col4a1.L cDNA ORF clone, Xenopus laevis(African clawed frog)

Gene
Clones
gRNAs

Summary

Gene Symbol	col4a1.L
Entrez Gene ID	373764
Full Name	collagen, type IV, alpha 1 L homeolog
Synonyms	arresten,col4a1,col4a1-a
General protein information	Preferred Names collagen, type IV, alpha 1 L homeolog Names collagen alpha-1(IV) chain collagen alpha1(IV)
Gene Type	protein-coding
Organism	Xenopus laevis(African clawed frog)

mRNA and Protein(s)

mRNA	Protein	Name
XM_018247205.1	XP_018102694.1	collagen alpha-1(IV) chain

Pathways from BioSystems
Gene Ontology

The following col4a1.L gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the col4a1.L cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
OAf20555	XM_018247205.1 Latest version!	Xenopus laevis collagen, type IV, alpha 1 L homeolog (col4a1.L), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00

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Next-day Shipping ORF Clones ( in default vector with tag)
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5 or more Clone	50% OFF
All Other ORF Clones
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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)

col4a1.L ( XM_018247205.1 ) cDNA ORF clone, Xenopus laevis(African clawed frog) -> XP_018102694.1 Xenopus laevis collagen, type IV, alpha 1 L homeolog (col4a1.L), mRNA.

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CloneID	OAf20555
Clone ID Related Accession (Same CDS sequence)	XM_018247205.1
Accession Version	XM_018247205.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5010bp) 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	1474214400000
Organism	Xenopus laevis(African clawed frog)
Product	collagen alpha-1(IV) chain
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030726.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus laevis Annotation Release 100 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##

ATGAGCTGGA GGCTACTGAT TGCGCTGCTC ATATTGATAG GGCTTGTCGG CACCGGTGAT 
TCTGCGGCCT GCAATGGATG TGGAACTAGC AAATGTGACT GCAGTGGAGT AAAAGGACAA 
AAAGGGGAAA GAGGTCTGCC TGGTTTAACT GGATTAATGG GCTTTCCGGG ACTCCAAGGA 
CCAGAAGGGC CACCTGGACC AATGGGTCAG AAGGGTGACA CAGGAGAACC AGGTCTTCCC 
GGCACAAAAG GAACCAGAGG TCCACCTGGT TCTCATGGAT TTCCAGGAAA CCCAGGTCTT 
CCTGGTATAC CTGGGCAGGA TGGTCCACCA GGTCCATCTG GGATTCCAGG GTGTAATGGC 
ACAAAGGGTG AAAGAGGACC TGTCGGACCA TCTGGGCTTC CTGGAATAAT TGGGTATCCT 
GGATCACCTG GGCAACCAGG ACCAAAAGGA GAACCTGGAG ATATCACTGG AATAGATGTA 
TCTATGGTAA AAGGAGAAAA AGGTTTTCCT GGAATTAATG GATTACCGGG TACACCTGGA 
TTGCCAGGGA CGCCAGGAGT TATGGGACCA ATTGGGCCAG CAGGACCTTC AGGACCTCCA 
GGTACACCGG GTGCTCCAGG ACCAAAGGGT GAAATGGGCA TAAGTTTTTA TGGACCAAAG 
GGGGAAAAGG GTGAACAGGG ACCTGTAGGT GCTCCTTGCA AATCCACAAC TGAACCTCAA 
GACAAAGATA AGGATGATCA GATATATTAT GGAGAAAAGG GAGAAAAGGG TATGCCTGGT 
GAAGAGGGAG AACGTGGACA ACCAGGACAA AGCTTTAAGG GGGAAAAAGG AGAGCCTGGG 
CCATCAGGGC CCCGAGGAAA ACCTGGAAAA GATGGTGACC AGGGTGATAA GGGATTTCCA 
GGAGTTCCAG GTATTCCAGG ATTTTCAGGA CCTCCAGGAC TGGGTGGAAC AAAAGGAGAA 
AAAGGTGAAA CTGGACCACA AGGGCCTCCA GGAACTGTAA TTGGGGATGG TGATACCACA 
GTATGTGAAA AAGGAGACCG TGGACTGCCT GGTTTTAGTG GAAACAAAGG AGAAAAAGGT 
CTTAAAGGTA CTCATGGAGT GCCAGGCTTA CCAGGATCCC CAGGGCTTCC GGTTCCTGGA 
GCTACTGGGC CACCTGGTTT TCCTGGTGAG AGAGGTGAAA AGGGTGAACA TGGATTGCCA 
GGGCTAGCTC TTCAAGGGCC AAAAGGCAGA GATGGCTTTA CTGGTCCTCC TGGATTGCCT 
GGTCCACCAG GTGTTATAGA TACAAGTCTA GAATGTGTAA GTGGGCTGCA GGGAGACTCT 
GGATTACCTG GAAATCCTGG ACAAAATGGA TTCCAAGGGG AGAGAGGGCA GAAAGGTGAT 
AAAGGTGACG CATGCCCTTC ATGCGATTTA GTTCCACCAG GACTTCCTGG TCCACCAGGT 
CCTCAAGGAC CTCCTGGAGA TCAAGGTGTG CCTGGTGTAC CAGGAATCAA AGGCGATAGA 
GGTCAACCAG GCTATGATGG GTTACCAGGA GCTCCGGGAC CTCAAGGTGG GCCAGGTTTA 
ATGGGAAGCC CTGGTGCAAA AGGAGAACCA GGGGAGGTAT ATTTTGAGCC AAGGCTAAAA 
GGGGATAAAG GAGATGGAGG ATTACCTGGG CAGCCTGGAA CACCTGGAAG AGATGGAAGG 
CCAGGCAGTG ATGGGCAACA AGGACAACCG GGTCCAAAAG GTGTATCGGG AACAATAGGT 
TCAAAAGGTG AACAAGGACC TCCTGGTGAC AGAGGATCTC CTGGAAACCC TGGAGAACGT 
GGATTTCCAG GACCAGCTGG CATAGGGCCT TCTGGACCAT CTGGTGACAA AGGAGAAGCT 
GGTGTTCCTG GATTTGTAGG CATACCTGGT GCACCTGGTG CTAAAGGTGA ACCTGGAAAA 
GCTATTATCA AAACAGGGCC ACCAGGGCCA ATGGGAGGTG CAGGGGTTCC TGGCTTTCCA 
GGGGATCAAG GTGAAAAAGG ATCTCCTGGA CTTCCTGGAA GACCAGGACC CCAGGGGGAG 
AAAGGCGAAC ATGGTTTACA TGGTATAGGA TATCCTGGGC CTCCTGGTGA AAAAGGTTTT 
CAAGGAATGC CAGGCACACC TGGTCAAGCT GGGTTTCCTG GTCCACAGGG ACTTGATGGA 
TTACCAGGGT TAAGAGGGGA ATTTGGACAA AAGGGCGAAC CAGGTTTGGG TCTTCCAGGC 
CCAAAAGGAG TACAAGGACC ACCTGGACCT TTTGGAATTC CTGGAGAGAA AGGACATTAT 
GGTGCACCAG GTGTGCCAGG GGAACAGGGA TTTTCAGGTG TTCCAGGCCA TCCAGGGAGC 
AAAGGTGAGC CTGGTATTGT GGGTGTTCCA GGAATTCAAG GACCTCCAGG TGTACCTGGA 
ATGGGACCTA AAGGGCAACC AGGACTTATG GGACCACAAG GTCCTCCAGG ATTTCAAGGA 
CCTGCTGGAG TTAAAGGAGA ACGTGGCTAT GCTGGTTTCC CAGGATTAGA CATGCCAGGA 
CCAAAGGGAG ACAAAGGAAA TGTAGGATTT CCTGGACAAA CAGGTGTAAC AGGAATTCCA 
GGCCTGCCAG GTGCACCAGG GAAAGAGGGC CTTCCAGGTT ATCAAGGACC AAAGGGAGAA 
ATGGGTGTCA TGGGAACGCC AGGAAGCATT GGACCACAAG GAACCCCAGG CAGTCCGGGA 
CCATTAGGTG AAAAAGGTGA CCCTGGTCCT GTTGGGTCTC CTGGCACAGC TGGATATCCT 
GGGACAAAAG GAGATAAGGG TGAAGCAGGA TTGCCTGGTG TACCTGGTAA AATGTCAGAA 
ACTGACAAGG AAAATATGAA GGGTAGCAAA GGCGATCAAG GAGAAAGAGG TAAGATTGGC 
ATCTCTGGTG AAAAGGGATC TATTGGCGCA TCTGGCAGCG CAGGAATGCC TGGAAAAGAT 
GGACTGAGAG GAGTACCAGG AGAGCCAGGA TCTAAAGGAG AAAAGGGTAC ACAAGGCATG 
CAAGGAACCC CAGGACTTCC AGGACACAAG GGATCTATGG GAGAGATGGG TTTGCCAGGG 
CCTTTAGGAG AAAAGGGTCA CCATGGAATT CCGGGATCAA CAGGAAGCCC TGGTTTGGAA 
GGAATAAAGG GAGAAAAAGG AACAAAGGGT GAAGTGGGTC TTCCAGGTAT CGGAATTCCA 
GGGGTGCCTG GTGTTAAGGG TGATGCTGGA AGAGATGGTC CTCATGGGTT ACCAGGGGAA 
AAGGGTGAAA AAGGGTACGT TGGTATTCCA GGAATGCCAG GATTCCCAGG TACCAAAGGA 
GCCACAGGCC AAGTAGGCAT CCCAGGTAGA CCAGGTCTTC CAGGAGAAAA AGGTGCCATA 
GGGACCCCTG GATTGGTGGG CACTCCAGGC CTAAAAGGAC AATCAGGTGA TGCAGGTGTT 
CAAGGTCCTC CTGGCCATTC AGGAGAGAAA GGTGAACCTG GTTATGATGG AATTCCAGGC 
TCACCTGGTG AGAAGGGAGA GTCAGGCATA CCTGGTAGGG GAATTCCAGG ATTTCCGGGG 
GAACAGGGAG AAAAAGGTTT CAAAGGTGAC ATTGGCTTCC CCGGTGCACC TGGAATTCCT 
GGTGTCCCAG GTATCAAAGG TGATCATGGA TTACCTGGTA CCCAAGGCCC TCAAGGGACA 
CCTGGGTTCC CTGGACCTCC AGGAATACCA CTAGAAGGCC CCAAAGGTGA CAGAGGACAG 
CCGGGTCAAG CAGGATTTCC AGGTTCTCCA GGCCCTGTAG GACTTCCAGG CCTTCCTGGA 
CAGGATGGTA TAAAAGGCGA AAGAGGAGAA AGAGGATGGC CTGGAGCACC TGGATTTCAA 
GGTTTTAAAG GGGATCTTGG AATTGAAGGA CCATCAGGAG ATGCAGGTCC TCCAGGTGTA 
ACTGGTCAAA AAGGAGATAC TGGACCTCCA GGAATTCCAG GTTTTCCAGG TTTAAAAGGT 
TCTATAGGTA TATTTGGAGA AAAAGGTGAT CATGGTGACA GAGGAGTACC TGGACCTAAA 
GGTGATTTGG GTCCTCCTGG ACCTGCTGGT ACACACACAG TCATTAAAGG AGAAGACGGA 
GGTCCTGGAC CACAAGGTCC TTCTGGTCCT AGAGGAATTC AGGGATTGCC TGGTCTAAAA 
GGGGAAAAAG GTGTATCTGG TGTTACTGGA TTGCCTGGAC CAAGTGGTAC GCCAGGGATA 
CATGGTACCC CAGGTCAAAA AGGAGAGAGT GGTCCAAGTG GCCCATCAGG TCCAAGAGGA 
TACCCTGGCC CCCCAGGCAG TGATGGCATG CCAGGACCTA CAGGCTTGCC TGGGTCACCT 
TCTATGGCTC ATGGTTTTCT TGTTACAAGG CACAGTCAGA CAACTGATAC ACCACAATGT 
CCTTTTGGAA CAACTGCTGT TTATAGTGGA TATTCACTGC TCTATGTCCA AGGCAATGAA 
AGAGCACATG GTCAGGACTT GGGGGCTTCC GGGAGTTGTC TTCGTAAATT TAGCACAATG 
CCCTTCCTTT TCTGCAATAT TAATAATGTC TGCAATTTTG CTTCAAGGAA TGACTATTCC 
TATTGGCTTT CCACACCAGA GCCAATGCCA ATGAGCATGG CTCCCATCAC AGGGGAAGGT 
ATTAAACCTT TCATCAGCAG GTGCACTGTG TGTGAGGTTC CTGCCATGGT GATGGCTGTT 
CATAGTCAAA CGATTCAGAT ACCTCAGTGC CCGGATGGAT GGATTTCACT ATGGATTGGG 
TATTCTTTTG TAATGCAAAC CAGTGCTGGT GCTGAAGGCT CTGGGCAAGC TCTGGCATCC 
CCAGGATCCT GTCTAGAAGA GTTCAGGAGT GTACCATTTA TTGAGTGCCA TGGGCGTGGA 
ACCTGTAACT ACTATGCCAA TACCTACAGC TTTTGGCTTG CAACAATAGA GAAGAATGAG 
ATGTTCAAAA AACCAACTCC TTCAACACTA AAGGCTGGAG ATCTACGCAC ACATGTCAGC 
CGCTGCCAAG TTTGCATGAG AAGGACATAA

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

RefSeq	XP_018102694.1
CDS	145..5154
Translation	MSWRLLIALLILIGLVGTGDSAACNGCGTSKCDCSGVKGQKGERGLPGLTGLMGFPGLQGPEGPPGPMGQKGDTGEPGLPGTKGTRGPPGSHGFPGNPGLPGIPGQDGPPGPSGIPGCNGTKGERGPVGPSGLPGIIGYPGSPGQPGPKGEPGDITGIDVSMVKGEKGFPGINGLPGTPGLPGTPGVMGPIGPAGPSGPPGTPGAPGPKGEMGISFYGPKGEKGEQGPVGAPCKSTTEPQDKDKDDQIYYGEKGEKGMPGEEGERGQPGQSFKGEKGEPGPSGPRGKPGKDGDQGDKGFPGVPGIPGFSGPPGLGGTKGEKGETGPQGPPGTVIGDGDTTVCEKGDRGLPGFSGNKGEKGLKGTHGVPGLPGSPGLPVPGATGPPGFPGERGEKGEHGLPGLALQGPKGRDGFTGPPGLPGPPGVIDTSLECVSGLQGDSGLPGNPGQNGFQGERGQKGDKGDACPSCDLVPPGLPGPPGPQGPPGDQGVPGVPGIKGDRGQPGYDGLPGAPGPQGGPGLMGSPGAKGEPGEVYFEPRLKGDKGDGGLPGQPGTPGRDGRPGSDGQQGQPGPKGVSGTIGSKGEQGPPGDRGSPGNPGERGFPGPAGIGPSGPSGDKGEAGVPGFVGIPGAPGAKGEPGKAIIKTGPPGPMGGAGVPGFPGDQGEKGSPGLPGRPGPQGEKGEHGLHGIGYPGPPGEKGFQGMPGTPGQAGFPGPQGLDGLPGLRGEFGQKGEPGLGLPGPKGVQGPPGPFGIPGEKGHYGAPGVPGEQGFSGVPGHPGSKGEPGIVGVPGIQGPPGVPGMGPKGQPGLMGPQGPPGFQGPAGVKGERGYAGFPGLDMPGPKGDKGNVGFPGQTGVTGIPGLPGAPGKEGLPGYQGPKGEMGVMGTPGSIGPQGTPGSPGPLGEKGDPGPVGSPGTAGYPGTKGDKGEAGLPGVPGKMSETDKENMKGSKGDQGERGKIGISGEKGSIGASGSAGMPGKDGLRGVPGEPGSKGEKGTQGMQGTPGLPGHKGSMGEMGLPGPLGEKGHHGIPGSTGSPGLEGIKGEKGTKGEVGLPGIGIPGVPGVKGDAGRDGPHGLPGEKGEKGYVGIPGMPGFPGTKGATGQVGIPGRPGLPGEKGAIGTPGLVGTPGLKGQSGDAGVQGPPGHSGEKGEPGYDGIPGSPGEKGESGIPGRGIPGFPGEQGEKGFKGDIGFPGAPGIPGVPGIKGDHGLPGTQGPQGTPGFPGPPGIPLEGPKGDRGQPGQAGFPGSPGPVGLPGLPGQDGIKGERGERGWPGAPGFQGFKGDLGIEGPSGDAGPPGVTGQKGDTGPPGIPGFPGLKGSIGIFGEKGDHGDRGVPGPKGDLGPPGPAGTHTVIKGEDGGPGPQGPSGPRGIQGLPGLKGEKGVSGVTGLPGPSGTPGIHGTPGQKGESGPSGPSGPRGYPGPPGSDGMPGPTGLPGSPSMAHGFLVTRHSQTTDTPQCPFGTTAVYSGYSLLYVQGNERAHGQDLGASGSCLRKFSTMPFLFCNINNVCNFASRNDYSYWLSTPEPMPMSMAPITGEGIKPFISRCTVCEVPAMVMAVHSQTIQIPQCPDGWISLWIGYSFVMQTSAGAEGSGQALASPGSCLEEFRSVPFIECHGRGTCNYYANTYSFWLATIEKNEMFKKPTPSTLKAGDLRTHVSRCQVCMRRT

Target ORF information:

RefSeq Version	XM_018247205.1
Organism	Xenopus laevis(African clawed frog)
Definition	Xenopus laevis collagen, type IV, alpha 1 L homeolog (col4a1.L), mRNA.

Target ORF information:

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

XM_018247205.1

ORF Insert Sequence:

ATGAGCTGGA GGCTACTGAT TGCGCTGCTC ATATTGATAG GGCTTGTCGG CACCGGTGAT 
TCTGCGGCCT GCAATGGATG TGGAACTAGC AAATGTGACT GCAGTGGAGT AAAAGGACAA 
AAAGGGGAAA GAGGTCTGCC TGGTTTAACT GGATTAATGG GCTTTCCGGG ACTCCAAGGA 
CCAGAAGGGC CACCTGGACC AATGGGTCAG AAGGGTGACA CAGGAGAACC AGGTCTTCCC 
GGCACAAAAG GAACCAGAGG TCCACCTGGT TCTCATGGAT TTCCAGGAAA CCCAGGTCTT 
CCTGGTATAC CTGGGCAGGA TGGTCCACCA GGTCCATCTG GGATTCCAGG GTGTAATGGC 
ACAAAGGGTG AAAGAGGACC TGTCGGACCA TCTGGGCTTC CTGGAATAAT TGGGTATCCT 
GGATCACCTG GGCAACCAGG ACCAAAAGGA GAACCTGGAG ATATCACTGG AATAGATGTA 
TCTATGGTAA AAGGAGAAAA AGGTTTTCCT GGAATTAATG GATTACCGGG TACACCTGGA 
TTGCCAGGGA CGCCAGGAGT TATGGGACCA ATTGGGCCAG CAGGACCTTC AGGACCTCCA 
GGTACACCGG GTGCTCCAGG ACCAAAGGGT GAAATGGGCA TAAGTTTTTA TGGACCAAAG 
GGGGAAAAGG GTGAACAGGG ACCTGTAGGT GCTCCTTGCA AATCCACAAC TGAACCTCAA 
GACAAAGATA AGGATGATCA GATATATTAT GGAGAAAAGG GAGAAAAGGG TATGCCTGGT 
GAAGAGGGAG AACGTGGACA ACCAGGACAA AGCTTTAAGG GGGAAAAAGG AGAGCCTGGG 
CCATCAGGGC CCCGAGGAAA ACCTGGAAAA GATGGTGACC AGGGTGATAA GGGATTTCCA 
GGAGTTCCAG GTATTCCAGG ATTTTCAGGA CCTCCAGGAC TGGGTGGAAC AAAAGGAGAA 
AAAGGTGAAA CTGGACCACA AGGGCCTCCA GGAACTGTAA TTGGGGATGG TGATACCACA 
GTATGTGAAA AAGGAGACCG TGGACTGCCT GGTTTTAGTG GAAACAAAGG AGAAAAAGGT 
CTTAAAGGTA CTCATGGAGT GCCAGGCTTA CCAGGATCCC CAGGGCTTCC GGTTCCTGGA 
GCTACTGGGC CACCTGGTTT TCCTGGTGAG AGAGGTGAAA AGGGTGAACA TGGATTGCCA 
GGGCTAGCTC TTCAAGGGCC AAAAGGCAGA GATGGCTTTA CTGGTCCTCC TGGATTGCCT 
GGTCCACCAG GTGTTATAGA TACAAGTCTA GAATGTGTAA GTGGGCTGCA GGGAGACTCT 
GGATTACCTG GAAATCCTGG ACAAAATGGA TTCCAAGGGG AGAGAGGGCA GAAAGGTGAT 
AAAGGTGACG CATGCCCTTC ATGCGATTTA GTTCCACCAG GACTTCCTGG TCCACCAGGT 
CCTCAAGGAC CTCCTGGAGA TCAAGGTGTG CCTGGTGTAC CAGGAATCAA AGGCGATAGA 
GGTCAACCAG GCTATGATGG GTTACCAGGA GCTCCGGGAC CTCAAGGTGG GCCAGGTTTA 
ATGGGAAGCC CTGGTGCAAA AGGAGAACCA GGGGAGGTAT ATTTTGAGCC AAGGCTAAAA 
GGGGATAAAG GAGATGGAGG ATTACCTGGG CAGCCTGGAA CACCTGGAAG AGATGGAAGG 
CCAGGCAGTG ATGGGCAACA AGGACAACCG GGTCCAAAAG GTGTATCGGG AACAATAGGT 
TCAAAAGGTG AACAAGGACC TCCTGGTGAC AGAGGATCTC CTGGAAACCC TGGAGAACGT 
GGATTTCCAG GACCAGCTGG CATAGGGCCT TCTGGACCAT CTGGTGACAA AGGAGAAGCT 
GGTGTTCCTG GATTTGTAGG CATACCTGGT GCACCTGGTG CTAAAGGTGA ACCTGGAAAA 
GCTATTATCA AAACAGGGCC ACCAGGGCCA ATGGGAGGTG CAGGGGTTCC TGGCTTTCCA 
GGGGATCAAG GTGAAAAAGG ATCTCCTGGA CTTCCTGGAA GACCAGGACC CCAGGGGGAG 
AAAGGCGAAC ATGGTTTACA TGGTATAGGA TATCCTGGGC CTCCTGGTGA AAAAGGTTTT 
CAAGGAATGC CAGGCACACC TGGTCAAGCT GGGTTTCCTG GTCCACAGGG ACTTGATGGA 
TTACCAGGGT TAAGAGGGGA ATTTGGACAA AAGGGCGAAC CAGGTTTGGG TCTTCCAGGC 
CCAAAAGGAG TACAAGGACC ACCTGGACCT TTTGGAATTC CTGGAGAGAA AGGACATTAT 
GGTGCACCAG GTGTGCCAGG GGAACAGGGA TTTTCAGGTG TTCCAGGCCA TCCAGGGAGC 
AAAGGTGAGC CTGGTATTGT GGGTGTTCCA GGAATTCAAG GACCTCCAGG TGTACCTGGA 
ATGGGACCTA AAGGGCAACC AGGACTTATG GGACCACAAG GTCCTCCAGG ATTTCAAGGA 
CCTGCTGGAG TTAAAGGAGA ACGTGGCTAT GCTGGTTTCC CAGGATTAGA CATGCCAGGA 
CCAAAGGGAG ACAAAGGAAA TGTAGGATTT CCTGGACAAA CAGGTGTAAC AGGAATTCCA 
GGCCTGCCAG GTGCACCAGG GAAAGAGGGC CTTCCAGGTT ATCAAGGACC AAAGGGAGAA 
ATGGGTGTCA TGGGAACGCC AGGAAGCATT GGACCACAAG GAACCCCAGG CAGTCCGGGA 
CCATTAGGTG AAAAAGGTGA CCCTGGTCCT GTTGGGTCTC CTGGCACAGC TGGATATCCT 
GGGACAAAAG GAGATAAGGG TGAAGCAGGA TTGCCTGGTG TACCTGGTAA AATGTCAGAA 
ACTGACAAGG AAAATATGAA GGGTAGCAAA GGCGATCAAG GAGAAAGAGG TAAGATTGGC 
ATCTCTGGTG AAAAGGGATC TATTGGCGCA TCTGGCAGCG CAGGAATGCC TGGAAAAGAT 
GGACTGAGAG GAGTACCAGG AGAGCCAGGA TCTAAAGGAG AAAAGGGTAC ACAAGGCATG 
CAAGGAACCC CAGGACTTCC AGGACACAAG GGATCTATGG GAGAGATGGG TTTGCCAGGG 
CCTTTAGGAG AAAAGGGTCA CCATGGAATT CCGGGATCAA CAGGAAGCCC TGGTTTGGAA 
GGAATAAAGG GAGAAAAAGG AACAAAGGGT GAAGTGGGTC TTCCAGGTAT CGGAATTCCA 
GGGGTGCCTG GTGTTAAGGG TGATGCTGGA AGAGATGGTC CTCATGGGTT ACCAGGGGAA 
AAGGGTGAAA AAGGGTACGT TGGTATTCCA GGAATGCCAG GATTCCCAGG TACCAAAGGA 
GCCACAGGCC AAGTAGGCAT CCCAGGTAGA CCAGGTCTTC CAGGAGAAAA AGGTGCCATA 
GGGACCCCTG GATTGGTGGG CACTCCAGGC CTAAAAGGAC AATCAGGTGA TGCAGGTGTT 
CAAGGTCCTC CTGGCCATTC AGGAGAGAAA GGTGAACCTG GTTATGATGG AATTCCAGGC 
TCACCTGGTG AGAAGGGAGA GTCAGGCATA CCTGGTAGGG GAATTCCAGG ATTTCCGGGG 
GAACAGGGAG AAAAAGGTTT CAAAGGTGAC ATTGGCTTCC CCGGTGCACC TGGAATTCCT 
GGTGTCCCAG GTATCAAAGG TGATCATGGA TTACCTGGTA CCCAAGGCCC TCAAGGGACA 
CCTGGGTTCC CTGGACCTCC AGGAATACCA CTAGAAGGCC CCAAAGGTGA CAGAGGACAG 
CCGGGTCAAG CAGGATTTCC AGGTTCTCCA GGCCCTGTAG GACTTCCAGG CCTTCCTGGA 
CAGGATGGTA TAAAAGGCGA AAGAGGAGAA AGAGGATGGC CTGGAGCACC TGGATTTCAA 
GGTTTTAAAG GGGATCTTGG AATTGAAGGA CCATCAGGAG ATGCAGGTCC TCCAGGTGTA 
ACTGGTCAAA AAGGAGATAC TGGACCTCCA GGAATTCCAG GTTTTCCAGG TTTAAAAGGT 
TCTATAGGTA TATTTGGAGA AAAAGGTGAT CATGGTGACA GAGGAGTACC TGGACCTAAA 
GGTGATTTGG GTCCTCCTGG ACCTGCTGGT ACACACACAG TCATTAAAGG AGAAGACGGA 
GGTCCTGGAC CACAAGGTCC TTCTGGTCCT AGAGGAATTC AGGGATTGCC TGGTCTAAAA 
GGGGAAAAAG GTGTATCTGG TGTTACTGGA TTGCCTGGAC CAAGTGGTAC GCCAGGGATA 
CATGGTACCC CAGGTCAAAA AGGAGAGAGT GGTCCAAGTG GCCCATCAGG TCCAAGAGGA 
TACCCTGGCC CCCCAGGCAG TGATGGCATG CCAGGACCTA CAGGCTTGCC TGGGTCACCT 
TCTATGGCTC ATGGTTTTCT TGTTACAAGG CACAGTCAGA CAACTGATAC ACCACAATGT 
CCTTTTGGAA CAACTGCTGT TTATAGTGGA TATTCACTGC TCTATGTCCA AGGCAATGAA 
AGAGCACATG GTCAGGACTT GGGGGCTTCC GGGAGTTGTC TTCGTAAATT TAGCACAATG 
CCCTTCCTTT TCTGCAATAT TAATAATGTC TGCAATTTTG CTTCAAGGAA TGACTATTCC 
TATTGGCTTT CCACACCAGA GCCAATGCCA ATGAGCATGG CTCCCATCAC AGGGGAAGGT 
ATTAAACCTT TCATCAGCAG GTGCACTGTG TGTGAGGTTC CTGCCATGGT GATGGCTGTT 
CATAGTCAAA CGATTCAGAT ACCTCAGTGC CCGGATGGAT GGATTTCACT ATGGATTGGG 
TATTCTTTTG TAATGCAAAC CAGTGCTGGT GCTGAAGGCT CTGGGCAAGC TCTGGCATCC 
CCAGGATCCT GTCTAGAAGA GTTCAGGAGT GTACCATTTA TTGAGTGCCA TGGGCGTGGA 
ACCTGTAACT ACTATGCCAA TACCTACAGC TTTTGGCTTG CAACAATAGA GAAGAATGAG 
ATGTTCAAAA AACCAACTCC TTCAACACTA AAGGCTGGAG ATCTACGCAC ACATGTCAGC 
CGCTGCCAAG TTTGCATGAG AAGGACATAA

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

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col4a1.L cDNA ORF clone, Xenopus laevis(African clawed frog)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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