCTTGCTCA ATTTAGCAAG 
AACTGTCTGG ATCCAAATGC TGAACTGAGT AACAGTTGGT ACACCAAGAT AACCTCCCTG 
ACCTTAGACA GCCAGAATCT CGTCAGAATT ACAAACCTGG AAAAACTAGT AAATCTACGA 
TGGGCATCTT TCAGCAGCAA CCATTTGACA AAAATCGAGG GATTGGAACA TTGTGTGAAT 
CTGGAAGAGC TTAACCTTGA TGATAACTCC ATCTCCAAAC TAGAGGGGCT TTCAAAGCTG 
ACTAAATTAA GAAGGCTAAG TATTAATAAC AATCTCCTTG CTGGCTTTGA CAGACATGTT 
ATTGAGAGCC TGTCTCATCT TCACTTCCTT TCTGCTGAGA ACAACAATAT CAGCTCACTA 
GCTGGTCTGC AGAGAGGTTA CAAATTAATT GAACTGTACC TCAGCAATAA CTGTATCAGT 
AGCAACCAAG AAATCTACAG TCTGAAGGGT TTAAATAACT TAGTAATTCT GGATATGTGG 
GGCAATCCAA TTCTGTTGAA ACACGAGAAC TACAGATTAT TTGTTATTTT CCATCTTTCT 
GCCATAAAAG CTTTGGATGG CGTTGCAGTG GAACCATCAG AATGTGAGAA TGCTAAGGAT 
ATGTTTGGCG GAAGACTTAC ATCTGATATG ATTGCAGAAA GAATAGGCCA CCAGAGATTT 
ACTGAATTGC AGGACTTAAA CTGGAGAACT TCATCTATCA GATCAATTGA TCTTGTTCCT 
GCTGACCACT TTAGGAACGT GCAAACTGTG AATTTAGAGA ATAATAATCT CACGTCATTC 
AGCGGATTAA TTTTCCTTCC AAATATTAAG AACCTGTATC TTAATCACAA TCGCATTGAA 
TCGATTTTGC CCCAACAAAA GTCTCAAAGT CATCTTACTA ACAGACAGAT CCTTCACCAG 
AAAGTCAGTT CCAGTGGTTA TGGACAACAA GGAACTTCCA AGGGAAGCCG AGATACAGTA 
TATGGAGAAG CCCTAAGTCC AGTAATGCAA AGTTTAGAAG TTCTTCACCT GGGTTACAAT 
GGCATCAATA GTCTGCCCAT GCTTCAGCTA GGCAGGTTAC GAAATCTGAA ATCACTGTAT 
TTGCAAGGTA ATGAAATTAG TCATGTGGAA GGTCTTGAAA ATCTACAGTT TCTCCGAGAG 
CTTGTGTTAG ACCATAACCG TATTAAAGCT ATTGCAGAGA CATCATTTGC CAAACTGAAT 
TCTCTGGTCT CTCTTAATCT GGAAGAAAAC AGACTCCGGG ACCTAAATAA CTTACCGCCT 
CTTCTTAAGT TAAGAAAGCT ACTTATTGGT TCCAATAAAA TTCAGGAAAT ATCTGAAATA 
GAAAAACTTG AAGTTATTCC AGCACTGGTG GAACTTTCTA TTTCTGGAAA TCCAATTTCC 
CGCAAGCCTT TCCTCCGAAA TCTGCTTGTT GTTCGTTTGC AAAACCTGCA GATATTAGAT 
GGCATTCTCA TAACTGCAGA AGACAGAGCA AGAGCAGAAA TGTATTTCAT GGAACAGCAG 
TCACTGACTG TTCCGAATGC AGTAATGGAT CTGGGGAATC CTGTTTCCAC TATGATTGTG 
AGCAAGCCTT TGCCACTACG TGTAACTAAC TTCCCTCTGG CAGGAGGGGC CCACCACTCC 
CTTGGTGCTG ACCTCCATTT TAATAATGGC CATGAAGACA TCTTTCAAAA TGAAGCAAAC 
AAGTACAAGA AGTTAAAGAA TTACACTGTA GGTGTAGGAC ATAATCCACA GAACACCCAA 
GATATTGCCT TGAGGCAGCT CAGAGGAGGA ACACATTTTC CTGCATCCTA CTTAACTCAA 
CAAAGTGGCC AAGCTCGCAG CCAACAAAAG CACCCATTCA ATCAAGAAAA TGAGGGAAGG 
CACAACACAC AGTGTATTCC CCCAGCATTA TATAAATCAC CATGA

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

RefSeq	XP_017951825.1
CDS	653..5197
Translation	MLSNENLNSEEIIRELCACNGLSFEKIRQDGPATTTLEMFFSGYPKMAGLSYFPNLTQLILVGQNIHCIAGLESCHFLKELWITECHLSKIQGLHHCADLQKLYLYHNEISVIEGLENLLKLEVLWLNNNQINVIEGLDMMQNLKELNLANNLIHSIGESLDPNVQLERLNLSGNKISSFKELTNLARLPSLMDLGLKDPQYSPNPVCLLCNYAIHVLYHIPQLQRLDTYDVSEKQIKNLAESTVVKKIMYYNMRMKNNQRQQREELEKVRERTSKAKQVPENRIRALSFLVKNLEHELTDMQSSGNMQANIPISNKFHENNCDTEESNSQQSSERRKNNSDRLEQIHKKICALKERMIFWTRKLSEVEKHHEEKCRRMKDSFHLLDQFLQTELETVGNVRFEEGTAADSWFKSCYDLIVSRFCAMNFRAYGISGIKIHRIVRVHNRILRLKFEDKVQYWMDNEDLYTTESYKKKLEYLFYIFDPKLPIDKKELLHVLENGCNITRSSQLPEQEQVEAVLLTNSMSLCEGPRLEFLQKQAMNKSCDPEAFKDGIIVIAKVFLGRSVKARDDLPIKPNNYAKVNSVYRLQKFANSTFNSLNDEICSSKEHGNCDCSLRQCEWLVFDHEFILPEYVVEFEYISMEKSSGFVTPSNENAEDVSHDLKLDEDAIALEPFLKPKPKIISLDEKTVLSVARANIYSQITVLNLHGNSLSKLKDISRLNGLRKLIISFNEFSSLEDVSYLTNLEYLDASHNQVITLEGFKGLGKLKYLDLSWNKLTNSREDLHILRKHAIQLSSLDIRYNFWQKPASVLKDTIAILPSLTHLNGVTITEDEISEALQISSGSRITQASLLINARTDTVKPRCLNLLPSAQILAQFSKNCLDPNAELSNSWYTKITSLTLDSQNLVRITNLEKLVNLRWASFSSNHLTKIEGLEHCVNLEELNLDDNSISKLEGLSKLTKLRRLSINNNLLAGFDRHVIESLSHLHFLSAENNNISSLAGLQRGYKLIELYLSNNCISSNQEIYSLKGLNNLVILDMWGNPILLKHENYRLFVIFHLSAIKALDGVAVEPSECENAKDMFGGRLTSDMIAERIGHQRFTELQDLNWRTSSIRSIDLVPADHFRNVQTVNLENNNLTSFSGLIFLPNIKNLYLNHNRIESILPQQKSQSHLTNRQILHQKVSSSGYGQQGTSKGSRDTVYGEALSPVMQSLEVLHLGYNGINSLPMLQLGRLRNLKSLYLQGNEISHVEGLENLQFLRELVLDHNRIKAIAETSFAKLNSLVSLNLEENRLRDLNNLPPLLKLRKLLIGSNKIQEISEIEKLEVIPALVELSISGNPISRKPFLRNLLVVRLQNLQILDGILITAEDRARAEMYFMEQQSLTVPNAVMDLGNPVSTMIVSKPLPLRVTNFPLAGGAHHSLGADLHFNNGHEDIFQNEANKYKKLKNYTVGVGHNPQNTQDIALRQLRGGTHFPASYLTQQSGQARSQQKHPFNQENEGRHNTQCIPPALYKSP

Target ORF information:

RefSeq Version	XM_018096336.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis leucine rich repeat containing 9 (lrrc9), transcript variant X2, mRNA.

Target ORF information:

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

XM_018096336.1

ORF Insert Sequence:

ATGCTGTCAA ATGAAAACTT GAATTCTGAA GAAATCATAA GAGAATTGTG TGCGTGCAAT 
GGCTTAAGTT TTGAGAAGAT CAGACAGGAT GGACCAGCGA CAACAACACT GGAAATGTTT 
TTCTCTGGAT ACCCCAAGAT GGCGGGGCTT TCCTACTTTC CAAATCTCAC CCAACTCATT 
CTTGTTGGAC AAAATATACA TTGTATTGCT GGTCTGGAGT CTTGTCATTT TCTTAAGGAA 
CTGTGGATTA CTGAGTGTCA CTTAAGTAAA ATTCAGGGCC TTCATCATTG TGCAGATTTG 
CAAAAGCTTT ACCTTTATCA TAACGAAATT TCTGTTATCG AGGGTCTAGA AAACCTGCTC 
AAGTTGGAAG TGTTATGGCT GAATAATAAT CAAATTAACG TAATAGAGGG ATTAGATATG 
ATGCAGAATT TAAAAGAGCT CAATCTTGCC AACAATTTAA TACATTCCAT AGGAGAGAGC 
TTAGATCCTA ATGTACAACT TGAAAGACTA AATCTGTCTG GTAACAAAAT ATCCTCTTTC 
AAGGAACTGA CCAATTTAGC AAGGTTGCCA AGCCTAATGG ACTTGGGTCT GAAGGATCCA 
CAGTATAGCC CTAATCCTGT CTGCCTTCTC TGCAACTATG CTATACATGT ATTATATCAC 
ATACCTCAGC TGCAGAGACT TGACACGTAT GATGTATCTG AGAAGCAGAT CAAGAACCTT 
GCTGAATCTA CAGTGGTTAA GAAAATAATG TATTATAACA TGCGTATGAA GAATAACCAA 
AGGCAACAAA GAGAGGAACT TGAAAAAGTG AGAGAAAGGA CATCCAAGGC AAAGCAGGTT 
CCAGAGAATC GGATCAGAGC ACTTAGTTTC TTAGTCAAAA ATTTAGAGCA TGAACTCACT 
GACATGCAGT CATCTGGCAA CATGCAAGCA AATATTCCCA TTTCCAATAA GTTTCATGAG 
AATAACTGTG ACACAGAAGA GTCAAACTCA CAGCAATCCA GTGAAAGACG CAAGAATAAT 
TCAGATCGTC TGGAGCAGAT CCATAAAAAA ATATGTGCAC TGAAAGAAAG GATGATATTC 
TGGACAAGGA AATTGTCTGA AGTAGAAAAA CATCATGAGG AAAAATGTAG AAGGATGAAA 
GATAGCTTCC ACCTGCTAGA CCAGTTTCTT CAGACTGAGC TTGAAACTGT CGGGAATGTA 
CGCTTTGAAG AAGGCACTGC AGCAGATTCA TGGTTTAAAT CTTGCTATGA TTTGATTGTT 
TCGAGATTTT GTGCAATGAA CTTTAGAGCT TATGGAATTT CGGGCATTAA AATTCACAGA 
ATAGTCAGAG TACACAATCG TATTCTTAGA CTAAAATTTG AAGATAAAGT GCAGTACTGG 
ATGGATAATG AAGACCTGTA CACCACAGAG AGCTACAAGA AAAAACTGGA GTATCTTTTT 
TACATATTTG ACCCCAAACT CCCTATAGAT AAAAAGGAAC TTCTTCACGT TCTTGAAAAT 
GGCTGCAATA TCACCAGGTC ATCCCAGCTG CCTGAACAAG AACAAGTTGA GGCTGTTCTA 
CTTACTAACA GTATGAGTTT GTGCGAGGGA CCAAGATTAG AGTTCTTACA AAAACAAGCA 
ATGAACAAGA GCTGCGATCC AGAGGCTTTT AAAGATGGTA TAATTGTCAT TGCTAAAGTG 
TTTCTGGGAC GAAGTGTAAA AGCACGGGAT GATCTTCCTA TCAAGCCAAA TAATTATGCA 
AAGGTGAATT CAGTCTACAG ACTGCAGAAG TTTGCAAACA GCACCTTTAA TTCATTAAAT 
GATGAAATCT GTTCTTCTAA GGAACATGGA AACTGTGATT GCAGTCTGCG ACAGTGCGAG 
TGGCTTGTGT TTGATCATGA ATTCATTTTG CCTGAATACG TTGTCGAGTT TGAATACATT 
TCCATGGAAA AGTCATCAGG GTTTGTCACA CCATCTAATG AAAATGCTGA AGATGTATCA 
CATGATCTTA AGCTTGATGA AGATGCCATT GCTCTAGAAC CTTTTTTAAA GCCAAAACCC 
AAAATTATCA GCCTCGATGA AAAGACAGTT CTATCAGTGG CTAGAGCTAA TATTTATAGC 
CAGATAACAG TCCTAAATTT ACATGGAAAC AGTCTAAGTA AACTGAAAGA TATCTCAAGA 
CTAAACGGAC TTCGAAAACT CATTATAAGT TTTAATGAGT TTTCTAGCTT GGAAGATGTG 
TCTTACCTGA CTAATTTGGA ATACTTGGAT GCCAGCCACA ATCAGGTGAT AACTCTGGAA 
GGATTTAAAG GTTTAGGAAA ACTGAAGTAC TTAGACTTAA GTTGGAACAA GTTGACTAAT 
AGCAGAGAAG ATCTACACAT TTTACGTAAG CATGCAATAC AGCTTTCATC CCTGGACATT 
CGATACAATT TCTGGCAAAA GCCAGCTTCA GTGCTCAAGG ACACTATTGC AATATTGCCA 
TCATTGACTC ATTTGAATGG TGTCACCATA ACAGAAGATG AGATTTCGGA GGCTTTGCAG 
ATTTCCTCTG GGTCCAGAAT TACACAGGCT TCACTACTAA TCAACGCAAG GACAGATACT 
GTAAAACCGC GCTGCCTAAA TTTATTGCCA TCTGCACAAA TTCTTGCTCA ATTTAGCAAG 
AACTGTCTGG ATCCAAATGC TGAACTGAGT AACAGTTGGT ACACCAAGAT AACCTCCCTG 
ACCTTAGACA GCCAGAATCT CGTCAGAATT ACAAACCTGG AAAAACTAGT AAATCTACGA 
TGGGCATCTT TCAGCAGCAA CCATTTGACA AAAATCGAGG GATTGGAACA TTGTGTGAAT 
CTGGAAGAGC TTAACCTTGA TGATAACTCC ATCTCCAAAC TAGAGGGGCT TTCAAAGCTG 
ACTAAATTAA GAAGGCTAAG TATTAATAAC AATCTCCTTG CTGGCTTTGA CAGACATGTT 
ATTGAGAGCC TGTCTCATCT TCACTTCCTT TCTGCTGAGA ACAACAATAT CAGCTCACTA 
GCTGGTCTGC AGAGAGGTTA CAAATTAATT GAACTGTACC TCAGCAATAA CTGTATCAGT 
AGCAACCAAG AAATCTACAG TCTGAAGGGT TTAAATAACT TAGTAATTCT GGATATGTGG 
GGCAATCCAA TTCTGTTGAA ACACGAGAAC TACAGATTAT TTGTTATTTT CCATCTTTCT 
GCCATAAAAG CTTTGGATGG CGTTGCAGTG GAACCATCAG AATGTGAGAA TGCTAAGGAT 
ATGTTTGGCG GAAGACTTAC ATCTGATATG ATTGCAGAAA GAATAGGCCA CCAGAGATTT 
ACTGAATTGC AGGACTTAAA CTGGAGAACT TCATCTATCA GATCAATTGA TCTTGTTCCT 
GCTGACCACT TTAGGAACGT GCAAACTGTG AATTTAGAGA ATAATAATCT CACGTCATTC 
AGCGGATTAA TTTTCCTTCC AAATATTAAG AACCTGTATC TTAATCACAA TCGCATTGAA 
TCGATTTTGC CCCAACAAAA GTCTCAAAGT CATCTTACTA ACAGACAGAT CCTTCACCAG 
AAAGTCAGTT CCAGTGGTTA TGGACAACAA GGAACTTCCA AGGGAAGCCG AGATACAGTA 
TATGGAGAAG CCCTAAGTCC AGTAATGCAA AGTTTAGAAG TTCTTCACCT GGGTTACAAT 
GGCATCAATA GTCTGCCCAT GCTTCAGCTA GGCAGGTTAC GAAATCTGAA ATCACTGTAT 
TTGCAAGGTA ATGAAATTAG TCATGTGGAA GGTCTTGAAA ATCTACAGTT TCTCCGAGAG 
CTTGTGTTAG ACCATAACCG TATTAAAGCT ATTGCAGAGA CATCATTTGC CAAACTGAAT 
TCTCTGGTCT CTCTTAATCT GGAAGAAAAC AGACTCCGGG ACCTAAATAA CTTACCGCCT 
CTTCTTAAGT TAAGAAAGCT ACTTATTGGT TCCAATAAAA TTCAGGAAAT ATCTGAAATA 
GAAAAACTTG AAGTTATTCC AGCACTGGTG GAACTTTCTA TTTCTGGAAA TCCAATTTCC 
CGCAAGCCTT TCCTCCGAAA TCTGCTTGTT GTTCGTTTGC AAAACCTGCA GATATTAGAT 
GGCATTCTCA TAACTGCAGA AGACAGAGCA AGAGCAGAAA TGTATTTCAT GGAACAGCAG 
TCACTGACTG TTCCGAATGC AGTAATGGAT CTGGGGAATC CTGTTTCCAC TATGATTGTG 
AGCAAGCCTT TGCCACTACG TGTAACTAAC TTCCCTCTGG CAGGAGGGGC CCACCACTCC 
CTTGGTGCTG ACCTCCATTT TAATAATGGC CATGAAGACA TCTTTCAAAA TGAAGCAAAC 
AAGTACAAGA AGTTAAAGAA TTACACTGTA GGTGTAGGAC ATAATCCACA GAACACCCAA 
GATATTGCCT TGAGGCAGCT CAGAGGAGGA ACACATTTTC CTGCATCCTA CTTAACTCAA 
CAAAGTGGCC AAGCTCGCAG CCAACAAAAG CACCCATTCA ATCAAGAAAA TGAGGGAAGG 
CACAACACAC AGTGTATTCC CCCAGCATTA TATAAATCAC CATGA

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

lrrc9 ( XM_012968697.2 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012824151.1 Xenopus tropicalis leucine rich repeat containing 9 (lrrc9), transcript variant X3, mRNA.

Price & Availability↑

CloneID	OXa29586
Clone ID Related Accession (Same CDS sequence)	XM_012968697.2
Accession Version	XM_012968697.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4539bp) 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	2016-09-07
Organism	Xenopus tropicalis(tropical clawed frog)
Product	leucine-rich repeat-containing protein 9 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030684.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_012968697.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus tropicalis Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCTGTCAA ATGAAAACTT GAATTCTGAA GAAATCATAA GAGAATTGTG TGCGTGCAAT 
GGCTTAAGTT TTGAGAAGAT CAGACAGGAT GGACCAGCGA CAACAACACT GGAAATGTTT 
TTCTCTGGAT ACCCCAAGAT GGCGGGGCTT TCCTACTTTC CAAATCTCAC CCAACTCATT 
CTTGTTGGAC AAAATATACA TTGTATTGCT GGTCTGGAGT CTTGTCATTT TCTTAAGGAA 
CTGTGGATTA CTGAGTGTCA CTTAAGTAAA ATTCAGGGCC TTCATCATTG TGCAGATTTG 
CAAAAGCTTT ACCTTTATCA TAACGAAATT TCTGTTATCG AGGGTCTAGA AAACCTGCTC 
AAGTTGGAAG TGTTATGGCT GAATAATAAT CAAATTAACG TAATAGAGGG ATTAGATATG 
ATGCAGAATT TAAAAGAGCT CAATCTTGCC AACAATTTAA TACATTCCAT AGGAGAGAGC 
TTAGATCCTA ATGTACAACT TGAAAGACTA AATCTGTCTG GTAACAAAAT ATCCTCTTTC 
AAGGAACTGA CCAATTTAGC AAGGTTGCCA AGCCTAATGG ACTTGGGTCT GAAGGATCCA 
CAGTATAGCC CTAATCCTGT CTGCCTTCTC TGCAACTATG CTATACATGT ATTATATCAC 
ATACCTCAGC TGCAGAGACT TGACACGTAT GATGTATCTG AGAAGCAGAT CAAGAACCTT 
GCTGAATCTA CAGTGGTTAA GAAAATAATG TATTATAACA TGCGTATGAA GAATAACCAA 
AGGCAACAAA GAGAGGAACT TGAAAAAGTG AGAGAAAGGA CATCCAAGGC AAAGCAGGTT 
CCAGAGAATC GGATCAGAGC ACTTAGTTTC TTAGTCAAAA ATTTAGAGCA TGAACTCACT 
GACATGCAGT CATCTGGCAA CATGCAAGCA AATATTCCCA TTTCCAATAA GTTTCATGAG 
AATAACTGTG ACACAGAAGA GTCAAACTCA CAGCAATCCA GTGAAAGACG CAAGAATAAT 
TCAGATCGTC TGGAGCAGAT CCATAAAAAA ATATGTGCAC TGAAAGAAAG GATGATATTC 
TGGACAAGGA AATTGTCTGA AGTAGAAAAA CATCATGAGG AAAAATGTAG AAGGATGAAA 
GATAGCTTCC ACCTGCTAGA CCAGTTTCTT CAGACTGAGC TTGAAACTGT CGGGAATGTA 
CGCTTTGAAG AAGGCACTGC AGCAGATTCA TGGTTTAAAT CTTGCTATGA TTTGATTGTT 
TCGAGATTTT GTGCAATGAA CTTTAGAGCT TATGGAATTT CGGGCATTAA AATTCACAGA 
ATAGTCAGAG TACACAATCG TATTCTTAGA CTAAAATTTG AAGATAAAGT GCAGTACTGG 
ATGGATAATG AAGACCTGTA CACCACAGAG AGCTACAAGA AAAAACTGGA GTATCTTTTT 
TACATATTTG ACCCCAAACT CCCTATAGAT AAAAAGGAAC TTCTTCACGT TCTTGAAAAT 
GGCTGCAATA TCACCAGGTC ATCCCAGCTG CCTGAACAAG AACAAGTTGA GGCTGTTCTA 
CTTACTAACA GTATGAGTTT GTGCGAGGGA CCAAGATTAG AGTTCTTACA AAAACAAGCA 
ATGAACAAGA GCTGCGATCC AGAGGCTTTT AAAGATGGTA TAATTGTCAT TGCTAAAGTG 
TTTCTGGGAC GAAGTGTAAA AGCACGGGAT GATCTTCCTA TCAAGCCAAA TAATTATGCA 
AAGGTGAATT CAGTCTACAG ACTGCAGAAG TTTGCAAACA GCACCTTTAA TTCATTAAAT 
GATGAAATCT GTTCTTCTAA GGAACATGGA AACTGTGATT GCAGTCTGCG ACAGTGCGAG 
TGGCTTGTGT TTGATCATGA ATTCATTTTG CCTGAATACG TTGTCGAGTT TGAATACATT 
TCCATGGAAA AGTCATCAGG GTTTGTCACA CCATCTAATG AAAATGCTGA AGATGTATCA 
CATGATCTTA AGCTTGATGA AGATGCCATT GCTCTAGAAC CTTTTTTAAA GCCAAAACCC 
AAAATTATCA GCCTCGATGA AAAGACAGTT CTATCAGTGG CTAGAGCTAA TATTTATAGC 
CAGATAACAG TCCTAAATTT ACATGGAAAC AGTCTAAGTA AACTGAAAGA TATCTCAAGA 
CTAAACGGAC TTCGAAAACT CATTATAAGT TTTAATGAGT TTTCTAGCTT GGAAGATGTG 
TCTTACCTGA CTAATTTGGA ATACTTGGAT GCCAGCCACA ATCAGGTGAT AACTCTGGAA 
GGATTTAAAG GTTTAGGAAA ACTGAAGTAC TTAGACTTAA GTTGGAACAA GTTGACTAAT 
AGCAGAGAAG ATCTACACAT TTTACGTAAG CATGCAATAC AGCTTTCATC CCTGGACATT 
CGATACAATT TCTGGCAAAA GCCAGCTTCA GTGCTCAAGG ACACTATTGC AATATTGCCA 
TCATTGACTC ATTTGAATGG TGTCACCATA ACAGAAGATG AGATTTCGGA GGCTTTGCAG 
ATTTCCTCTG GGTCCAGAAT TACACAGGCT TCACTACTAA TCAACGCAAG GACAGATACT 
GTAAAACCGC GCTGCCTAAA TTTATTGCCA TCTGCACAAA TTCTTGCTCA ATTTAGCAAG 
AACTGTCTGG ATCCAAATGC TGAACTGAGT AACAGTTGGT ACACCAAGAT AACCTCCCTG 
ACCTTAGACA GCCAGAATCT CGTCAGAATT ACAAACCTGG AAAAACTAGT AAATCTACGA 
TGGGCATCTT TCAGCAGCAA CCATTTGACA AAAATCGAGG GATTGGAACA TTGTGTGAAT 
CTGGAAGAGC TTAACCTTGA TGATAACTCC ATCTCCAAAC TAGAGGGGCT TTCAAAGCTG 
ACTAAATTAA GAAGGCTAAG TATTAATAAC AATCTCCTTG CTGGCTTTGA CAGACATGTT 
ATTGAGAGCC TGTCTCATCT TCACTTCCTT TCTGCTGAGA ACAACAATAT CAGCTCACTA 
GCTGGTCTGC AGAGAGGTTA CAAATTAATT GAACTGTACC TCAGCAATAA CTGTATCAGT 
AGCAACCAAG AAATCTACAG TCTGAAGGGT TTAAATAACT TAGTAATTCT GGATATGTGG 
GGCAATCCAA TTCTGTTGAA ACACGAGAAC TACAGATTAT TTGTTATTTT CCATCTTTCT 
GCCATAAAAG CTTTGGATGG CGTTGCAGTG GAACCATCAG AATGTGAGAA TGCTAAGGAT 
ATGTTTGGCG GAAGACTTAC ATCTGATATG ATTGCAGAAA GAATAGGCCA CCAGAGATTT 
ACTGAATTGC AGGACTTAAA CTGGAGAACT TCATCTATCA GATCAATTGA TCTTGTTCCT 
GCTGACCACT TTAGGAACGT GCAAACTGTG AATTTAGAGA ATAATAATCT CACGTCATTC 
AGCGGATTAA TTTTCCTTCC AAATATTAAG AACCTGTATC TTAATCACAA TCGCATTGAA 
TCGATTTTGC CCCAACAAAA GTCTCAAAGT CATCTTACTA ACAGACAGAT CCTTCACCAG 
AAAGTCAGTT CCAGTGGTTA TGGACAACAA GGAACTTCCA AGGGAAGCCG AGATACAGTA 
TATGGAGAAG CCCTAAGTCC AGTAATGCAA AGTTTAGAAG TTCTTCACCT GGGTTACAAT 
GGCATCAATA GTCTGCCCAT GCTTCAGCTA GGCAGGTTAC GAAATCTGAA ATCACTGTAT 
TTGCAAGGTA ATGAAATTAG TCATGTGGAA GGTCTTGAAA ATCTACAGTT TCTCCGAGAG 
CTTGTGTTAG ACCATAACCG TATTAAAGCT ATTGCAGAGA CATCATTTGC CAAACTGAAT 
TCTCTGGTCT CTCTTAATCT GGAAGAAAAC AGACTCCGGG ACCTAAATAA CTTACCGCCT 
CTTCTTAAGT TAAGAAAGCT ACTTATTGGT TCCAATAAAA TTCAGGAAAT ATCTGAAATA 
GAAAAACTTG AAGTTATTCC AGCACTGGTG GAACTTTCTA TTTCTGGAAA TCCAATTTCC 
CGCAAGCCTT TCCTCCGAAA TCTGCTTGTT GTTCGTTTGC AAAACCTGCA GATATTAGAT 
GGCATTCTCA TAACTGCAGA AGACAGAGCA AGAGCAGAAA TGTATTTCAT GGAACAGCAG 
TCACTGACTG TTCCGAATGC AGTAATGGAT CTGGGGAATC CTGTTTCCAC TATGATTGTG 
AGCAAGCCTT TGCCACTACG TGTAACTAAC TTCCCTCTGG CAGGAGGGGC CCACCACTCC 
CTTGGTGCTG ACCTCCATTT TAATAATGGC CATGAAGACA TCTTTCAAAA TGAAGCAAAC 
AAGTACAAGA AGTTAAAGAA TTACACTGTA GGTGTAGGAC ATAATCCACA GAACACCCAA 
GATATTGCCT TGAGGCAGCT CAGAGGAGGA ACACATTTTC CTGCATCCTA CTTAACTCAA 
CAAAGTGGCC AAGCTCGCAG CCAACAAAAG CACCCATTCA ATCAAGAAAA TGAGGGAAGG 
CTACTAGGTA ACGAGAACGT ACGGCAAAAT CGCCCATGA

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

RefSeq	XP_012824151.1
CDS	188..4726
Translation	MLSNENLNSEEIIRELCACNGLSFEKIRQDGPATTTLEMFFSGYPKMAGLSYFPNLTQLILVGQNIHCIAGLESCHFLKELWITECHLSKIQGLHHCADLQKLYLYHNEISVIEGLENLLKLEVLWLNNNQINVIEGLDMMQNLKELNLANNLIHSIGESLDPNVQLERLNLSGNKISSFKELTNLARLPSLMDLGLKDPQYSPNPVCLLCNYAIHVLYHIPQLQRLDTYDVSEKQIKNLAESTVVKKIMYYNMRMKNNQRQQREELEKVRERTSKAKQVPENRIRALSFLVKNLEHELTDMQSSGNMQANIPISNKFHENNCDTEESNSQQSSERRKNNSDRLEQIHKKICALKERMIFWTRKLSEVEKHHEEKCRRMKDSFHLLDQFLQTELETVGNVRFEEGTAADSWFKSCYDLIVSRFCAMNFRAYGISGIKIHRIVRVHNRILRLKFEDKVQYWMDNEDLYTTESYKKKLEYLFYIFDPKLPIDKKELLHVLENGCNITRSSQLPEQEQVEAVLLTNSMSLCEGPRLEFLQKQAMNKSCDPEAFKDGIIVIAKVFLGRSVKARDDLPIKPNNYAKVNSVYRLQKFANSTFNSLNDEICSSKEHGNCDCSLRQCEWLVFDHEFILPEYVVEFEYISMEKSSGFVTPSNENAEDVSHDLKLDEDAIALEPFLKPKPKIISLDEKTVLSVARANIYSQITVLNLHGNSLSKLKDISRLNGLRKLIISFNEFSSLEDVSYLTNLEYLDASHNQVITLEGFKGLGKLKYLDLSWNKLTNSREDLHILRKHAIQLSSLDIRYNFWQKPASVLKDTIAILPSLTHLNGVTITEDEISEALQISSGSRITQASLLINARTDTVKPRCLNLLPSAQILAQFSKNCLDPNAELSNSWYTKITSLTLDSQNLVRITNLEKLVNLRWASFSSNHLTKIEGLEHCVNLEELNLDDNSISKLEGLSKLTKLRRLSINNNLLAGFDRHVIESLSHLHFLSAENNNISSLAGLQRGYKLIELYLSNNCISSNQEIYSLKGLNNLVILDMWGNPILLKHENYRLFVIFHLSAIKALDGVAVEPSECENAKDMFGGRLTSDMIAERIGHQRFTELQDLNWRTSSIRSIDLVPADHFRNVQTVNLENNNLTSFSGLIFLPNIKNLYLNHNRIESILPQQKSQSHLTNRQILHQKVSSSGYGQQGTSKGSRDTVYGEALSPVMQSLEVLHLGYNGINSLPMLQLGRLRNLKSLYLQGNEISHVEGLENLQFLRELVLDHNRIKAIAETSFAKLNSLVSLNLEENRLRDLNNLPPLLKLRKLLIGSNKIQEISEIEKLEVIPALVELSISGNPISRKPFLRNLLVVRLQNLQILDGILITAEDRARAEMYFMEQQSLTVPNAVMDLGNPVSTMIVSKPLPLRVTNFPLAGGAHHSLGADLHFNNGHEDIFQNEANKYKKLKNYTVGVGHNPQNTQDIALRQLRGGTHFPASYLTQQSGQARSQQKHPFNQENEGRLLGNENVRQNRP

Target ORF information:

RefSeq Version	XM_012968697.2
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis leucine rich repeat containing 9 (lrrc9), transcript variant X3, mRNA.

Target ORF information:

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

XM_012968697.2

ORF Insert Sequence:

ATGCTGTCAA ATGAAAACTT GAATTCTGAA GAAATCATAA GAGAATTGTG TGCGTGCAAT 
GGCTTAAGTT TTGAGAAGAT CAGACAGGAT GGACCAGCGA CAACAACACT GGAAATGTTT 
TTCTCTGGAT ACCCCAAGAT GGCGGGGCTT TCCTACTTTC CAAATCTCAC CCAACTCATT 
CTTGTTGGAC AAAATATACA TTGTATTGCT GGTCTGGAGT CTTGTCATTT TCTTAAGGAA 
CTGTGGATTA CTGAGTGTCA CTTAAGTAAA ATTCAGGGCC TTCATCATTG TGCAGATTTG 
CAAAAGCTTT ACCTTTATCA TAACGAAATT TCTGTTATCG AGGGTCTAGA AAACCTGCTC 
AAGTTGGAAG TGTTATGGCT GAATAATAAT CAAATTAACG TAATAGAGGG ATTAGATATG 
ATGCAGAATT TAAAAGAGCT CAATCTTGCC AACAATTTAA TACATTCCAT AGGAGAGAGC 
TTAGATCCTA ATGTACAACT TGAAAGACTA AATCTGTCTG GTAACAAAAT ATCCTCTTTC 
AAGGAACTGA CCAATTTAGC AAGGTTGCCA AGCCTAATGG ACTTGGGTCT GAAGGATCCA 
CAGTATAGCC CTAATCCTGT CTGCCTTCTC TGCAACTATG CTATACATGT ATTATATCAC 
ATACCTCAGC TGCAGAGACT TGACACGTAT GATGTATCTG AGAAGCAGAT CAAGAACCTT 
GCTGAATCTA CAGTGGTTAA GAAAATAATG TATTATAACA TGCGTATGAA GAATAACCAA 
AGGCAACAAA GAGAGGAACT TGAAAAAGTG AGAGAAAGGA CATCCAAGGC AAAGCAGGTT 
CCAGAGAATC GGATCAGAGC ACTTAGTTTC TTAGTCAAAA ATTTAGAGCA TGAACTCACT 
GACATGCAGT CATCTGGCAA CATGCAAGCA AATATTCCCA TTTCCAATAA GTTTCATGAG 
AATAACTGTG ACACAGAAGA GTCAAACTCA CAGCAATCCA GTGAAAGACG CAAGAATAAT 
TCAGATCGTC TGGAGCAGAT CCATAAAAAA ATATGTGCAC TGAAAGAAAG GATGATATTC 
TGGACAAGGA AATTGTCTGA AGTAGAAAAA CATCATGAGG AAAAATGTAG AAGGATGAAA 
GATAGCTTCC ACCTGCTAGA CCAGTTTCTT CAGACTGAGC TTGAAACTGT CGGGAATGTA 
CGCTTTGAAG AAGGCACTGC AGCAGATTCA TGGTTTAAAT CTTGCTATGA TTTGATTGTT 
TCGAGATTTT GTGCAATGAA CTTTAGAGCT TATGGAATTT CGGGCATTAA AATTCACAGA 
ATAGTCAGAG TACACAATCG TATTCTTAGA CTAAAATTTG AAGATAAAGT GCAGTACTGG 
ATGGATAATG AAGACCTGTA CACCACAGAG AGCTACAAGA AAAAACTGGA GTATCTTTTT 
TACATATTTG ACCCCAAACT CCCTATAGAT AAAAAGGAAC TTCTTCACGT TCTTGAAAAT 
GGCTGCAATA TCACCAGGTC ATCCCAGCTG CCTGAACAAG AACAAGTTGA GGCTGTTCTA 
CTTACTAACA GTATGAGTTT GTGCGAGGGA CCAAGATTAG AGTTCTTACA AAAACAAGCA 
ATGAACAAGA GCTGCGATCC AGAGGCTTTT AAAGATGGTA TAATTGTCAT TGCTAAAGTG 
TTTCTGGGAC GAAGTGTAAA AGCACGGGAT GATCTTCCTA TCAAGCCAAA TAATTATGCA 
AAGGTGAATT CAGTCTACAG ACTGCAGAAG TTTGCAAACA GCACCTTTAA TTCATTAAAT 
GATGAAATCT GTTCTTCTAA GGAACATGGA AACTGTGATT GCAGTCTGCG ACAGTGCGAG 
TGGCTTGTGT TTGATCATGA ATTCATTTTG CCTGAATACG TTGTCGAGTT TGAATACATT 
TCCATGGAAA AGTCATCAGG GTTTGTCACA CCATCTAATG AAAATGCTGA AGATGTATCA 
CATGATCTTA AGCTTGATGA AGATGCCATT GCTCTAGAAC CTTTTTTAAA GCCAAAACCC 
AAAATTATCA GCCTCGATGA AAAGACAGTT CTATCAGTGG CTAGAGCTAA TATTTATAGC 
CAGATAACAG TCCTAAATTT ACATGGAAAC AGTCTAAGTA AACTGAAAGA TATCTCAAGA 
CTAAACGGAC TTCGAAAACT CATTATAAGT TTTAATGAGT TTTCTAGCTT GGAAGATGTG 
TCTTACCTGA CTAATTTGGA ATACTTGGAT GCCAGCCACA ATCAGGTGAT AACTCTGGAA 
GGATTTAAAG GTTTAGGAAA ACTGAAGTAC TTAGACTTAA GTTGGAACAA GTTGACTAAT 
AGCAGAGAAG ATCTACACAT TTTACGTAAG CATGCAATAC AGCTTTCATC CCTGGACATT 
CGATACAATT TCTGGCAAAA GCCAGCTTCA GTGCTCAAGG ACACTATTGC AATATTGCCA 
TCATTGACTC ATTTGAATGG TGTCACCATA ACAGAAGATG AGATTTCGGA GGCTTTGCAG 
ATTTCCTCTG GGTCCAGAAT TACACAGGCT TCACTACTAA TCAACGCAAG GACAGATACT 
GTAAAACCGC GCTGCCTAAA TTTATTGCCA TCTGCACAAA TTCTTGCTCA ATTTAGCAAG 
AACTGTCTGG ATCCAAATGC TGAACTGAGT AACAGTTGGT ACACCAAGAT AACCTCCCTG 
ACCTTAGACA GCCAGAATCT CGTCAGAATT ACAAACCTGG AAAAACTAGT AAATCTACGA 
TGGGCATCTT TCAGCAGCAA CCATTTGACA AAAATCGAGG GATTGGAACA TTGTGTGAAT 
CTGGAAGAGC TTAACCTTGA TGATAACTCC ATCTCCAAAC TAGAGGGGCT TTCAAAGCTG 
ACTAAATTAA GAAGGCTAAG TATTAATAAC AATCTCCTTG CTGGCTTTGA CAGACATGTT 
ATTGAGAGCC TGTCTCATCT TCACTTCCTT TCTGCTGAGA ACAACAATAT CAGCTCACTA 
GCTGGTCTGC AGAGAGGTTA CAAATTAATT GAACTGTACC TCAGCAATAA CTGTATCAGT 
AGCAACCAAG AAATCTACAG TCTGAAGGGT TTAAATAACT TAGTAATTCT GGATATGTGG 
GGCAATCCAA TTCTGTTGAA ACACGAGAAC TACAGATTAT TTGTTATTTT CCATCTTTCT 
GCCATAAAAG CTTTGGATGG CGTTGCAGTG GAACCATCAG AATGTGAGAA TGCTAAGGAT 
ATGTTTGGCG GAAGACTTAC ATCTGATATG ATTGCAGAAA GAATAGGCCA CCAGAGATTT 
ACTGAATTGC AGGACTTAAA CTGGAGAACT TCATCTATCA GATCAATTGA TCTTGTTCCT 
GCTGACCACT TTAGGAACGT GCAAACTGTG AATTTAGAGA ATAATAATCT CACGTCATTC 
AGCGGATTAA TTTTCCTTCC AAATATTAAG AACCTGTATC TTAATCACAA TCGCATTGAA 
TCGATTTTGC CCCAACAAAA GTCTCAAAGT CATCTTACTA ACAGACAGAT CCTTCACCAG 
AAAGTCAGTT CCAGTGGTTA TGGACAACAA GGAACTTCCA AGGGAAGCCG AGATACAGTA 
TATGGAGAAG CCCTAAGTCC AGTAATGCAA AGTTTAGAAG TTCTTCACCT GGGTTACAAT 
GGCATCAATA GTCTGCCCAT GCTTCAGCTA GGCAGGTTAC GAAATCTGAA ATCACTGTAT 
TTGCAAGGTA ATGAAATTAG TCATGTGGAA GGTCTTGAAA ATCTACAGTT TCTCCGAGAG 
CTTGTGTTAG ACCATAACCG TATTAAAGCT ATTGCAGAGA CATCATTTGC CAAACTGAAT 
TCTCTGGTCT CTCTTAATCT GGAAGAAAAC AGACTCCGGG ACCTAAATAA CTTACCGCCT 
CTTCTTAAGT TAAGAAAGCT ACTTATTGGT TCCAATAAAA TTCAGGAAAT ATCTGAAATA 
GAAAAACTTG AAGTTATTCC AGCACTGGTG GAACTTTCTA TTTCTGGAAA TCCAATTTCC 
CGCAAGCCTT TCCTCCGAAA TCTGCTTGTT GTTCGTTTGC AAAACCTGCA GATATTAGAT 
GGCATTCTCA TAACTGCAGA AGACAGAGCA AGAGCAGAAA TGTATTTCAT GGAACAGCAG 
TCACTGACTG TTCCGAATGC AGTAATGGAT CTGGGGAATC CTGTTTCCAC TATGATTGTG 
AGCAAGCCTT TGCCACTACG TGTAACTAAC TTCCCTCTGG CAGGAGGGGC CCACCACTCC 
CTTGGTGCTG ACCTCCATTT TAATAATGGC CATGAAGACA TCTTTCAAAA TGAAGCAAAC 
AAGTACAAGA AGTTAAAGAA TTACACTGTA GGTGTAGGAC ATAATCCACA GAACACCCAA 
GATATTGCCT TGAGGCAGCT CAGAGGAGGA ACACATTTTC CTGCATCCTA CTTAACTCAA 
CAAAGTGGCC AAGCTCGCAG CCAACAAAAG CACCCATTCA ATCAAGAAAA TGAGGGAAGG 
CTACTAGGTA ACGAGAACGT ACGGCAAAAT CGCCCATGA

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

PubMed

Genetic and genomic tools for Xenopus research: The NIH Xenopus initiative.
Developmental dynamics : an official publication of the American Association of Anatomists225(4)384-91(2002 Dec)
Klein SL,Strausberg RL,Wagner L,Pontius J,Clifton SW,Richardson P

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lrrc9 cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

Gene

Clones

gRNAs

Related articles in PubMed

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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