LOC102784162 cDNA ORF clone, Neolamprologus brichardi

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC102784162
Entrez Gene ID	102784162
Full Name	neurofascin-like
Gene Type	protein-coding
Organism	Neolamprologus brichardi

mRNA and Protein(s)

mRNA	Protein	Name
XM_006794205.1	XP_006794268.1	neurofascin-like

Pathways from BioSystems
Gene Ontology

The following LOC102784162 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC102784162 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
ONe75530	XM_006794205.1 Latest version!	Neolamprologus brichardi neurofascin-like (LOC102784162), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00

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

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

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

Reference Sequences (Refseq)

LOC102784162 ( XM_006794205.1 ) cDNA ORF clone, Neolamprologus brichardi -> XP_006794268.1 Neolamprologus brichardi neurofascin-like (LOC102784162), mRNA.

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CloneID	ONe75530
Clone ID Related Accession (Same CDS sequence)	XM_006794205.1
Accession Version	XM_006794205.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3540bp) 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	2014-02-09
Organism	Neolamprologus brichardi
Product	neurofascin-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_006272032.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Neolamprologus brichardi Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 5.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGGGACAC TGGTCAAACC AGCGCTGCTG CTACTTTTAT GGCAGAGTGT TGGGGCTTTG 
AACGTCCCTC TCGAAGTCAG ACAACCCCCT ACTATCATAA AGCAGTCAAT GAAAGAGCAC 
ATTGTTGACC CCAAAGGGAC CATGGTAATA GAGTGTGAAG CCAAAGGAAA CCCTCATCCT 
ATTTTCTCAT GGAGGCGTAA TGGGAAGTAT TTCAATGTGG CACGTGACTC TCAGGTGTCA 
ATGCGCAGGC GCTCAGGGAC TCTGGATATC TATGCCCGGA ACAATCCAGA AAAGTATGAG 
GCAGAGTATC AGTGCATTGC CTCCAACCAG TATGGATCTG CATACTCCCA CAAGATCATA 
CTACAATTAT ACAGACCCCC TGTGTGGCCA AGAGAGATTG TGGAGCCTGT GGTGGTGAGT 
GCTGGCTTAC CACTTGTCCT GTCCTGTGAC CCTCCACCTG GCCCACTTAA ACCTGAAACA 
TACTGGATGT CCAGTTGTTC ATATGCGAGA CCTTTCAACT GGCCCATTCA GACAGCTTTC 
CCCACCATGC AGCCTGTGCG GCAGGACCGC AGGGTTTCCA TGGGAGTCAA TGGAGATCTA 
TATTTCTCTA ATGTGTTGTT CAATGACTCT GTTGCTGATT ACTGCTGTAA TGCCCGATTC 
CCGTACAAAA ATGTCATTCA GCAGAAGATG CCTGTAGTTG TGAAGGTGCA TACGACTCAT 
GCAGTGGTTG AGGCTGCTCC CACCTGGCTG TCTCCTACAG GCTCATCAAG CTCAATATTG 
GTCCTGCAGG GGGAGGAGCT GCTCCTGGAG TGCATTGCTG CAGGAATGCC AACTCCTCAC 
ATTACCTGGG CCAAGGATGG AGAGGACTTG CAAGTGACAT CTCGCATGAA AGTGAAGAAC 
TTCAACAAAA TGATTCAAAT CCCAAAAGCA TCTTTTGAAG ATGCAGGTGA ATACACCTGC 
ACTGCTAAAA ATAGGTTAGG CTACGCTGAG CACACAATAA CTGTCAGGGT CAAAGCGACT 
CCTTTCTGGT TGGAAAAACC CACCAACCTG ATTTTGGCAC CAGAGGAAAA TGGACGGTTG 
GTGTGTCGCG CTGATGGGGC TCCTCGTCCC ACAATCAGCT GGTTCATTAA CGGAGAACCG 
ATTGAAACTG CTACACCACT GCCTAACAGA CAGGTTTCAG GAGAAGCGCT AATCTTCCGC 
AGTGTAACTA CTGAAAACAC TGCCGTCTAC CAATGCAATG CTTCAAATCA GTATGGCTAC 
TTATTGGCCA ATGCATTTAT TAATGTGCTA CATGCAACGC CACGAATCCT TGGGGCAAGA 
AATGAATTCA TCAAAGTGAC TGAGGGTAGT CGTACCTTTT TAGATTGCCA GTACTTTGGT 
TCTCCAGTGC CTGAGTTGAG ATGGTCCAAA TATGGGCAAG GAAATCTTGA AGGAAATCGT 
TTTAAAACCC ACAGCAATGG GACTCTGGAG ATCAAACATA TCAAGATAGA AGACCAAGGA 
ACTTACGTGT GTGTAGTCAG CAACATTGCA GGGAGAGATG AGGATCAAGT CAGAGTAGAG 
GTCAAAGAAC CCATATTAAT TGTCACAAGA CCACAGAGTA TGAAAGTCAT GCGTGCAAGT 
GATGTCCGAC TGGAGTGTGG TGTAACAGCA GATGTCACGA CTCCTATCAC AACCACTTGG 
TTGAAAAACA AAAAGCATCT CACTCTTGGT TGGAGAATCT CAATGGATGA ATCAAATCTA 
GTGATTACTA ATGTAAACAC AGGCGATGAG GGAAATTATA CATGTGTCAT CAAGAGTGAG 
CTTGAACAGA AATCTGCCTC AGCACACCTA ATGGTGATGG ACCGTCCAAA TCCTCCCACT 
AACTTGGAGT TATCTGATCC ATATGAACGT ACTGTAAGAC TGAGCTGGGT TCCTGGAGAT 
AGCAACCACA GCCCCATAAC AGAGTTCTTA GTGCAATATG ACGACGATGA TTGGTTGCCT 
GGAAAGTGGA GAAATCTTTC AACGTACCCA GGGAACCTCA ACTCTGTCAT TTTGCATCTC 
ATACCTTTTA CGTACTATGA GTTCAGAGTC ATCGCTATTA ACGAAATTGG AGCTAGTCGC 
CCTAGTCGTC CATCTAAGCG TTTTCAGACC AGCGGTGCAC CTCCAGATAT AATCCCAAAG 
AATTTAAAAG GCGTAGGTAC ATGGAGAAAT AACATGGAAA TCAGCTGGGA GCCTCTAACC 
TACAGAGAGT GGAATGGACC CCATCTAAAG TATCTGGTGT GGTGGAGAAG GAGAGATTCT 
CGAGAGGAGT GGAAGAATGC AACCACCAAG TGGCTAAAAT ATTACATCTA TGATGCGGAT 
ACCTTTACTC CTTATGAGAT CAAAGTCCAG GCAGTGAATG ACTTTGGGCT GGGACCAGAG 
ACTCCTGTTG TCATTGGTTA TTCTGGTGAA GGCCGCCCAA CAACAGCACC CCTGAACCTG 
AGAGTGTCCG ACATCGAGAG CTCTCAGGTG ACTCTACACT GGGATCCAGT GACAAGTGAT 
ACAATTATGG GAGAACTGAA AGAATACAAG GTCTACTACT GGAGGGACAG CAGCCAGCTG 
AGGTGGCATT GGGTTGACAG AGGGATGAAG TCCAAAGAAT TTCCTATCAA TGGCCCGGAC 
CCCTCTGGGG TCCTTGATGA GCTTATTCCC TACAGCAACT ACAAAATGTA CATAGTTGTG 
GCGAACAGTC GATACGAAGG GCCGCCAAGT AATAACATAC ATTTCTCAAC ACCTGAAGGA 
GTACCATCTG CTCCTAGATC CTTCAGGATC CAACAGCGAC ATCTGGACAG TATTTATGTT 
GACTGGGGCC TGCCAGCAGA ACCCAATGGC ATAATTACTG GGTATTCCCT CAAGTACCAG 
ACAGTGAACG CCACCAGGGG AGAGGAGCTG CGAGTTGAAG AGCTTCCTCC TAATGTGACA 
AGCTTCTCAA TCCGCCGATA TGACCGATAC ACTCGATACA GATTTTCTGT GGCAGCACGA 
ACTCGCCTAG GGATAGGCGA ATGGCATACA GAGGAATCAC CCCACTACAC TACAGAGATT 
TATGCTCAGG ATCAGGTGGA TATCACCACT CAGGGCTGGT TCATTGGGAT AATGTGTGCT 
GTGGCTCTCA TCGTGCTCAT CCTTCTCATC GTCTGTTTCA TCAAGCGGAG CAGAGGAGGA 
AAATACCCAG TACGGGATAA AAAGGACATT TCACTGGAGC CGGTGGATGA CAAAGATCAG 
GAGGGATCAT TTGATTATCG GTCCCTTGAA AGAATAGCAC GTGTGTCCAC TCTCCCCTAC 
CCTCGCAGAG AAGAGGAACG AGGGCTTCAA AGAGGTCAGC CATCTATTGA GGCAATAATG 
AAGCGATCAG ACAGCGATGA CAGTCTGGTG GAATATGGAG AAGGGGGCGA GATACCATTC 
AATGAAGATG GCTCATTCAT TGGCCAGTAC ACAGGAACCA GGAGAGACGT CAGGGAGTTG 
GACTTTGGTG GAAGTCTGGA GATGCACTCA CCAATAAATA CCATCTACTC CCTGGCTTAA

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

RefSeq	XP_006794268.1
CDS	640..4179
Translation	MGTLVKPALLLLLWQSVGALNVPLEVRQPPTIIKQSMKEHIVDPKGTMVIECEAKGNPHPIFSWRRNGKYFNVARDSQVSMRRRSGTLDIYARNNPEKYEAEYQCIASNQYGSAYSHKIILQLYRPPVWPREIVEPVVVSAGLPLVLSCDPPPGPLKPETYWMSSCSYARPFNWPIQTAFPTMQPVRQDRRVSMGVNGDLYFSNVLFNDSVADYCCNARFPYKNVIQQKMPVVVKVHTTHAVVEAAPTWLSPTGSSSSILVLQGEELLLECIAAGMPTPHITWAKDGEDLQVTSRMKVKNFNKMIQIPKASFEDAGEYTCTAKNRLGYAEHTITVRVKATPFWLEKPTNLILAPEENGRLVCRADGAPRPTISWFINGEPIETATPLPNRQVSGEALIFRSVTTENTAVYQCNASNQYGYLLANAFINVLHATPRILGARNEFIKVTEGSRTFLDCQYFGSPVPELRWSKYGQGNLEGNRFKTHSNGTLEIKHIKIEDQGTYVCVVSNIAGRDEDQVRVEVKEPILIVTRPQSMKVMRASDVRLECGVTADVTTPITTTWLKNKKHLTLGWRISMDESNLVITNVNTGDEGNYTCVIKSELEQKSASAHLMVMDRPNPPTNLELSDPYERTVRLSWVPGDSNHSPITEFLVQYDDDDWLPGKWRNLSTYPGNLNSVILHLIPFTYYEFRVIAINEIGASRPSRPSKRFQTSGAPPDIIPKNLKGVGTWRNNMEISWEPLTYREWNGPHLKYLVWWRRRDSREEWKNATTKWLKYYIYDADTFTPYEIKVQAVNDFGLGPETPVVIGYSGEGRPTTAPLNLRVSDIESSQVTLHWDPVTSDTIMGELKEYKVYYWRDSSQLRWHWVDRGMKSKEFPINGPDPSGVLDELIPYSNYKMYIVVANSRYEGPPSNNIHFSTPEGVPSAPRSFRIQQRHLDSIYVDWGLPAEPNGIITGYSLKYQTVNATRGEELRVEELPPNVTSFSIRRYDRYTRYRFSVAARTRLGIGEWHTEESPHYTTEIYAQDQVDITTQGWFIGIMCAVALIVLILLIVCFIKRSRGGKYPVRDKKDISLEPVDDKDQEGSFDYRSLERIARVSTLPYPRREEERGLQRGQPSIEAIMKRSDSDDSLVEYGEGGEIPFNEDGSFIGQYTGTRRDVRELDFGGSLEMHSPINTIYSLA

Target ORF information:

RefSeq Version	XM_006794205.1
Organism	Neolamprologus brichardi
Definition	Neolamprologus brichardi neurofascin-like (LOC102784162), mRNA.

Target ORF information:

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

XM_006794205.1

ORF Insert Sequence:

ATGGGGACAC TGGTCAAACC AGCGCTGCTG CTACTTTTAT GGCAGAGTGT TGGGGCTTTG 
AACGTCCCTC TCGAAGTCAG ACAACCCCCT ACTATCATAA AGCAGTCAAT GAAAGAGCAC 
ATTGTTGACC CCAAAGGGAC CATGGTAATA GAGTGTGAAG CCAAAGGAAA CCCTCATCCT 
ATTTTCTCAT GGAGGCGTAA TGGGAAGTAT TTCAATGTGG CACGTGACTC TCAGGTGTCA 
ATGCGCAGGC GCTCAGGGAC TCTGGATATC TATGCCCGGA ACAATCCAGA AAAGTATGAG 
GCAGAGTATC AGTGCATTGC CTCCAACCAG TATGGATCTG CATACTCCCA CAAGATCATA 
CTACAATTAT ACAGACCCCC TGTGTGGCCA AGAGAGATTG TGGAGCCTGT GGTGGTGAGT 
GCTGGCTTAC CACTTGTCCT GTCCTGTGAC CCTCCACCTG GCCCACTTAA ACCTGAAACA 
TACTGGATGT CCAGTTGTTC ATATGCGAGA CCTTTCAACT GGCCCATTCA GACAGCTTTC 
CCCACCATGC AGCCTGTGCG GCAGGACCGC AGGGTTTCCA TGGGAGTCAA TGGAGATCTA 
TATTTCTCTA ATGTGTTGTT CAATGACTCT GTTGCTGATT ACTGCTGTAA TGCCCGATTC 
CCGTACAAAA ATGTCATTCA GCAGAAGATG CCTGTAGTTG TGAAGGTGCA TACGACTCAT 
GCAGTGGTTG AGGCTGCTCC CACCTGGCTG TCTCCTACAG GCTCATCAAG CTCAATATTG 
GTCCTGCAGG GGGAGGAGCT GCTCCTGGAG TGCATTGCTG CAGGAATGCC AACTCCTCAC 
ATTACCTGGG CCAAGGATGG AGAGGACTTG CAAGTGACAT CTCGCATGAA AGTGAAGAAC 
TTCAACAAAA TGATTCAAAT CCCAAAAGCA TCTTTTGAAG ATGCAGGTGA ATACACCTGC 
ACTGCTAAAA ATAGGTTAGG CTACGCTGAG CACACAATAA CTGTCAGGGT CAAAGCGACT 
CCTTTCTGGT TGGAAAAACC CACCAACCTG ATTTTGGCAC CAGAGGAAAA TGGACGGTTG 
GTGTGTCGCG CTGATGGGGC TCCTCGTCCC ACAATCAGCT GGTTCATTAA CGGAGAACCG 
ATTGAAACTG CTACACCACT GCCTAACAGA CAGGTTTCAG GAGAAGCGCT AATCTTCCGC 
AGTGTAACTA CTGAAAACAC TGCCGTCTAC CAATGCAATG CTTCAAATCA GTATGGCTAC 
TTATTGGCCA ATGCATTTAT TAATGTGCTA CATGCAACGC CACGAATCCT TGGGGCAAGA 
AATGAATTCA TCAAAGTGAC TGAGGGTAGT CGTACCTTTT TAGATTGCCA GTACTTTGGT 
TCTCCAGTGC CTGAGTTGAG ATGGTCCAAA TATGGGCAAG GAAATCTTGA AGGAAATCGT 
TTTAAAACCC ACAGCAATGG GACTCTGGAG ATCAAACATA TCAAGATAGA AGACCAAGGA 
ACTTACGTGT GTGTAGTCAG CAACATTGCA GGGAGAGATG AGGATCAAGT CAGAGTAGAG 
GTCAAAGAAC CCATATTAAT TGTCACAAGA CCACAGAGTA TGAAAGTCAT GCGTGCAAGT 
GATGTCCGAC TGGAGTGTGG TGTAACAGCA GATGTCACGA CTCCTATCAC AACCACTTGG 
TTGAAAAACA AAAAGCATCT CACTCTTGGT TGGAGAATCT CAATGGATGA ATCAAATCTA 
GTGATTACTA ATGTAAACAC AGGCGATGAG GGAAATTATA CATGTGTCAT CAAGAGTGAG 
CTTGAACAGA AATCTGCCTC AGCACACCTA ATGGTGATGG ACCGTCCAAA TCCTCCCACT 
AACTTGGAGT TATCTGATCC ATATGAACGT ACTGTAAGAC TGAGCTGGGT TCCTGGAGAT 
AGCAACCACA GCCCCATAAC AGAGTTCTTA GTGCAATATG ACGACGATGA TTGGTTGCCT 
GGAAAGTGGA GAAATCTTTC AACGTACCCA GGGAACCTCA ACTCTGTCAT TTTGCATCTC 
ATACCTTTTA CGTACTATGA GTTCAGAGTC ATCGCTATTA ACGAAATTGG AGCTAGTCGC 
CCTAGTCGTC CATCTAAGCG TTTTCAGACC AGCGGTGCAC CTCCAGATAT AATCCCAAAG 
AATTTAAAAG GCGTAGGTAC ATGGAGAAAT AACATGGAAA TCAGCTGGGA GCCTCTAACC 
TACAGAGAGT GGAATGGACC CCATCTAAAG TATCTGGTGT GGTGGAGAAG GAGAGATTCT 
CGAGAGGAGT GGAAGAATGC AACCACCAAG TGGCTAAAAT ATTACATCTA TGATGCGGAT 
ACCTTTACTC CTTATGAGAT CAAAGTCCAG GCAGTGAATG ACTTTGGGCT GGGACCAGAG 
ACTCCTGTTG TCATTGGTTA TTCTGGTGAA GGCCGCCCAA CAACAGCACC CCTGAACCTG 
AGAGTGTCCG ACATCGAGAG CTCTCAGGTG ACTCTACACT GGGATCCAGT GACAAGTGAT 
ACAATTATGG GAGAACTGAA AGAATACAAG GTCTACTACT GGAGGGACAG CAGCCAGCTG 
AGGTGGCATT GGGTTGACAG AGGGATGAAG TCCAAAGAAT TTCCTATCAA TGGCCCGGAC 
CCCTCTGGGG TCCTTGATGA GCTTATTCCC TACAGCAACT ACAAAATGTA CATAGTTGTG 
GCGAACAGTC GATACGAAGG GCCGCCAAGT AATAACATAC ATTTCTCAAC ACCTGAAGGA 
GTACCATCTG CTCCTAGATC CTTCAGGATC CAACAGCGAC ATCTGGACAG TATTTATGTT 
GACTGGGGCC TGCCAGCAGA ACCCAATGGC ATAATTACTG GGTATTCCCT CAAGTACCAG 
ACAGTGAACG CCACCAGGGG AGAGGAGCTG CGAGTTGAAG AGCTTCCTCC TAATGTGACA 
AGCTTCTCAA TCCGCCGATA TGACCGATAC ACTCGATACA GATTTTCTGT GGCAGCACGA 
ACTCGCCTAG GGATAGGCGA ATGGCATACA GAGGAATCAC CCCACTACAC TACAGAGATT 
TATGCTCAGG ATCAGGTGGA TATCACCACT CAGGGCTGGT TCATTGGGAT AATGTGTGCT 
GTGGCTCTCA TCGTGCTCAT CCTTCTCATC GTCTGTTTCA TCAAGCGGAG CAGAGGAGGA 
AAATACCCAG TACGGGATAA AAAGGACATT TCACTGGAGC CGGTGGATGA CAAAGATCAG 
GAGGGATCAT TTGATTATCG GTCCCTTGAA AGAATAGCAC GTGTGTCCAC TCTCCCCTAC 
CCTCGCAGAG AAGAGGAACG AGGGCTTCAA AGAGGTCAGC CATCTATTGA GGCAATAATG 
AAGCGATCAG ACAGCGATGA CAGTCTGGTG GAATATGGAG AAGGGGGCGA GATACCATTC 
AATGAAGATG GCTCATTCAT TGGCCAGTAC ACAGGAACCA GGAGAGACGT CAGGGAGTTG 
GACTTTGGTG GAAGTCTGGA GATGCACTCA CCAATAAATA CCATCTACTC CCTGGCTTAA