FGD5 cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum)

Gene
Clones
gRNAs

Summary

Gene Symbol	FGD5
Entrez Gene ID	100025900
Full Name	FYVE, RhoGEF and PH domain containing 5
Gene Type	protein-coding
Organism	Monodelphis domestica(gray short-tailed opossum)

mRNA and Protein(s)

mRNA	Protein	Name
XM_007500268.1	XP_007500330.1	FYVE, RhoGEF and PH domain-containing protein 5 isoform X2
XM_007500267.1	XP_007500329.1	FYVE, RhoGEF and PH domain-containing protein 5 isoform X1

Pathways from BioSystems
Gene Ontology

The following FGD5 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the FGD5 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
OMc29383	XM_007500267.1 Latest version!	Monodelphis domestica FYVE, RhoGEF and PH domain containing 5 (FGD5), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OMc29384	XM_007500268.1 Latest version!	Monodelphis domestica FYVE, RhoGEF and PH domain containing 5 (FGD5), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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2-4 Clone	40% OFF
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)

FGD5 ( XM_007500267.1 ) cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum) -> XP_007500329.1 Monodelphis domestica FYVE, RhoGEF and PH domain containing 5 (FGD5), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OMc29383
Clone ID Related Accession (Same CDS sequence)	XM_007500267.1
Accession Version	XM_007500267.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4737bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	1461600000000
Organism	Monodelphis domestica(gray short-tailed opossum)
Product	FYVE, RhoGEF and PH domain-containing protein 5 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_008806.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Monodelphis domestica Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAACAACG CAGAGTCACC AAAGCCACCA TTAGCACCAA AGCCCAAGAC CACTGGTCAC 
TTCACACCAG CTGTCTCCAA GTTTCCTCCG TCCTCCCGTT CAGACATTCT TCACAGTCCA 
AACTCCATGT CTAGAGGACC TAAGCCACCC ATTGCTCCCA AGCCCAAGTT GGCTACTACC 
AACAGGGGGA AAACTAGGGT GTACATGAAC AACACCTTTA ACAAATTCAG CAATGGCAAA 
CTGATCTGTT CGGATGGAGA GCTGTATGAA GGGAACCAAT CCAACCCTGA ATGCTCAGAA 
TCAGAAGCTG ATGATGACTA CATCTTGGTC ACTGAAACTC AGCTGACCAA GGGAAGCTTC 
AAAATACTGG AGCAGGAGCC ATGCTGTGCA GAGAATGAGA AGCCAGCATC TTTGTCAGCG 
ACCAGGGAGG AAGAAACCGA GGCAGAAGAC CCCTCTTCTA GCAACTGCTC CAGCAGCTTT 
GAGGCCAAAG TAGAAGAGAC AGAGGAGGAC TCTCTTAGCT CCACAGATAG AGTGGATGAC 
TCAAATGAAC TGGCATTAGG TGGGGACTAC AAGAGGACTG ACTCATCTTT TCAAGGGTCA 
CCTGGAGAAA CTGAGACCCA AGACCCCATG TATGAAAATA CTGGGGAGGA TATAGACTAT 
GAAAATGATC CAGATGAAAA GGATAAGCTT TTCGTGAGAA AGGAAAGGGA CAGCCTTATT 
GAGAACCAAT ATGGATACAG TTTAGAAGAG GAAAGAGAAG ACTGCAAAGA TATTGTTTTA 
ACCCACATAG CTTCAGAGGA GCCAGAGGCC AGTGGCGAGC AGCCAGGAGA CCCTGAAGAA 
TCGTTGGATG TTGGGGATGC TAACAGTGAA GGGTATGCTG ATGCAGAACC AAGTTCATCA 
GACTGTTATG GTGTTTCCAA TATTCCCCCT GCTGGAGGGG AAGATGAAGC CAAAAATGAA 
TTCAATGAAG AATTAGAACC CTGTGATGAG CTCAGTAAAA CTGGCTTAGC TGTAGAAGAT 
TCTGAAATCA CAGATTGGGA AAAGGAAGAC CTTGTGGATA ATGGTGATCA AGATGCTGAG 
ACAAAAGATG ACCAAGAAGA GGAAGCAGCC GTTCAGGGGA TGGGAGAAGA CATTCAAAAT 
GGTGAAGACA TGTTGAAGGA TGAAGTTGCT GATGAGAGCT GCCAGATTAT TCCTTTTGAA 
AGTGAAGGTG GTGATGAACT TTTGGACTCA CTTTCAGGAA ATTCATTTGC ATTTCTCCCA 
ACTGAAAGCA CATCTTTTTG CAGTGACAGC TATTACCCTC TTTCTGAATC AGTGAAAGAA 
TCAGAAATGG GAGCAGAGAT GGATTTGGGG TCAGCATCCA TGGGATTTCT TGTTACAGGA 
AGTAGAATTG AAACCACTTT GAAGGAAACC CATGAAATAA TTGGAGAAGC AGATGATGTT 
TCTGGAGATG ATGTGAATCT CCCAGGACAG ATGCAAGACA ATGAGCAGGC CCCTCTGACT 
GGACTTGTAA ATAATCAAAG TGGATCTCCA GATGATGAGG CTTTCGAGGT TCCTGCAGTA 
GTCATTGTGC CAGAGGAAAC CCTTGATGAT GAAACAGTAG ATGACTCCCT CATTGACCCC 
TATGTGATGG GAGTCAGCTT GATCCACCGA GATGAGAATT CTTTTCCAGG AGGAAGGGGG 
CACTCTGAAA CAAAAGGAGA AGAAGGCACT CAGAACAATT GTAGCACTAA AGAAGAAATT 
AATGCTGATG CTGACAGTGG CTTGATTACC ATGGATCGGA AAAACATTGT CACAAGGGCC 
CGGTCTCACT CTGGGAAAGT GCCCGGCTAT GTCCCGGAAA CTGTTCCTGA AGAAACAGGG 
CCAGAAACTG ATTTACTAAG CATGGACAGC AGGCATACAG TGCAAGAAGG AAACAAGACT 
TGGCTGCCAA TGGAAGGGAA ACCACTGGAA ATCAACAGGG CCTTGCCAGC CAAGCCAAGA 
AGCTTTATCT TGTATCCCCG GTCTTTCTCC GTGGAAGGTC GAGATCTTCC CGTTTCTTTG 
TACCGAGAAT TGGAAGAATC TATTTTGGAT GAGGGTAGGA TAAAAAGGAA AGAGGACAAT 
CTTTCTTTGC CTTGTGTTAT TGGGTCTTCG GGGAGCTTCT CCCAAAGAAG CCATCTCTCT 
TCTAGTGGCA TGTCAACCCC ATCTTCCGTG GTAGATATCC CTCCTCCTTT TGACCTGGCT 
TGCATTACAA AAAAGCCAAT TACAAAGAGT TCTCCCTCCC TCCTGATTGA TAATGACTCT 
CCAGATAAAT ACACAAAGAA GAAGAAATCA TCCTTTAAGA GGTTCCTTGC CTTGACATTC 
AAAAAAAGAA CAGAGAACAA AGTTCATGTG GATGTCAATG TTTCCTCCTC CAGATCCTCT 
TCAGAATCCA GTTACCATGG ACCCTCGAGG GTTCTAGAAA TTGACCGGAG GAGCCTCAGT 
AATTCTCCTC AGCTCAAGTC TAGATCTGGG AAGCTTCGAG CTTCAGACTC TCCATCCTCC 
ATCATCTTTT ACAGAGACAT CAAGAGGAAA GGGGCTCCAT TCAGCCGGAG TGTATCCAGA 
GTGGAGTCGT TTGAGGACCG CTCCCGGCCT CCTTTCCTTC CCCTTCCCCT GACAAAGCCA 
AGGTCCATTT CATTTCCCAA TGCAGACACT TCGGATTATG AGAACATCCC AGCAATGAAC 
TCAGATTATG AAAACATCCA GATCCCTCCT CGAAGGCCAA CGAGGGCTGG AACATTTACT 
AAGCTTTTTG AAGATCCCAG CAGGGCATTG TCAACAGCAA ATGAGAATGA TGGATATGTG 
GACATGAGCA GTTTTAATGC ATTTGAAAGC AAGCAGCAGA CTACAGATCA GGAAACAGAA 
AGTGCCTACA CGGAGCCATA CAAGGTCTGC CCAATCTCAG CGGTGCCCAC AGAGGATGTC 
ACATCTGACG AGGAGCAGAA ATCCTCGGAA GAGGAGGAGA GCAGCCAGAG GGAGCCAGGC 
CTCACCCATA AGAAGGAAGG ACAATCCCGA GCTTATGTCA TCGCTCAGGA GCTGCTGTCT 
TCAGAGAAAG CATACGCACA GGTGCTGCAA CACTTAATGC TGGATTTTCA TGAAGCAATA 
TTAAAAGCCT TAAGTGAGGA AACTGAGGAC AATGAAGAGT CACTAGCCAG AGGAGAGTTG 
CGACAAGGTT TAAGTGAGCT TCCTGCCATC TATGAACTAC ACCAAGAGAT CCTGAGTGAA 
ATGGAAGAGA GAATACTGAA CTGGGAGGAA CAACCAAAGG TGGCTGACAT TTTCCTTACT 
CAGGCACCAA AATTCGACCA CCATGTGGCT TATATCATGA AGTTTGATAA GAATTTGACG 
CTACTCAATG GCAACTGCAT CAAGTCTTCC CAGCTGACCA CCACCCTCCG GGAATTTGAG 
CAGAATCCTC AAAGTGGTGG CCAGGGTGTG AAGCATCAGC TCCTGAAGGT GGTAGAACAC 
ATCTTCCAGT ATCAAGTGCT CCTCACAGAT TACTTGAACA ACCTTTGTCC AGACTCGGCA 
GAATATGAAA ACACTCAAGA TGCTTTGGCT CTCATCTCCA AAGTCACGGA CCGAGCTAAT 
GACAGCATGG AGCAAGGGGA AAACTTACAG AAGTTGGTCC ACATTGAGCA CAGCGTCAGA 
GGCCAGAACA ACCTCCTCCA GCCAGGAAGG GAATTCCTGA CAGAAGGGAC TTTAATGAAA 
GTGACAGGGA AGTCCAGACA CCCTCGGCAT CTGTTCTTGA TGAGTGACGT CCTCCTTTAC 
ACATTCCCCC AGAAGGATGG TAAATACCGG CTGAAGAACA CACTGACTGT ATCCAGCATG 
AGGGTCAGCC GCCCTGTGAT GGAAAAAGTC CCGTATGCAC TGAAGATAGA GTCAGCTGAG 
ACCTGCCTGA TGCTGTCTGC AAGCTCCTGC TCAGAGAGGG ATGAATGGTA CAGCTGCCTC 
ATCCGAACTT TGCCTGAGGG CTACCAAATG CACACCCTAG CGGCCTTCCA TAACAGCGTG 
GAGATCCGAG AGAGGCTAGG CATCTGCCTG GGTGAAAGGC CCCCTACCCT GGTGCCTGTG 
TCCCATGTAA TGATGTGCAT GAATTGTGGC TGTGACTTCT CCCTCACCTT GAGACGCCAT 
CACTGTCATG CTTGTGGAAA GATTGTTTGT CGAAACTGTT CAAGAAATAA GTATCCTCTA 
AAGTACCTCA AGGACCGGCT GGCCAAAGTC TGTGATGGCT GCTATGCAGA ACTGAAGAAA 
AGAGGAGGGG ATATCCCAGG ATTGCTGAAG GAGCGGCCAG TCAGCATGAG CTTCCCTATG 
TCATCATCTA GGTTTTCCAG TGGTGCTTTC TCTTCTGTCT TCCATAGCAT TAATCCCTCA 
GCCTTCAAGA AACAAAAGAA AATCCCTTCA GCTCTTACAG AGGTGGCAGC CTCTGCAGAG 
GGTTCCGCAA TCAGTGGCTA TCTGAGCAGG CGTAAGAAAG GCAAGCGGCA CTGGAAGACA 
CTTTGGTTTG TGATCAAAGG CAAAGTCCTT TACACCTACA TGGCCAGCGA GGATAAAGTA 
GCTACTGAGA GCATACCTTT GTTGGGCTTC ACCATTGCCC CAGAAGAAGG AAATCGAGAC 
TTAGGACTTG TTTTTCATCT TTACCACAAG CAAACTCTGT TTTACAGCTT CAAAGCAGAG 
GATACCAATT CAGCACAGAG ATGGGTTGAA GCCATGAAAG ATGCAACTGT ATTATAG

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

RefSeq	XP_007500329.1
CDS	348..5084
Translation	MNNAESPKPPLAPKPKTTGHFTPAVSKFPPSSRSDILHSPNSMSRGPKPPIAPKPKLATTNRGKTRVYMNNTFNKFSNGKLICSDGELYEGNQSNPECSESEADDDYILVTETQLTKGSFKILEQEPCCAENEKPASLSATREEETEAEDPSSSNCSSSFEAKVEETEEDSLSSTDRVDDSNELALGGDYKRTDSSFQGSPGETETQDPMYENTGEDIDYENDPDEKDKLFVRKERDSLIENQYGYSLEEEREDCKDIVLTHIASEEPEASGEQPGDPEESLDVGDANSEGYADAEPSSSDCYGVSNIPPAGGEDEAKNEFNEELEPCDELSKTGLAVEDSEITDWEKEDLVDNGDQDAETKDDQEEEAAVQGMGEDIQNGEDMLKDEVADESCQIIPFESEGGDELLDSLSGNSFAFLPTESTSFCSDSYYPLSESVKESEMGAEMDLGSASMGFLVTGSRIETTLKETHEIIGEADDVSGDDVNLPGQMQDNEQAPLTGLVNNQSGSPDDEAFEVPAVVIVPEETLDDETVDDSLIDPYVMGVSLIHRDENSFPGGRGHSETKGEEGTQNNCSTKEEINADADSGLITMDRKNIVTRARSHSGKVPGYVPETVPEETGPETDLLSMDSRHTVQEGNKTWLPMEGKPLEINRALPAKPRSFILYPRSFSVEGRDLPVSLYRELEESILDEGRIKRKEDNLSLPCVIGSSGSFSQRSHLSSSGMSTPSSVVDIPPPFDLACITKKPITKSSPSLLIDNDSPDKYTKKKKSSFKRFLALTFKKRTENKVHVDVNVSSSRSSSESSYHGPSRVLEIDRRSLSNSPQLKSRSGKLRASDSPSSIIFYRDIKRKGAPFSRSVSRVESFEDRSRPPFLPLPLTKPRSISFPNADTSDYENIPAMNSDYENIQIPPRRPTRAGTFTKLFEDPSRALSTANENDGYVDMSSFNAFESKQQTTDQETESAYTEPYKVCPISAVPTEDVTSDEEQKSSEEEESSQREPGLTHKKEGQSRAYVIAQELLSSEKAYAQVLQHLMLDFHEAILKALSEETEDNEESLARGELRQGLSELPAIYELHQEILSEMEERILNWEEQPKVADIFLTQAPKFDHHVAYIMKFDKNLTLLNGNCIKSSQLTTTLREFEQNPQSGGQGVKHQLLKVVEHIFQYQVLLTDYLNNLCPDSAEYENTQDALALISKVTDRANDSMEQGENLQKLVHIEHSVRGQNNLLQPGREFLTEGTLMKVTGKSRHPRHLFLMSDVLLYTFPQKDGKYRLKNTLTVSSMRVSRPVMEKVPYALKIESAETCLMLSASSCSERDEWYSCLIRTLPEGYQMHTLAAFHNSVEIRERLGICLGERPPTLVPVSHVMMCMNCGCDFSLTLRRHHCHACGKIVCRNCSRNKYPLKYLKDRLAKVCDGCYAELKKRGGDIPGLLKERPVSMSFPMSSSRFSSGAFSSVFHSINPSAFKKQKKIPSALTEVAASAEGSAISGYLSRRKKGKRHWKTLWFVIKGKVLYTYMASEDKVATESIPLLGFTIAPEEGNRDLGLVFHLYHKQTLFYSFKAEDTNSAQRWVEAMKDATVL

Target ORF information:

RefSeq Version	XM_007500267.1
Organism	Monodelphis domestica(gray short-tailed opossum)
Definition	Monodelphis domestica FYVE, RhoGEF and PH domain containing 5 (FGD5), transcript variant X1, mRNA.

Target ORF information:

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

XM_007500267.1

ORF Insert Sequence:

ATGAACAACG CAGAGTCACC AAAGCCACCA TTAGCACCAA AGCCCAAGAC CACTGGTCAC 
TTCACACCAG CTGTCTCCAA GTTTCCTCCG TCCTCCCGTT CAGACATTCT TCACAGTCCA 
AACTCCATGT CTAGAGGACC TAAGCCACCC ATTGCTCCCA AGCCCAAGTT GGCTACTACC 
AACAGGGGGA AAACTAGGGT GTACATGAAC AACACCTTTA ACAAATTCAG CAATGGCAAA 
CTGATCTGTT CGGATGGAGA GCTGTATGAA GGGAACCAAT CCAACCCTGA ATGCTCAGAA 
TCAGAAGCTG ATGATGACTA CATCTTGGTC ACTGAAACTC AGCTGACCAA GGGAAGCTTC 
AAAATACTGG AGCAGGAGCC ATGCTGTGCA GAGAATGAGA AGCCAGCATC TTTGTCAGCG 
ACCAGGGAGG AAGAAACCGA GGCAGAAGAC CCCTCTTCTA GCAACTGCTC CAGCAGCTTT 
GAGGCCAAAG TAGAAGAGAC AGAGGAGGAC TCTCTTAGCT CCACAGATAG AGTGGATGAC 
TCAAATGAAC TGGCATTAGG TGGGGACTAC AAGAGGACTG ACTCATCTTT TCAAGGGTCA 
CCTGGAGAAA CTGAGACCCA AGACCCCATG TATGAAAATA CTGGGGAGGA TATAGACTAT 
GAAAATGATC CAGATGAAAA GGATAAGCTT TTCGTGAGAA AGGAAAGGGA CAGCCTTATT 
GAGAACCAAT ATGGATACAG TTTAGAAGAG GAAAGAGAAG ACTGCAAAGA TATTGTTTTA 
ACCCACATAG CTTCAGAGGA GCCAGAGGCC AGTGGCGAGC AGCCAGGAGA CCCTGAAGAA 
TCGTTGGATG TTGGGGATGC TAACAGTGAA GGGTATGCTG ATGCAGAACC AAGTTCATCA 
GACTGTTATG GTGTTTCCAA TATTCCCCCT GCTGGAGGGG AAGATGAAGC CAAAAATGAA 
TTCAATGAAG AATTAGAACC CTGTGATGAG CTCAGTAAAA CTGGCTTAGC TGTAGAAGAT 
TCTGAAATCA CAGATTGGGA AAAGGAAGAC CTTGTGGATA ATGGTGATCA AGATGCTGAG 
ACAAAAGATG ACCAAGAAGA GGAAGCAGCC GTTCAGGGGA TGGGAGAAGA CATTCAAAAT 
GGTGAAGACA TGTTGAAGGA TGAAGTTGCT GATGAGAGCT GCCAGATTAT TCCTTTTGAA 
AGTGAAGGTG GTGATGAACT TTTGGACTCA CTTTCAGGAA ATTCATTTGC ATTTCTCCCA 
ACTGAAAGCA CATCTTTTTG CAGTGACAGC TATTACCCTC TTTCTGAATC AGTGAAAGAA 
TCAGAAATGG GAGCAGAGAT GGATTTGGGG TCAGCATCCA TGGGATTTCT TGTTACAGGA 
AGTAGAATTG AAACCACTTT GAAGGAAACC CATGAAATAA TTGGAGAAGC AGATGATGTT 
TCTGGAGATG ATGTGAATCT CCCAGGACAG ATGCAAGACA ATGAGCAGGC CCCTCTGACT 
GGACTTGTAA ATAATCAAAG TGGATCTCCA GATGATGAGG CTTTCGAGGT TCCTGCAGTA 
GTCATTGTGC CAGAGGAAAC CCTTGATGAT GAAACAGTAG ATGACTCCCT CATTGACCCC 
TATGTGATGG GAGTCAGCTT GATCCACCGA GATGAGAATT CTTTTCCAGG AGGAAGGGGG 
CACTCTGAAA CAAAAGGAGA AGAAGGCACT CAGAACAATT GTAGCACTAA AGAAGAAATT 
AATGCTGATG CTGACAGTGG CTTGATTACC ATGGATCGGA AAAACATTGT CACAAGGGCC 
CGGTCTCACT CTGGGAAAGT GCCCGGCTAT GTCCCGGAAA CTGTTCCTGA AGAAACAGGG 
CCAGAAACTG ATTTACTAAG CATGGACAGC AGGCATACAG TGCAAGAAGG AAACAAGACT 
TGGCTGCCAA TGGAAGGGAA ACCACTGGAA ATCAACAGGG CCTTGCCAGC CAAGCCAAGA 
AGCTTTATCT TGTATCCCCG GTCTTTCTCC GTGGAAGGTC GAGATCTTCC CGTTTCTTTG 
TACCGAGAAT TGGAAGAATC TATTTTGGAT GAGGGTAGGA TAAAAAGGAA AGAGGACAAT 
CTTTCTTTGC CTTGTGTTAT TGGGTCTTCG GGGAGCTTCT CCCAAAGAAG CCATCTCTCT 
TCTAGTGGCA TGTCAACCCC ATCTTCCGTG GTAGATATCC CTCCTCCTTT TGACCTGGCT 
TGCATTACAA AAAAGCCAAT TACAAAGAGT TCTCCCTCCC TCCTGATTGA TAATGACTCT 
CCAGATAAAT ACACAAAGAA GAAGAAATCA TCCTTTAAGA GGTTCCTTGC CTTGACATTC 
AAAAAAAGAA CAGAGAACAA AGTTCATGTG GATGTCAATG TTTCCTCCTC CAGATCCTCT 
TCAGAATCCA GTTACCATGG ACCCTCGAGG GTTCTAGAAA TTGACCGGAG GAGCCTCAGT 
AATTCTCCTC AGCTCAAGTC TAGATCTGGG AAGCTTCGAG CTTCAGACTC TCCATCCTCC 
ATCATCTTTT ACAGAGACAT CAAGAGGAAA GGGGCTCCAT TCAGCCGGAG TGTATCCAGA 
GTGGAGTCGT TTGAGGACCG CTCCCGGCCT CCTTTCCTTC CCCTTCCCCT GACAAAGCCA 
AGGTCCATTT CATTTCCCAA TGCAGACACT TCGGATTATG AGAACATCCC AGCAATGAAC 
TCAGATTATG AAAACATCCA GATCCCTCCT CGAAGGCCAA CGAGGGCTGG AACATTTACT 
AAGCTTTTTG AAGATCCCAG CAGGGCATTG TCAACAGCAA ATGAGAATGA TGGATATGTG 
GACATGAGCA GTTTTAATGC ATTTGAAAGC AAGCAGCAGA CTACAGATCA GGAAACAGAA 
AGTGCCTACA CGGAGCCATA CAAGGTCTGC CCAATCTCAG CGGTGCCCAC AGAGGATGTC 
ACATCTGACG AGGAGCAGAA ATCCTCGGAA GAGGAGGAGA GCAGCCAGAG GGAGCCAGGC 
CTCACCCATA AGAAGGAAGG ACAATCCCGA GCTTATGTCA TCGCTCAGGA GCTGCTGTCT 
TCAGAGAAAG CATACGCACA GGTGCTGCAA CACTTAATGC TGGATTTTCA TGAAGCAATA 
TTAAAAGCCT TAAGTGAGGA AACTGAGGAC AATGAAGAGT CACTAGCCAG AGGAGAGTTG 
CGACAAGGTT TAAGTGAGCT TCCTGCCATC TATGAACTAC ACCAAGAGAT CCTGAGTGAA 
ATGGAAGAGA GAATACTGAA CTGGGAGGAA CAACCAAAGG TGGCTGACAT TTTCCTTACT 
CAGGCACCAA AATTCGACCA CCATGTGGCT TATATCATGA AGTTTGATAA GAATTTGACG 
CTACTCAATG GCAACTGCAT CAAGTCTTCC CAGCTGACCA CCACCCTCCG GGAATTTGAG 
CAGAATCCTC AAAGTGGTGG CCAGGGTGTG AAGCATCAGC TCCTGAAGGT GGTAGAACAC 
ATCTTCCAGT ATCAAGTGCT CCTCACAGAT TACTTGAACA ACCTTTGTCC AGACTCGGCA 
GAATATGAAA ACACTCAAGA TGCTTTGGCT CTCATCTCCA AAGTCACGGA CCGAGCTAAT 
GACAGCATGG AGCAAGGGGA AAACTTACAG AAGTTGGTCC ACATTGAGCA CAGCGTCAGA 
GGCCAGAACA ACCTCCTCCA GCCAGGAAGG GAATTCCTGA CAGAAGGGAC TTTAATGAAA 
GTGACAGGGA AGTCCAGACA CCCTCGGCAT CTGTTCTTGA TGAGTGACGT CCTCCTTTAC 
ACATTCCCCC AGAAGGATGG TAAATACCGG CTGAAGAACA CACTGACTGT ATCCAGCATG 
AGGGTCAGCC GCCCTGTGAT GGAAAAAGTC CCGTATGCAC TGAAGATAGA GTCAGCTGAG 
ACCTGCCTGA TGCTGTCTGC AAGCTCCTGC TCAGAGAGGG ATGAATGGTA CAGCTGCCTC 
ATCCGAACTT TGCCTGAGGG CTACCAAATG CACACCCTAG CGGCCTTCCA TAACAGCGTG 
GAGATCCGAG AGAGGCTAGG CATCTGCCTG GGTGAAAGGC CCCCTACCCT GGTGCCTGTG 
TCCCATGTAA TGATGTGCAT GAATTGTGGC TGTGACTTCT CCCTCACCTT GAGACGCCAT 
CACTGTCATG CTTGTGGAAA GATTGTTTGT CGAAACTGTT CAAGAAATAA GTATCCTCTA 
AAGTACCTCA AGGACCGGCT GGCCAAAGTC TGTGATGGCT GCTATGCAGA ACTGAAGAAA 
AGAGGAGGGG ATATCCCAGG ATTGCTGAAG GAGCGGCCAG TCAGCATGAG CTTCCCTATG 
TCATCATCTA GGTTTTCCAG TGGTGCTTTC TCTTCTGTCT TCCATAGCAT TAATCCCTCA 
GCCTTCAAGA AACAAAAGAA AATCCCTTCA GCTCTTACAG AGGTGGCAGC CTCTGCAGAG 
GGTTCCGCAA TCAGTGGCTA TCTGAGCAGG CGTAAGAAAG GCAAGCGGCA CTGGAAGACA 
CTTTGGTTTG TGATCAAAGG CAAAGTCCTT TACACCTACA TGGCCAGCGA GGATAAAGTA 
GCTACTGAGA GCATACCTTT GTTGGGCTTC ACCATTGCCC CAGAAGAAGG AAATCGAGAC 
TTAGGACTTG TTTTTCATCT TTACCACAAG CAAACTCTGT TTTACAGCTT CAAAGCAGAG 
GATACCAATT CAGCACAGAG ATGGGTTGAA GCCATGAAAG ATGCAACTGT ATTATAG

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

FGD5 ( XM_007500268.1 ) cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum) -> XP_007500330.1 Monodelphis domestica FYVE, RhoGEF and PH domain containing 5 (FGD5), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OMc29384
Clone ID Related Accession (Same CDS sequence)	XM_007500268.1
Accession Version	XM_007500268.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4734bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	1461600000000
Organism	Monodelphis domestica(gray short-tailed opossum)
Product	FYVE, RhoGEF and PH domain-containing protein 5 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_008806.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Monodelphis domestica Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAACAACG CAGAGTCACC AAAGCCACCA TTAGCACCAA AGCCCAAGAC CACTGGTCAC 
TTCACACCAG CTGTCTCCAA GTTTCCTCCG TCCTCCCGTT CAGACATTCT TCACAGTCCA 
AACTCCATGT CTAGAGGACC TAAGCCACCC ATTGCTCCCA AGCCCAAGTT GGCTACTACC 
AACAGGGGGA AAACTAGGGT GTACATGAAC AACACCTTTA ACAAATTCAG CAATGGCAAA 
CTGATCTGTT CGGATGGAGA GCTGTATGAA GGGAACCAAT CCAACCCTGA ATGCTCAGAA 
TCAGAAGCTG ATGATGACTA CATCTTGGTC ACTGAAACTC AGCTGACCAA GGGAAGCTTC 
AAAATACTGG AGCAGGAGCC ATGCTGTGCA GAGAATGAGA AGCCAGCATC TTTGTCAGCG 
ACCAGGGAGG AAGAAACCGA GGCAGAAGAC CCCTCTTCTA GCAACTGCTC CAGCAGCTTT 
GAGGCCAAAG TAGAAGAGAC AGAGGAGGAC TCTCTTAGCT CCACAGATAG AGTGGATGAC 
TCAAATGAAC TGGCATTAGG TGGGGACTAC AAGAGGACTG ACTCATCTTT TCAAGGGTCA 
CCTGGAGAAA CTGAGACCCA AGACCCCATG TATGAAAATA CTGGGGAGGA TATAGACTAT 
GAAAATGATC CAGATGAAAA GGATAAGCTT TTCGTGAGAA AGGAAAGGGA CAGCCTTATT 
GAGAACCAAT ATGGATACAG TTTAGAAGAG GAAAGAGAAG ACTGCAAAGA TATTGTTTTA 
ACCCACATAG CTTCAGAGGA GCCAGAGGCC AGTGGCGAGC AGCCAGGAGA CCCTGAAGAA 
TCGTTGGATG TTGGGGATGC TAACAGTGAA GGGTATGCTG ATGCAGAACC AAGTTCATCA 
GACTGTTATG GTGTTTCCAA TATTCCCCCT GCTGGAGGGG AAGATGAAGC CAAAAATGAA 
TTCAATGAAG AATTAGAACC CTGTGATGAG CTCAGTAAAA CTGGCTTAGC TGTAGAAGAT 
TCTGAAATCA CAGATTGGGA AAAGGAAGAC CTTGTGGATA ATGGTGATCA AGATGCTGAG 
ACAAAAGATG ACCAAGAAGA GGAAGCAGCC GTTCAGGGGA TGGGAGAAGA CATTCAAAAT 
GGTGAAGACA TGTTGAAGGA TGAAGTTGCT GATGAGAGCT GCCAGATTAT TCCTTTTGAA 
AGTGAAGGTG GTGATGAACT TTTGGACTCA CTTTCAGGAA ATTCATTTGC ATTTCTCCCA 
ACTGAAAGCA CATCTTTTTG CAGTGACAGC TATTACCCTC TTTCTGAATC AGTGAAAGAA 
TCAGAAATGG GAGCAGAGAT GGATTTGGGG TCAGCATCCA TGGGATTTCT TGTTACAGGA 
AGTAGAATTG AAACCACTTT GAAGGAAACC CATGAAATAA TTGGAGAAGC AGATGATGTT 
TCTGGAGATG ATGTGAATCT CCCAGGACAG ATGCAAGACA ATGAGCAGGC CCCTCTGACT 
GGACTTGTAA ATAATCAAAG TGGATCTCCA GATGATGAGG CTTTCGAGGT TCCTGCAGTA 
GTCATTGTGC CAGAGGAAAC CCTTGATGAT GAAACAGTAG ATGACTCCCT CATTGACCCC 
TATGTGATGG GAGTCAGCTT GATCCACCGA GATGAGAATT CTTTTCCAGG AGGAAGGGGG 
CACTCTGAAA CAAAAGGAGA AGAAGGCACT CAGAACAATT GTAGCACTAA AGAAGAAATT 
AATGCTGATG CTGACAGTGG CTTGATTACC ATGGATCGGA AAAACATTGT CACAAGGGCC 
CGGTCTCACT CTGGGAAAGT GCCCGGCTAT GTCCCGGAAA CTGTTCCTGA AGAAACAGGG 
CCAGAAACTG ATTTACTAAG CATGGACAGC AGGCATACAG TGCAAGAAGG AAACAAGACT 
TGGCTGCCAA TGGAAGGGAA ACCACTGGAA ATCAACAGGG CCTTGCCAGC CAAGCCAAGA 
AGCTTTATCT TGTATCCCCG GTCTTTCTCC GTGGAAGGTC GAGATCTTCC CGTTTCTTTG 
TACCGAGAAT TGGAAGAATC TATTTTGGAT GAGGGTAGGA TAAAAAGGAA AGAGGACAAT 
CTTTCTTTGC CTTGTGTTAT TGGGTCTTCG GGGAGCTTCT CCCAAAGAAG CCATCTCTCT 
TCTAGTGGCA TGTCAACCCC ATCTTCCGTG GTAGATATCC CTCCTCCTTT TGACCTGGCT 
TGCATTACAA AAAAGCCAAT TACAAAGAGT TCTCCCTCCC TCCTGATTGA TAATGACTCT 
CCAGATAAAT ACACAAAGAA GAAGAAATCA TCCTTTAAGA GGTTCCTTGC CTTGACATTC 
AAAAAAAGAA CAGAGAACAA AGTTCATGTG GATGTCAATG TTTCCTCCTC CAGATCCTCT 
TCAGAATCCA GTTACCATGG ACCCTCGAGG GTTCTAGAAA TTGACCGGAG GAGCCTCAGT 
AATTCTCCTC AGCTCAAGTC TAGATCTGGG AAGCTTCGAG CTTCAGACTC TCCATCCTCC 
ATCATCTTTT ACAGAGACAT CAAGAGGAAA GGGGCTCCAT TCAGCCGGAG TGTATCCAGA 
GTGGAGTCGT TTGAGGACCG CTCCCGGCCT CCTTTCCTTC CCCTTCCCCT GACAAAGCCA 
AGGTCCATTT CATTTCCCAA TGCAGACACT TCGGATTATG AGAACATCCC AGCAATGAAC 
TCAGATTATG AAAACATCCA GATCCCTCCT CGAAGGCCAA CGAGGGCTGG AACATTTACT 
AAGCTTTTTG AAGATCCCAG CAGGGCATTG TCAACAGCAA ATGAGAATGA TGGATATGTG 
GACATGAGCA GTTTTAATGC ATTTGAAAGC AAGCAGCAGA CTACAGATCA GGAAACAGAA 
AGTGCCTACA CGGAGCCATA CAAGGTCTGC CCAATCTCAG CGGTGCCCAC AGAGGATGTC 
ACATCTGACG AGGAGCAGAA ATCCTCGGAA GAGGAGGAGA GCAGCCAGAG GGAGCCAGGC 
CTCACCCATA AGAAGGAAGG ACAATCCCGA GCTTATGTCA TCGCTCAGGA GCTGCTGTCT 
TCAGAGAAAG CATACGCACA GGTGCTGCAA CACTTAATGC TGGATTTTCA TGAAGCAATA 
TTAAAAGCCT TAAGTGAGGA AACTGAGGAC AATGAAGAGT CACTAGCCAG AGGAGAGTTG 
CGACAAGGTT TAAGTGAGCT TCCTGCCATC TATGAACTAC ACCAAGAGAT CCTGAGTGAA 
ATGGAAGAGA GAATACTGAA CTGGGAGGAA CAACCAAAGG TGGCTGACAT TTTCCTTACT 
CAGGCACCAA AATTCGACCA CCATGTGGCT TATATCATGA AGTTTGATAA GAATTTGACG 
CTACTCAATG GCAACTGCAT CAAGTCTTCC CAGCTGACCA CCACCCTCCG GGAATTTGAG 
AATCCTCAAA GTGGTGGCCA GGGTGTGAAG CATCAGCTCC TGAAGGTGGT AGAACACATC 
TTCCAGTATC AAGTGCTCCT CACAGATTAC TTGAACAACC TTTGTCCAGA CTCGGCAGAA 
TATGAAAACA CTCAAGATGC TTTGGCTCTC ATCTCCAAAG TCACGGACCG AGCTAATGAC 
AGCATGGAGC AAGGGGAAAA CTTACAGAAG TTGGTCCACA TTGAGCACAG CGTCAGAGGC 
CAGAACAACC TCCTCCAGCC AGGAAGGGAA TTCCTGACAG AAGGGACTTT AATGAAAGTG 
ACAGGGAAGT CCAGACACCC TCGGCATCTG TTCTTGATGA GTGACGTCCT CCTTTACACA 
TTCCCCCAGA AGGATGGTAA ATACCGGCTG AAGAACACAC TGACTGTATC CAGCATGAGG 
GTCAGCCGCC CTGTGATGGA AAAAGTCCCG TATGCACTGA AGATAGAGTC AGCTGAGACC 
TGCCTGATGC TGTCTGCAAG CTCCTGCTCA GAGAGGGATG AATGGTACAG CTGCCTCATC 
CGAACTTTGC CTGAGGGCTA CCAAATGCAC ACCCTAGCGG CCTTCCATAA CAGCGTGGAG 
ATCCGAGAGA GGCTAGGCAT CTGCCTGGGT GAAAGGCCCC CTACCCTGGT GCCTGTGTCC 
CATGTAATGA TGTGCATGAA TTGTGGCTGT GACTTCTCCC TCACCTTGAG ACGCCATCAC 
TGTCATGCTT GTGGAAAGAT TGTTTGTCGA AACTGTTCAA GAAATAAGTA TCCTCTAAAG 
TACCTCAAGG ACCGGCTGGC CAAAGTCTGT GATGGCTGCT ATGCAGAACT GAAGAAAAGA 
GGAGGGGATA TCCCAGGATT GCTGAAGGAG CGGCCAGTCA GCATGAGCTT CCCTATGTCA 
TCATCTAGGT TTTCCAGTGG TGCTTTCTCT TCTGTCTTCC ATAGCATTAA TCCCTCAGCC 
TTCAAGAAAC AAAAGAAAAT CCCTTCAGCT CTTACAGAGG TGGCAGCCTC TGCAGAGGGT 
TCCGCAATCA GTGGCTATCT GAGCAGGCGT AAGAAAGGCA AGCGGCACTG GAAGACACTT 
TGGTTTGTGA TCAAAGGCAA AGTCCTTTAC ACCTACATGG CCAGCGAGGA TAAAGTAGCT 
ACTGAGAGCA TACCTTTGTT GGGCTTCACC ATTGCCCCAG AAGAAGGAAA TCGAGACTTA 
GGACTTGTTT TTCATCTTTA CCACAAGCAA ACTCTGTTTT ACAGCTTCAA AGCAGAGGAT 
ACCAATTCAG CACAGAGATG GGTTGAAGCC ATGAAAGATG CAACTGTATT ATAG

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

RefSeq	XP_007500330.1
CDS	348..5081
Translation	MNNAESPKPPLAPKPKTTGHFTPAVSKFPPSSRSDILHSPNSMSRGPKPPIAPKPKLATTNRGKTRVYMNNTFNKFSNGKLICSDGELYEGNQSNPECSESEADDDYILVTETQLTKGSFKILEQEPCCAENEKPASLSATREEETEAEDPSSSNCSSSFEAKVEETEEDSLSSTDRVDDSNELALGGDYKRTDSSFQGSPGETETQDPMYENTGEDIDYENDPDEKDKLFVRKERDSLIENQYGYSLEEEREDCKDIVLTHIASEEPEASGEQPGDPEESLDVGDANSEGYADAEPSSSDCYGVSNIPPAGGEDEAKNEFNEELEPCDELSKTGLAVEDSEITDWEKEDLVDNGDQDAETKDDQEEEAAVQGMGEDIQNGEDMLKDEVADESCQIIPFESEGGDELLDSLSGNSFAFLPTESTSFCSDSYYPLSESVKESEMGAEMDLGSASMGFLVTGSRIETTLKETHEIIGEADDVSGDDVNLPGQMQDNEQAPLTGLVNNQSGSPDDEAFEVPAVVIVPEETLDDETVDDSLIDPYVMGVSLIHRDENSFPGGRGHSETKGEEGTQNNCSTKEEINADADSGLITMDRKNIVTRARSHSGKVPGYVPETVPEETGPETDLLSMDSRHTVQEGNKTWLPMEGKPLEINRALPAKPRSFILYPRSFSVEGRDLPVSLYRELEESILDEGRIKRKEDNLSLPCVIGSSGSFSQRSHLSSSGMSTPSSVVDIPPPFDLACITKKPITKSSPSLLIDNDSPDKYTKKKKSSFKRFLALTFKKRTENKVHVDVNVSSSRSSSESSYHGPSRVLEIDRRSLSNSPQLKSRSGKLRASDSPSSIIFYRDIKRKGAPFSRSVSRVESFEDRSRPPFLPLPLTKPRSISFPNADTSDYENIPAMNSDYENIQIPPRRPTRAGTFTKLFEDPSRALSTANENDGYVDMSSFNAFESKQQTTDQETESAYTEPYKVCPISAVPTEDVTSDEEQKSSEEEESSQREPGLTHKKEGQSRAYVIAQELLSSEKAYAQVLQHLMLDFHEAILKALSEETEDNEESLARGELRQGLSELPAIYELHQEILSEMEERILNWEEQPKVADIFLTQAPKFDHHVAYIMKFDKNLTLLNGNCIKSSQLTTTLREFENPQSGGQGVKHQLLKVVEHIFQYQVLLTDYLNNLCPDSAEYENTQDALALISKVTDRANDSMEQGENLQKLVHIEHSVRGQNNLLQPGREFLTEGTLMKVTGKSRHPRHLFLMSDVLLYTFPQKDGKYRLKNTLTVSSMRVSRPVMEKVPYALKIESAETCLMLSASSCSERDEWYSCLIRTLPEGYQMHTLAAFHNSVEIRERLGICLGERPPTLVPVSHVMMCMNCGCDFSLTLRRHHCHACGKIVCRNCSRNKYPLKYLKDRLAKVCDGCYAELKKRGGDIPGLLKERPVSMSFPMSSSRFSSGAFSSVFHSINPSAFKKQKKIPSALTEVAASAEGSAISGYLSRRKKGKRHWKTLWFVIKGKVLYTYMASEDKVATESIPLLGFTIAPEEGNRDLGLVFHLYHKQTLFYSFKAEDTNSAQRWVEAMKDATVL

Target ORF information:

RefSeq Version	XM_007500268.1
Organism	Monodelphis domestica(gray short-tailed opossum)
Definition	Monodelphis domestica FYVE, RhoGEF and PH domain containing 5 (FGD5), transcript variant X2, mRNA.

Target ORF information:

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

XM_007500268.1

ORF Insert Sequence:

ATGAACAACG CAGAGTCACC AAAGCCACCA TTAGCACCAA AGCCCAAGAC CACTGGTCAC 
TTCACACCAG CTGTCTCCAA GTTTCCTCCG TCCTCCCGTT CAGACATTCT TCACAGTCCA 
AACTCCATGT CTAGAGGACC TAAGCCACCC ATTGCTCCCA AGCCCAAGTT GGCTACTACC 
AACAGGGGGA AAACTAGGGT GTACATGAAC AACACCTTTA ACAAATTCAG CAATGGCAAA 
CTGATCTGTT CGGATGGAGA GCTGTATGAA GGGAACCAAT CCAACCCTGA ATGCTCAGAA 
TCAGAAGCTG ATGATGACTA CATCTTGGTC ACTGAAACTC AGCTGACCAA GGGAAGCTTC 
AAAATACTGG AGCAGGAGCC ATGCTGTGCA GAGAATGAGA AGCCAGCATC TTTGTCAGCG 
ACCAGGGAGG AAGAAACCGA GGCAGAAGAC CCCTCTTCTA GCAACTGCTC CAGCAGCTTT 
GAGGCCAAAG TAGAAGAGAC AGAGGAGGAC TCTCTTAGCT CCACAGATAG AGTGGATGAC 
TCAAATGAAC TGGCATTAGG TGGGGACTAC AAGAGGACTG ACTCATCTTT TCAAGGGTCA 
CCTGGAGAAA CTGAGACCCA AGACCCCATG TATGAAAATA CTGGGGAGGA TATAGACTAT 
GAAAATGATC CAGATGAAAA GGATAAGCTT TTCGTGAGAA AGGAAAGGGA CAGCCTTATT 
GAGAACCAAT ATGGATACAG TTTAGAAGAG GAAAGAGAAG ACTGCAAAGA TATTGTTTTA 
ACCCACATAG CTTCAGAGGA GCCAGAGGCC AGTGGCGAGC AGCCAGGAGA CCCTGAAGAA 
TCGTTGGATG TTGGGGATGC TAACAGTGAA GGGTATGCTG ATGCAGAACC AAGTTCATCA 
GACTGTTATG GTGTTTCCAA TATTCCCCCT GCTGGAGGGG AAGATGAAGC CAAAAATGAA 
TTCAATGAAG AATTAGAACC CTGTGATGAG CTCAGTAAAA CTGGCTTAGC TGTAGAAGAT 
TCTGAAATCA CAGATTGGGA AAAGGAAGAC CTTGTGGATA ATGGTGATCA AGATGCTGAG 
ACAAAAGATG ACCAAGAAGA GGAAGCAGCC GTTCAGGGGA TGGGAGAAGA CATTCAAAAT 
GGTGAAGACA TGTTGAAGGA TGAAGTTGCT GATGAGAGCT GCCAGATTAT TCCTTTTGAA 
AGTGAAGGTG GTGATGAACT TTTGGACTCA CTTTCAGGAA ATTCATTTGC ATTTCTCCCA 
ACTGAAAGCA CATCTTTTTG CAGTGACAGC TATTACCCTC TTTCTGAATC AGTGAAAGAA 
TCAGAAATGG GAGCAGAGAT GGATTTGGGG TCAGCATCCA TGGGATTTCT TGTTACAGGA 
AGTAGAATTG AAACCACTTT GAAGGAAACC CATGAAATAA TTGGAGAAGC AGATGATGTT 
TCTGGAGATG ATGTGAATCT CCCAGGACAG ATGCAAGACA ATGAGCAGGC CCCTCTGACT 
GGACTTGTAA ATAATCAAAG TGGATCTCCA GATGATGAGG CTTTCGAGGT TCCTGCAGTA 
GTCATTGTGC CAGAGGAAAC CCTTGATGAT GAAACAGTAG ATGACTCCCT CATTGACCCC 
TATGTGATGG GAGTCAGCTT GATCCACCGA GATGAGAATT CTTTTCCAGG AGGAAGGGGG 
CACTCTGAAA CAAAAGGAGA AGAAGGCACT CAGAACAATT GTAGCACTAA AGAAGAAATT 
AATGCTGATG CTGACAGTGG CTTGATTACC ATGGATCGGA AAAACATTGT CACAAGGGCC 
CGGTCTCACT CTGGGAAAGT GCCCGGCTAT GTCCCGGAAA CTGTTCCTGA AGAAACAGGG 
CCAGAAACTG ATTTACTAAG CATGGACAGC AGGCATACAG TGCAAGAAGG AAACAAGACT 
TGGCTGCCAA TGGAAGGGAA ACCACTGGAA ATCAACAGGG CCTTGCCAGC CAAGCCAAGA 
AGCTTTATCT TGTATCCCCG GTCTTTCTCC GTGGAAGGTC GAGATCTTCC CGTTTCTTTG 
TACCGAGAAT TGGAAGAATC TATTTTGGAT GAGGGTAGGA TAAAAAGGAA AGAGGACAAT 
CTTTCTTTGC CTTGTGTTAT TGGGTCTTCG GGGAGCTTCT CCCAAAGAAG CCATCTCTCT 
TCTAGTGGCA TGTCAACCCC ATCTTCCGTG GTAGATATCC CTCCTCCTTT TGACCTGGCT 
TGCATTACAA AAAAGCCAAT TACAAAGAGT TCTCCCTCCC TCCTGATTGA TAATGACTCT 
CCAGATAAAT ACACAAAGAA GAAGAAATCA TCCTTTAAGA GGTTCCTTGC CTTGACATTC 
AAAAAAAGAA CAGAGAACAA AGTTCATGTG GATGTCAATG TTTCCTCCTC CAGATCCTCT 
TCAGAATCCA GTTACCATGG ACCCTCGAGG GTTCTAGAAA TTGACCGGAG GAGCCTCAGT 
AATTCTCCTC AGCTCAAGTC TAGATCTGGG AAGCTTCGAG CTTCAGACTC TCCATCCTCC 
ATCATCTTTT ACAGAGACAT CAAGAGGAAA GGGGCTCCAT TCAGCCGGAG TGTATCCAGA 
GTGGAGTCGT TTGAGGACCG CTCCCGGCCT CCTTTCCTTC CCCTTCCCCT GACAAAGCCA 
AGGTCCATTT CATTTCCCAA TGCAGACACT TCGGATTATG AGAACATCCC AGCAATGAAC 
TCAGATTATG AAAACATCCA GATCCCTCCT CGAAGGCCAA CGAGGGCTGG AACATTTACT 
AAGCTTTTTG AAGATCCCAG CAGGGCATTG TCAACAGCAA ATGAGAATGA TGGATATGTG 
GACATGAGCA GTTTTAATGC ATTTGAAAGC AAGCAGCAGA CTACAGATCA GGAAACAGAA 
AGTGCCTACA CGGAGCCATA CAAGGTCTGC CCAATCTCAG CGGTGCCCAC AGAGGATGTC 
ACATCTGACG AGGAGCAGAA ATCCTCGGAA GAGGAGGAGA GCAGCCAGAG GGAGCCAGGC 
CTCACCCATA AGAAGGAAGG ACAATCCCGA GCTTATGTCA TCGCTCAGGA GCTGCTGTCT 
TCAGAGAAAG CATACGCACA GGTGCTGCAA CACTTAATGC TGGATTTTCA TGAAGCAATA 
TTAAAAGCCT TAAGTGAGGA AACTGAGGAC AATGAAGAGT CACTAGCCAG AGGAGAGTTG 
CGACAAGGTT TAAGTGAGCT TCCTGCCATC TATGAACTAC ACCAAGAGAT CCTGAGTGAA 
ATGGAAGAGA GAATACTGAA CTGGGAGGAA CAACCAAAGG TGGCTGACAT TTTCCTTACT 
CAGGCACCAA AATTCGACCA CCATGTGGCT TATATCATGA AGTTTGATAA GAATTTGACG 
CTACTCAATG GCAACTGCAT CAAGTCTTCC CAGCTGACCA CCACCCTCCG GGAATTTGAG 
AATCCTCAAA GTGGTGGCCA GGGTGTGAAG CATCAGCTCC TGAAGGTGGT AGAACACATC 
TTCCAGTATC AAGTGCTCCT CACAGATTAC TTGAACAACC TTTGTCCAGA CTCGGCAGAA 
TATGAAAACA CTCAAGATGC TTTGGCTCTC ATCTCCAAAG TCACGGACCG AGCTAATGAC 
AGCATGGAGC AAGGGGAAAA CTTACAGAAG TTGGTCCACA TTGAGCACAG CGTCAGAGGC 
CAGAACAACC TCCTCCAGCC AGGAAGGGAA TTCCTGACAG AAGGGACTTT AATGAAAGTG 
ACAGGGAAGT CCAGACACCC TCGGCATCTG TTCTTGATGA GTGACGTCCT CCTTTACACA 
TTCCCCCAGA AGGATGGTAA ATACCGGCTG AAGAACACAC TGACTGTATC CAGCATGAGG 
GTCAGCCGCC CTGTGATGGA AAAAGTCCCG TATGCACTGA AGATAGAGTC AGCTGAGACC 
TGCCTGATGC TGTCTGCAAG CTCCTGCTCA GAGAGGGATG AATGGTACAG CTGCCTCATC 
CGAACTTTGC CTGAGGGCTA CCAAATGCAC ACCCTAGCGG CCTTCCATAA CAGCGTGGAG 
ATCCGAGAGA GGCTAGGCAT CTGCCTGGGT GAAAGGCCCC CTACCCTGGT GCCTGTGTCC 
CATGTAATGA TGTGCATGAA TTGTGGCTGT GACTTCTCCC TCACCTTGAG ACGCCATCAC 
TGTCATGCTT GTGGAAAGAT TGTTTGTCGA AACTGTTCAA GAAATAAGTA TCCTCTAAAG 
TACCTCAAGG ACCGGCTGGC CAAAGTCTGT GATGGCTGCT ATGCAGAACT GAAGAAAAGA 
GGAGGGGATA TCCCAGGATT GCTGAAGGAG CGGCCAGTCA GCATGAGCTT CCCTATGTCA 
TCATCTAGGT TTTCCAGTGG TGCTTTCTCT TCTGTCTTCC ATAGCATTAA TCCCTCAGCC 
TTCAAGAAAC AAAAGAAAAT CCCTTCAGCT CTTACAGAGG TGGCAGCCTC TGCAGAGGGT 
TCCGCAATCA GTGGCTATCT GAGCAGGCGT AAGAAAGGCA AGCGGCACTG GAAGACACTT 
TGGTTTGTGA TCAAAGGCAA AGTCCTTTAC ACCTACATGG CCAGCGAGGA TAAAGTAGCT 
ACTGAGAGCA TACCTTTGTT GGGCTTCACC ATTGCCCCAG AAGAAGGAAA TCGAGACTTA 
GGACTTGTTT TTCATCTTTA CCACAAGCAA ACTCTGTTTT ACAGCTTCAA AGCAGAGGAT 
ACCAATTCAG CACAGAGATG GGTTGAAGCC ATGAAAGATG CAACTGTATT ATAG

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

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FGD5 cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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