CRYBG3 cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum)

Gene
Clones
gRNAs

Summary

Gene Symbol	CRYBG3
Entrez Gene ID	100031192
Full Name	crystallin beta-gamma domain containing 3
Gene Type	protein-coding
Organism	Monodelphis domestica(gray short-tailed opossum)

mRNA and Protein(s)

mRNA	Protein	Name
XM_016424665.1	XP_016280151.1	very large A-kinase anchor protein

Pathways from BioSystems
Gene Ontology

The following CRYBG3 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the CRYBG3 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
OMc44433	XM_016424665.1 Latest version!	Monodelphis domestica crystallin beta-gamma domain containing 3 (CRYBG3), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1301.30 $1859.00

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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)

CRYBG3 ( XM_016424665.1 ) cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum) -> XP_016280151.1 Monodelphis domestica crystallin beta-gamma domain containing 3 (CRYBG3), mRNA.

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CloneID	OMc44433
Clone ID Related Accession (Same CDS sequence)	XM_016424665.1
Accession Version	XM_016424665.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7530bp) 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	very large A-kinase anchor protein
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_008807.1) 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## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGTCCGGCG GCGGCCGGAG GAGGGGCGGC TCCTCCTGGC CCAGCTTCTC CCGGTTCTTC 
ACTCCTCGCA GCCCTTCTCG GGACAAGGAG GAGGAAGAGG AGGAGAAGCC CGCGGCGATC 
CAGCCCCCAA CAGGAGGAGC TCCCAGTCCT GCAAAAGAGC CTGTCATTAT AAGTCAGAAA 
AAGGAAAGTG CATCTTCAAC AGAGCCGGTA AAGGACTTGG CTTCTGGCGT AAATCCTATC 
CTTTTGAAGA AGAATACCTC TGACAGCCAG GGCTCTGAAG GAACAGACTT GTATTATGGG 
GGAGGAAAAC TGATTTCCCA AAGTGAGGAC AGTAGGAGCC ATTCTGAGAA ACCAGCTAAT 
CTTTCACCAG AAGAAGACAC AAAAAAACTA GATGACTTTA CCAGTTTACC CTCAGATTCT 
AAGACTCTAG ACATTGATAA ACAGCCCAAA GAAGGCTTTC TCCAATTCCT TGGTAACTTA 
TTTAATATCT CAGCAAAATC CCTCCAGCAA CTACCCCTCA AAAGTGAACA TGACAAAACT 
GAAAAGGATT CACAAAATCT CATTGTACTT CATAAAGAAA AGTTTAAAAA GGAAAATGAT 
ATACGCTACA GTCCTCCTCT GGAAGAGCTA AATCCAACAA TTGAAAAAAA AGGCCTGCCC 
ACTTCAACTG ATATGTCAGA TGTTATTTCA GAAGATATAA AAGAAGATAG TGAACAAGAA 
AGCAATGAAT TGCTAAAAAA CGTAGCATGT GAACCTGAGA TACCTTCAAC TACATATTCA 
ACTTACCGGG GTCCCAGACA AATTTTGAAA ATTATGAGAA AACACACCAA ATTAGAGACT 
TTAACTTCCG CACAAAAAGC AGATGAAACT TCTGATTCTA GTACAAGTAC TCAAACTGGA 
AATGAAAGTG AGTCTGAGAC TGTACTCTCT CCAAATTCAC CTATCAACTA CAAGACAGAT 
CTGCTCAAAA GCCCTTTAAA GCACGTGATT TTAAATAACA GTAATTATAA AGAATGTAAG 
AGAAGCGGGT CCTCATCATC TACTGAAAAT AGCTCAAGTT CTATAGTTGA GTCCTGTTAT 
AAGCATCCTT TAAATTATGT ACCTGTTTAT AAAATAGACA ATATAATAGG ATCAGTGTTA 
ATAGAAAATG ATACCAAAGA CCCTAGAAAT CCTGCTTTTC AGAGGTGTGT GAATCAAAAA 
ACCACTTTAG AAAACAACTT TTTGAAGAAT GGTAGAACAT CAGAGCAAAG AGGAGAGTAT 
TTTCAGCACA TAAATGAAGA AAACAAACCA ATTATTCAAG GCTTACAGAA AAATATGCAA 
GTTAAAGAAA ATACAAAGGA GAAAGAAATC TCCACTAATG AACTCTCATC CCCAGATAAC 
ACATTATGTG CAAAAAATGA AATGGTTGGA TCTTTACCAA AAGACGCTGA TTATATTGTT 
ATAACAGAAA ATCAGAGCTT TGATTCTGGG TCATCAGATA AAGTGTCTCA AGGTATTATA 
ATAATTCAAG ATGATCCTCC CTCTCTACAA TCTGTTAAGG AGTCAGAAAA GGCAGGTTGT 
ATACAAAACA GCATAACACC TGAACTGAAA GTTGAAGTAT TTAATAGGAA CCATATTTCA 
GTGTCTTCCT TTGAATCTGA GAATCTTGAG TTGGCCGAAG TTTTTATTAG CTCTTCAGAT 
GTTAACAATG AAAAAACACC TCCCGTCCTT GAATGTGAAA AGACTGATTC TTATGATTCC 
ACTCCTACCA TTGATTCTGA AAGTGGCATC TTCGGAAAGT GGGAAGCTCC AATTTTAAAG 
AATATGAGGC CTTGTACAGA ACACGAACAG AATAAAATTG TTCCTTCTAC TACAGCCAAG 
GAAATTAATC TAGTCCTCCA TGATGTTGAC TCTGAAGAGA TTTACCCCGT TGAGATTTCT 
CCATCTGACT CAAAATGTAA AGATATGCGC CTTATGGCAA TACCACAAAG TTATCAGAGA 
TCCCCAAATG AAACCCCACT TGTTTTTGAG AGTGGTGTGA TAGAGGATTT GCTTTGTGGC 
CATGACAATC AAGTCGTGAG GTCAGTGACA TATGCTAATG AGGATACCCT TTTTCTTGAC 
TGTCATGAAC CTGGAGACAT TGATGACACT AAAATACTTT CTTATAAATC TGGAATAGGG 
CTCAGCTCCT CTAATATGTT GCCTAAATCC CAACAAGACG ACAGCACCTT ACAGGTTATG 
GCAAAAGCCT CTTCTAAATT AAAAGCCAAA AGTTCTCTTG AAGTTTCCTC TATGCTGAGG 
TCAGAAGAAA CAGCTTCATT TGAAAGGCAT TATGAAAAAA ATAATTTATT AGGTGACAGT 
TCTAAGAGCA TTTCCTCTTT CATCGGTAAA CCTGAAGACG CTAACATGGA TGTGAATTCA 
TCTAAACCCA GTGATAATTT TGAAATTTTG AAAACTGCTG CAGATCTCAC AGGTGACGAT 
ACTTCCTTAG TTATGATGAT ATCTGCCAAC AGCCCCTGGG AATTTGAAAA AGCCAACCAG 
GCAGTGACCA AAATGCCGTG CCATAGATAC GGCAGGGATG TCCCTAAGAT TCATGCTGGA 
AAGCTAGGGC TCAATTATCT AACTGCTGCT GTGCTGAAAA ATGCCATAGA AGCTGATGCT 
CAGACCGTTG CTAGTGCCAC AGTGTCAGTT AACAGCTCAA GCCAACAGTG TTCTGAAGCC 
TCAGCTGAGG CCACAGAAAC CAGGAAAAGA GCACATGACA AATCTCTGGA CTCCAACAGT 
GGTTTATTTA AAAAGGCTGA TACGTTGGTT GATGTAAGTT TGAGCTCTGA CAGGAAAGAA 
CTGAAGCCTC TGGAAGTAGG GCTTAACTAC GTGGAGTGTG ATGCAGTTAC CCTGAAAGAA 
GAGGCCCCTG GAGGAAAAAC ATCTGAAGAA GAAGTGAAGG CACTGATTCA GCTACCAGGC 
CATTTGGATG AGTGCAGTGT TGAAAATGTG GCAGAAGACA AAAGAGAAGA AAAAGCCCAA 
GTTTTAACTA CTCTTGGTGA GAGGAATCTC CTTATTGATA TTGATAAAAT GGATGGGTCT 
GATTTTTTAA CAATCAAAGC AAAGGAATTG GTCAGGGAGG TGATTCATCG TGCCCAACAA 
ATTGTGATAA GTGATCATTC CAGAAAGACG AAGTTTAGGA GCCATACCAG ACATCCTGAA 
AAGGCCCGTG CCACCAAGAT TCTGAGCAGT GATATTATTA AACCACTGTA TTTGGCTAAA 
GAATTCTTGG CCTTGGAGGA GTCAGAACAC CAAAGCATAA CTAAAGGCAG TGAAAACAAA 
GACTCAGAAA GCCCTTTGGC TAAAATTAAT TTAGAGAACA ACACAGATTC AGCCAAAGAA 
ACAGAACTAG TGCCTTACCC TCAAAGCTCG TGTGCTGGAA ATGGATTGGG ACAGTTTGAT 
GGTGCAGAGT TGCCAGAACC AGATGTTTCA CTCCCAGAGA ACACGTCTGA CAAAGGCTTC 
GATGACAAAG GTCTGCCATC AGCCTGTGCC AAAGAAGAAA GTAAAGGAGA AAGGCTGCCA 
GCGCAGCTCG AGTGTATGGG CAACCACAAA ACGCAGACAG AGGACACGGG AGCGTTTGTC 
TTAAATCTCA AGTGGACCCC TTTCATTAAG GAGGAAGCGT ACACCCACCA ACCTAGCACG 
TCCAAAGGCA GTTTTTCTGA TAGCGTTGTA TGTATTAATG AAAAATGCCT GCCAGGACAC 
AGTATTAAAC CACTGCCCAC AGCCATGTTA GATATGGGGA AAGTTTACAG AAAAGATGCT 
GAATTAAGCT TAGGCAAAAT TGAAATGGAG CCTTCCATGG TAGAAATGCG GAAAGTATTC 
AAGAAAAGCA CTGAATTAAA TATAGGGAAA AGCGAGCTGA TGCCCTCATT GTTAGAAATG 
GGAAAAGCAT ACACAATACA TGCTGAATTA AATGCAGGAA AAAACGAGTT GATGCCTTCA 
ATCTTAGAAA TGGGAAAATC ATACAAAAGA AGTGGAGTAA ATCTTATAAA AGTAGAAGGA 
ACGCCCGACA GTATCAAAAT GGGAGAACCA TGTGAAAGGA ACAGTGATGA AATGGCACCT 
GTCAGGCTAG AAATAGAAAA GGCATTTCAA AAAGATAACG AAGGGAATGG TGAAAAAGCT 
TCCGTGACAT CGCCCAAGTT AAAAATAGAA AAAACGTGTA AAGACGATAT GAATATTACA 
CAAGCCGGCT TGGCAATAAC CAATATCTTA GGAATGGGGG AAAAAAGCCA AAACGTTGTT 
GAAGGGAATA TTGGGGAAAG TAAAGTGGTA CCTGCTATTT TTGAAGTGGG GAAAATATAC 
CAAATGAATA CTGAAGGGAA TTTGGGGAAA ATTGAAATGA GACCTGTCGA AATAACGAAA 
AGTGTGGCAC CAGGTGACGA GAAGACGAAG TCACAGTTTG AGGACTATGA GTTACCTACA 
TTAAGTAAGG ATTGTAAAGT AAATATTGGT TTTATGACAC CAGATTTTCT ATCTGAAGAT 
CCCAAAGGAA GGACAGAGAA GAATCTATAC ATGACTGCAG TGTGTGGGAA AGAAAGAAAT 
CTAAGTTATG ACTTTGCCAA CGAACAGCCA CATTTAGCTT TTATACCACA AGATGAGCAA 
AGTAACCCTT CTTTCACCAT TTTGTACGAA GAGCCCCTTC AAGAGGAGGC TCAGTATTTA 
CCCGCTGAAG AAGAGGGAGC ACACTCGCTG GGCTTTCCCG ATGAGCCCAC CAACTGTCTG 
CAGCCTGTTT TGGTATGTGA GAGGTCTGAA AGCAGAACTG ACCTTGTCCA TCATTTTGAA 
AAGGAGAGCA AATCCAGCGA GATGTTCGAC AGTGACAATT CTGAAATGTT CTTATCAGTG 
GAGGCAAAAA GGTACAAAGT CTACCCGTTA GCCTTGTCTC CCATCTATGA AGACGACAGC 
CCTCAGGATG ACATCCTGTC TAGTGAAGTC TCACCAGGTC ACCGAGGATC TAGTGCAAAG 
TCAAGAGACG GCTCTGGTCA ACCTTCCTCT GTGCTGTCAC TTCTGCAATC AGTGTCAGAG 
CGTTTAAGGA TGAATTTTGA TGACGGAGAA AAGCTTGAGG CAGAAGAGGA AGAAATAGTG 
GATGAGGAGG AGGAGGGCCT GCAACATAAA GAGAATATTC TGAAAACTGG AAAGAGAGAG 
CAGGCTGCTT TTCAGCTTGC AGATTGCGCC CCTCTCGCTT ATGAAGGGGA GGACCAAGAA 
GGAACGAGGC CTTCCAAAAT GCCGCTTTTT CTTTCCAATG AAGCCACGAC CTCTAATCAG 
CCAACTGCCC CGTGGCCAGA CAAGGCCGCA CTTCACCACG CGTCGGGCCC TTTTCTGCAG 
AAGTCTGACC TCAGTTCTAA ACTGCACTCG TCTTTCAAGA GTGCCTATCA TCAGTATCTG 
CAAACTGCCA AAACCTTGTC ACCTGAGAAA GGAGCCAAGG CTGGCAGCGC TCTTCAGGAG 
CCGGGCCCCC CATTAAACAC TTATCCCGAG AATTCTTTTG ATAAGCAAAG CCTGAAATGT 
AACCCCAGGC CTGGAAAGGT AAGGTTAATC ATTTTCTCTA GATCCACGGA AAGAGACAGA 
CAGCCAGAGG AAGAGTTCTG TTGTTATTGT TGTTACTTTA GCTGGATTTT ATATGAGAAG 
CCGCATTTCC AAGGCCATAA ATGTGTTTTA GAAGAAGGAG AAAAAGTGCT CAACCGTGAC 
TGGATTTTTC GGAGTAAAAA GCACCAAACG AGAAACTTTG TGATTGGCTC TATCAAGCGA 
GTATTGAAGG ATTGCAGTGT TCCAGAAATA GAACTTTGCC CACAGTCTGA TGCAGCATGT 
TGCCCCATCT ATGTACAAAA ATCAGTTGCC AATTTAGAAG AACTGAATTT ACCAAGATCA 
GTGTCATTTG CTGTGAAGTC AGGAGTTTGG CTTGCCTACA CAGACGTGAA TTTTAAGGGA 
CAAATGACAG TTCTGGAGGA AGGCCATGGA CTCTTTGAGA TTTCAGCATC TGAAATTAAA 
TCACTGTATT CACTTCAAAT GGGTGGATTG AAGGTGGAAA TGCCCATGAA CTTAAAGGTG 
ATTATATATG ATAAAACACA TTTCCTTGGA CATGCCAAGG AGTTTAATGA ACATGTAGAC 
TCTGTCCCAG AGCTTTTCAG AAAAGAAGAG ATTTTCTTTG GAATTGCATC AATTCGTGTC 
ATTGGTGGAG TGTGGGTTGC CTATGAAAAA GAACGTTTTA AAGGTCAACA GTATCTGCTG 
GAAGAGGGAG AATATGAAGA CATCAGTACC TGGCAGACGC TGAGCAGCAC TTTATTGTCC 
TTCCGGTATT TACAAGCTAA TTTTATAGAA TCTTCAGTCA CACTATTTGA GGATACTATA 
GAAAACTCAA AATTTGTTAA TATTATTAAT CGAGAAGTTC CTGATTTGGA AGAAGTTGGG 
TTTGGTAGTG AAACAAGATG TATTCACGTT AAAAGTGGAG TTTGGGTTGG CTACCAGCAG 
AGGTTCTATT GCGGAGAACA GTATATACTT GAGAAAGGGA AATACAAGAG CTTTTTTGAC 
TGGGGAGGAG TCAACAACCA AATCTTGTCA ATTAGGCCCG TCAGGCTGGA ACCTCTTGGG 
ATAAATGAGC CTCCATATTT GCTCAAAGCA TATGATCAAC CAAATTTCCA AGGAAATTGT 
GTAGATTTCA CAGGTCATAT TTCTGATTTG ACAGCCTTCA CACCACATTC ATTTAAAGTT 
CTTCGGGGAA GCTGGCTCAT GCATTGCCAA GGGGATTTCT CCAGCAACCA GTGTGTGTTA 
GAAGAAGGCC TCTATGCTGA CCTCACTTCC TGTGGCTGCT CTCCAGCTCA AGTCAAATCT 
CTGAAGCCCA TTAAATATGT TTTTGAAGAG CCCTTCATCA GTCTCTTTGC TCTGGAACAC 
TGCGAAGGAA GAGAGCTCTG TTTAGGGGAT GCGATTAACT CGGTTCTAAA CAAGGATGTC 
TACTTCTACA CACAGTCAGT ATGGGTAAAG AGCGGACTGT GGATTGCTTA TGAAGGCTCC 
AATTTCCTGG GAAGACAAAT GTTGCTGGAG CCCAGTGAGA TTTCAAACTG GTCGGCCTTC 
AGTGGTTGGA AAACGATTGG TTCTCTCCGC CCAGTCAAAC AGCCTTCAGT GTACATCAGA 
ATAAAGAACA GAGCCCAAGG TGAATATCTA ACAGTCACTG GAAATCTAGC CGATATGAGG 
ACGACGTCTT TATGTATTTC TCCCTATAAT GGAAAAAATA CCCAAGTGTG GCACTACTGT 
CGAGGACTCT TTAAATCCAA GGCTAATGAT ACATGTCTTG ATGTTATTGG TGGAAAAGAG 
ACAGCTGGAG CTAAAGTAGC TGTATGGACT GAACATGGAA GGCTTAGGCA AAAGTGGAAG 
ATGAACAAAA ATGGAACTAT CAGTTCTTAC CTGAATGACC ATCTTGTCCT TGACATTAAA 
GGAGGAAGCT ATTGTGATAA GACCCATATA ATTGTAAACC AGCCTCTGGA GGGGGAACTT 
ACACAGAAAT GGGACATTGA AATATTGTGA

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

RefSeq	XP_016280151.1
CDS	89..7618
Translation	MSGGGRRRGGSSWPSFSRFFTPRSPSRDKEEEEEEKPAAIQPPTGGAPSPAKEPVIISQKKESASSTEPVKDLASGVNPILLKKNTSDSQGSEGTDLYYGGGKLISQSEDSRSHSEKPANLSPEEDTKKLDDFTSLPSDSKTLDIDKQPKEGFLQFLGNLFNISAKSLQQLPLKSEHDKTEKDSQNLIVLHKEKFKKENDIRYSPPLEELNPTIEKKGLPTSTDMSDVISEDIKEDSEQESNELLKNVACEPEIPSTTYSTYRGPRQILKIMRKHTKLETLTSAQKADETSDSSTSTQTGNESESETVLSPNSPINYKTDLLKSPLKHVILNNSNYKECKRSGSSSSTENSSSSIVESCYKHPLNYVPVYKIDNIIGSVLIENDTKDPRNPAFQRCVNQKTTLENNFLKNGRTSEQRGEYFQHINEENKPIIQGLQKNMQVKENTKEKEISTNELSSPDNTLCAKNEMVGSLPKDADYIVITENQSFDSGSSDKVSQGIIIIQDDPPSLQSVKESEKAGCIQNSITPELKVEVFNRNHISVSSFESENLELAEVFISSSDVNNEKTPPVLECEKTDSYDSTPTIDSESGIFGKWEAPILKNMRPCTEHEQNKIVPSTTAKEINLVLHDVDSEEIYPVEISPSDSKCKDMRLMAIPQSYQRSPNETPLVFESGVIEDLLCGHDNQVVRSVTYANEDTLFLDCHEPGDIDDTKILSYKSGIGLSSSNMLPKSQQDDSTLQVMAKASSKLKAKSSLEVSSMLRSEETASFERHYEKNNLLGDSSKSISSFIGKPEDANMDVNSSKPSDNFEILKTAADLTGDDTSLVMMISANSPWEFEKANQAVTKMPCHRYGRDVPKIHAGKLGLNYLTAAVLKNAIEADAQTVASATVSVNSSSQQCSEASAEATETRKRAHDKSLDSNSGLFKKADTLVDVSLSSDRKELKPLEVGLNYVECDAVTLKEEAPGGKTSEEEVKALIQLPGHLDECSVENVAEDKREEKAQVLTTLGERNLLIDIDKMDGSDFLTIKAKELVREVIHRAQQIVISDHSRKTKFRSHTRHPEKARATKILSSDIIKPLYLAKEFLALEESEHQSITKGSENKDSESPLAKINLENNTDSAKETELVPYPQSSCAGNGLGQFDGAELPEPDVSLPENTSDKGFDDKGLPSACAKEESKGERLPAQLECMGNHKTQTEDTGAFVLNLKWTPFIKEEAYTHQPSTSKGSFSDSVVCINEKCLPGHSIKPLPTAMLDMGKVYRKDAELSLGKIEMEPSMVEMRKVFKKSTELNIGKSELMPSLLEMGKAYTIHAELNAGKNELMPSILEMGKSYKRSGVNLIKVEGTPDSIKMGEPCERNSDEMAPVRLEIEKAFQKDNEGNGEKASVTSPKLKIEKTCKDDMNITQAGLAITNILGMGEKSQNVVEGNIGESKVVPAIFEVGKIYQMNTEGNLGKIEMRPVEITKSVAPGDEKTKSQFEDYELPTLSKDCKVNIGFMTPDFLSEDPKGRTEKNLYMTAVCGKERNLSYDFANEQPHLAFIPQDEQSNPSFTILYEEPLQEEAQYLPAEEEGAHSLGFPDEPTNCLQPVLVCERSESRTDLVHHFEKESKSSEMFDSDNSEMFLSVEAKRYKVYPLALSPIYEDDSPQDDILSSEVSPGHRGSSAKSRDGSGQPSSVLSLLQSVSERLRMNFDDGEKLEAEEEEIVDEEEEGLQHKENILKTGKREQAAFQLADCAPLAYEGEDQEGTRPSKMPLFLSNEATTSNQPTAPWPDKAALHHASGPFLQKSDLSSKLHSSFKSAYHQYLQTAKTLSPEKGAKAGSALQEPGPPLNTYPENSFDKQSLKCNPRPGKVRLIIFSRSTERDRQPEEEFCCYCCYFSWILYEKPHFQGHKCVLEEGEKVLNRDWIFRSKKHQTRNFVIGSIKRVLKDCSVPEIELCPQSDAACCPIYVQKSVANLEELNLPRSVSFAVKSGVWLAYTDVNFKGQMTVLEEGHGLFEISASEIKSLYSLQMGGLKVEMPMNLKVIIYDKTHFLGHAKEFNEHVDSVPELFRKEEIFFGIASIRVIGGVWVAYEKERFKGQQYLLEEGEYEDISTWQTLSSTLLSFRYLQANFIESSVTLFEDTIENSKFVNIINREVPDLEEVGFGSETRCIHVKSGVWVGYQQRFYCGEQYILEKGKYKSFFDWGGVNNQILSIRPVRLEPLGINEPPYLLKAYDQPNFQGNCVDFTGHISDLTAFTPHSFKVLRGSWLMHCQGDFSSNQCVLEEGLYADLTSCGCSPAQVKSLKPIKYVFEEPFISLFALEHCEGRELCLGDAINSVLNKDVYFYTQSVWVKSGLWIAYEGSNFLGRQMLLEPSEISNWSAFSGWKTIGSLRPVKQPSVYIRIKNRAQGEYLTVTGNLADMRTTSLCISPYNGKNTQVWHYCRGLFKSKANDTCLDVIGGKETAGAKVAVWTEHGRLRQKWKMNKNGTISSYLNDHLVLDIKGGSYCDKTHIIVNQPLEGELTQKWDIEIL

Target ORF information:

RefSeq Version	XM_016424665.1
Organism	Monodelphis domestica(gray short-tailed opossum)
Definition	Monodelphis domestica crystallin beta-gamma domain containing 3 (CRYBG3), mRNA.

Target ORF information:

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

XM_016424665.1

ORF Insert Sequence:

ATGTCCGGCG GCGGCCGGAG GAGGGGCGGC TCCTCCTGGC CCAGCTTCTC CCGGTTCTTC 
ACTCCTCGCA GCCCTTCTCG GGACAAGGAG GAGGAAGAGG AGGAGAAGCC CGCGGCGATC 
CAGCCCCCAA CAGGAGGAGC TCCCAGTCCT GCAAAAGAGC CTGTCATTAT AAGTCAGAAA 
AAGGAAAGTG CATCTTCAAC AGAGCCGGTA AAGGACTTGG CTTCTGGCGT AAATCCTATC 
CTTTTGAAGA AGAATACCTC TGACAGCCAG GGCTCTGAAG GAACAGACTT GTATTATGGG 
GGAGGAAAAC TGATTTCCCA AAGTGAGGAC AGTAGGAGCC ATTCTGAGAA ACCAGCTAAT 
CTTTCACCAG AAGAAGACAC AAAAAAACTA GATGACTTTA CCAGTTTACC CTCAGATTCT 
AAGACTCTAG ACATTGATAA ACAGCCCAAA GAAGGCTTTC TCCAATTCCT TGGTAACTTA 
TTTAATATCT CAGCAAAATC CCTCCAGCAA CTACCCCTCA AAAGTGAACA TGACAAAACT 
GAAAAGGATT CACAAAATCT CATTGTACTT CATAAAGAAA AGTTTAAAAA GGAAAATGAT 
ATACGCTACA GTCCTCCTCT GGAAGAGCTA AATCCAACAA TTGAAAAAAA AGGCCTGCCC 
ACTTCAACTG ATATGTCAGA TGTTATTTCA GAAGATATAA AAGAAGATAG TGAACAAGAA 
AGCAATGAAT TGCTAAAAAA CGTAGCATGT GAACCTGAGA TACCTTCAAC TACATATTCA 
ACTTACCGGG GTCCCAGACA AATTTTGAAA ATTATGAGAA AACACACCAA ATTAGAGACT 
TTAACTTCCG CACAAAAAGC AGATGAAACT TCTGATTCTA GTACAAGTAC TCAAACTGGA 
AATGAAAGTG AGTCTGAGAC TGTACTCTCT CCAAATTCAC CTATCAACTA CAAGACAGAT 
CTGCTCAAAA GCCCTTTAAA GCACGTGATT TTAAATAACA GTAATTATAA AGAATGTAAG 
AGAAGCGGGT CCTCATCATC TACTGAAAAT AGCTCAAGTT CTATAGTTGA GTCCTGTTAT 
AAGCATCCTT TAAATTATGT ACCTGTTTAT AAAATAGACA ATATAATAGG ATCAGTGTTA 
ATAGAAAATG ATACCAAAGA CCCTAGAAAT CCTGCTTTTC AGAGGTGTGT GAATCAAAAA 
ACCACTTTAG AAAACAACTT TTTGAAGAAT GGTAGAACAT CAGAGCAAAG AGGAGAGTAT 
TTTCAGCACA TAAATGAAGA AAACAAACCA ATTATTCAAG GCTTACAGAA AAATATGCAA 
GTTAAAGAAA ATACAAAGGA GAAAGAAATC TCCACTAATG AACTCTCATC CCCAGATAAC 
ACATTATGTG CAAAAAATGA AATGGTTGGA TCTTTACCAA AAGACGCTGA TTATATTGTT 
ATAACAGAAA ATCAGAGCTT TGATTCTGGG TCATCAGATA AAGTGTCTCA AGGTATTATA 
ATAATTCAAG ATGATCCTCC CTCTCTACAA TCTGTTAAGG AGTCAGAAAA GGCAGGTTGT 
ATACAAAACA GCATAACACC TGAACTGAAA GTTGAAGTAT TTAATAGGAA CCATATTTCA 
GTGTCTTCCT TTGAATCTGA GAATCTTGAG TTGGCCGAAG TTTTTATTAG CTCTTCAGAT 
GTTAACAATG AAAAAACACC TCCCGTCCTT GAATGTGAAA AGACTGATTC TTATGATTCC 
ACTCCTACCA TTGATTCTGA AAGTGGCATC TTCGGAAAGT GGGAAGCTCC AATTTTAAAG 
AATATGAGGC CTTGTACAGA ACACGAACAG AATAAAATTG TTCCTTCTAC TACAGCCAAG 
GAAATTAATC TAGTCCTCCA TGATGTTGAC TCTGAAGAGA TTTACCCCGT TGAGATTTCT 
CCATCTGACT CAAAATGTAA AGATATGCGC CTTATGGCAA TACCACAAAG TTATCAGAGA 
TCCCCAAATG AAACCCCACT TGTTTTTGAG AGTGGTGTGA TAGAGGATTT GCTTTGTGGC 
CATGACAATC AAGTCGTGAG GTCAGTGACA TATGCTAATG AGGATACCCT TTTTCTTGAC 
TGTCATGAAC CTGGAGACAT TGATGACACT AAAATACTTT CTTATAAATC TGGAATAGGG 
CTCAGCTCCT CTAATATGTT GCCTAAATCC CAACAAGACG ACAGCACCTT ACAGGTTATG 
GCAAAAGCCT CTTCTAAATT AAAAGCCAAA AGTTCTCTTG AAGTTTCCTC TATGCTGAGG 
TCAGAAGAAA CAGCTTCATT TGAAAGGCAT TATGAAAAAA ATAATTTATT AGGTGACAGT 
TCTAAGAGCA TTTCCTCTTT CATCGGTAAA CCTGAAGACG CTAACATGGA TGTGAATTCA 
TCTAAACCCA GTGATAATTT TGAAATTTTG AAAACTGCTG CAGATCTCAC AGGTGACGAT 
ACTTCCTTAG TTATGATGAT ATCTGCCAAC AGCCCCTGGG AATTTGAAAA AGCCAACCAG 
GCAGTGACCA AAATGCCGTG CCATAGATAC GGCAGGGATG TCCCTAAGAT TCATGCTGGA 
AAGCTAGGGC TCAATTATCT AACTGCTGCT GTGCTGAAAA ATGCCATAGA AGCTGATGCT 
CAGACCGTTG CTAGTGCCAC AGTGTCAGTT AACAGCTCAA GCCAACAGTG TTCTGAAGCC 
TCAGCTGAGG CCACAGAAAC CAGGAAAAGA GCACATGACA AATCTCTGGA CTCCAACAGT 
GGTTTATTTA AAAAGGCTGA TACGTTGGTT GATGTAAGTT TGAGCTCTGA CAGGAAAGAA 
CTGAAGCCTC TGGAAGTAGG GCTTAACTAC GTGGAGTGTG ATGCAGTTAC CCTGAAAGAA 
GAGGCCCCTG GAGGAAAAAC ATCTGAAGAA GAAGTGAAGG CACTGATTCA GCTACCAGGC 
CATTTGGATG AGTGCAGTGT TGAAAATGTG GCAGAAGACA AAAGAGAAGA AAAAGCCCAA 
GTTTTAACTA CTCTTGGTGA GAGGAATCTC CTTATTGATA TTGATAAAAT GGATGGGTCT 
GATTTTTTAA CAATCAAAGC AAAGGAATTG GTCAGGGAGG TGATTCATCG TGCCCAACAA 
ATTGTGATAA GTGATCATTC CAGAAAGACG AAGTTTAGGA GCCATACCAG ACATCCTGAA 
AAGGCCCGTG CCACCAAGAT TCTGAGCAGT GATATTATTA AACCACTGTA TTTGGCTAAA 
GAATTCTTGG CCTTGGAGGA GTCAGAACAC CAAAGCATAA CTAAAGGCAG TGAAAACAAA 
GACTCAGAAA GCCCTTTGGC TAAAATTAAT TTAGAGAACA ACACAGATTC AGCCAAAGAA 
ACAGAACTAG TGCCTTACCC TCAAAGCTCG TGTGCTGGAA ATGGATTGGG ACAGTTTGAT 
GGTGCAGAGT TGCCAGAACC AGATGTTTCA CTCCCAGAGA ACACGTCTGA CAAAGGCTTC 
GATGACAAAG GTCTGCCATC AGCCTGTGCC AAAGAAGAAA GTAAAGGAGA AAGGCTGCCA 
GCGCAGCTCG AGTGTATGGG CAACCACAAA ACGCAGACAG AGGACACGGG AGCGTTTGTC 
TTAAATCTCA AGTGGACCCC TTTCATTAAG GAGGAAGCGT ACACCCACCA ACCTAGCACG 
TCCAAAGGCA GTTTTTCTGA TAGCGTTGTA TGTATTAATG AAAAATGCCT GCCAGGACAC 
AGTATTAAAC CACTGCCCAC AGCCATGTTA GATATGGGGA AAGTTTACAG AAAAGATGCT 
GAATTAAGCT TAGGCAAAAT TGAAATGGAG CCTTCCATGG TAGAAATGCG GAAAGTATTC 
AAGAAAAGCA CTGAATTAAA TATAGGGAAA AGCGAGCTGA TGCCCTCATT GTTAGAAATG 
GGAAAAGCAT ACACAATACA TGCTGAATTA AATGCAGGAA AAAACGAGTT GATGCCTTCA 
ATCTTAGAAA TGGGAAAATC ATACAAAAGA AGTGGAGTAA ATCTTATAAA AGTAGAAGGA 
ACGCCCGACA GTATCAAAAT GGGAGAACCA TGTGAAAGGA ACAGTGATGA AATGGCACCT 
GTCAGGCTAG AAATAGAAAA GGCATTTCAA AAAGATAACG AAGGGAATGG TGAAAAAGCT 
TCCGTGACAT CGCCCAAGTT AAAAATAGAA AAAACGTGTA AAGACGATAT GAATATTACA 
CAAGCCGGCT TGGCAATAAC CAATATCTTA GGAATGGGGG AAAAAAGCCA AAACGTTGTT 
GAAGGGAATA TTGGGGAAAG TAAAGTGGTA CCTGCTATTT TTGAAGTGGG GAAAATATAC 
CAAATGAATA CTGAAGGGAA TTTGGGGAAA ATTGAAATGA GACCTGTCGA AATAACGAAA 
AGTGTGGCAC CAGGTGACGA GAAGACGAAG TCACAGTTTG AGGACTATGA GTTACCTACA 
TTAAGTAAGG ATTGTAAAGT AAATATTGGT TTTATGACAC CAGATTTTCT ATCTGAAGAT 
CCCAAAGGAA GGACAGAGAA GAATCTATAC ATGACTGCAG TGTGTGGGAA AGAAAGAAAT 
CTAAGTTATG ACTTTGCCAA CGAACAGCCA CATTTAGCTT TTATACCACA AGATGAGCAA 
AGTAACCCTT CTTTCACCAT TTTGTACGAA GAGCCCCTTC AAGAGGAGGC TCAGTATTTA 
CCCGCTGAAG AAGAGGGAGC ACACTCGCTG GGCTTTCCCG ATGAGCCCAC CAACTGTCTG 
CAGCCTGTTT TGGTATGTGA GAGGTCTGAA AGCAGAACTG ACCTTGTCCA TCATTTTGAA 
AAGGAGAGCA AATCCAGCGA GATGTTCGAC AGTGACAATT CTGAAATGTT CTTATCAGTG 
GAGGCAAAAA GGTACAAAGT CTACCCGTTA GCCTTGTCTC CCATCTATGA AGACGACAGC 
CCTCAGGATG ACATCCTGTC TAGTGAAGTC TCACCAGGTC ACCGAGGATC TAGTGCAAAG 
TCAAGAGACG GCTCTGGTCA ACCTTCCTCT GTGCTGTCAC TTCTGCAATC AGTGTCAGAG 
CGTTTAAGGA TGAATTTTGA TGACGGAGAA AAGCTTGAGG CAGAAGAGGA AGAAATAGTG 
GATGAGGAGG AGGAGGGCCT GCAACATAAA GAGAATATTC TGAAAACTGG AAAGAGAGAG 
CAGGCTGCTT TTCAGCTTGC AGATTGCGCC CCTCTCGCTT ATGAAGGGGA GGACCAAGAA 
GGAACGAGGC CTTCCAAAAT GCCGCTTTTT CTTTCCAATG AAGCCACGAC CTCTAATCAG 
CCAACTGCCC CGTGGCCAGA CAAGGCCGCA CTTCACCACG CGTCGGGCCC TTTTCTGCAG 
AAGTCTGACC TCAGTTCTAA ACTGCACTCG TCTTTCAAGA GTGCCTATCA TCAGTATCTG 
CAAACTGCCA AAACCTTGTC ACCTGAGAAA GGAGCCAAGG CTGGCAGCGC TCTTCAGGAG 
CCGGGCCCCC CATTAAACAC TTATCCCGAG AATTCTTTTG ATAAGCAAAG CCTGAAATGT 
AACCCCAGGC CTGGAAAGGT AAGGTTAATC ATTTTCTCTA GATCCACGGA AAGAGACAGA 
CAGCCAGAGG AAGAGTTCTG TTGTTATTGT TGTTACTTTA GCTGGATTTT ATATGAGAAG 
CCGCATTTCC AAGGCCATAA ATGTGTTTTA GAAGAAGGAG AAAAAGTGCT CAACCGTGAC 
TGGATTTTTC GGAGTAAAAA GCACCAAACG AGAAACTTTG TGATTGGCTC TATCAAGCGA 
GTATTGAAGG ATTGCAGTGT TCCAGAAATA GAACTTTGCC CACAGTCTGA TGCAGCATGT 
TGCCCCATCT ATGTACAAAA ATCAGTTGCC AATTTAGAAG AACTGAATTT ACCAAGATCA 
GTGTCATTTG CTGTGAAGTC AGGAGTTTGG CTTGCCTACA CAGACGTGAA TTTTAAGGGA 
CAAATGACAG TTCTGGAGGA AGGCCATGGA CTCTTTGAGA TTTCAGCATC TGAAATTAAA 
TCACTGTATT CACTTCAAAT GGGTGGATTG AAGGTGGAAA TGCCCATGAA CTTAAAGGTG 
ATTATATATG ATAAAACACA TTTCCTTGGA CATGCCAAGG AGTTTAATGA ACATGTAGAC 
TCTGTCCCAG AGCTTTTCAG AAAAGAAGAG ATTTTCTTTG GAATTGCATC AATTCGTGTC 
ATTGGTGGAG TGTGGGTTGC CTATGAAAAA GAACGTTTTA AAGGTCAACA GTATCTGCTG 
GAAGAGGGAG AATATGAAGA CATCAGTACC TGGCAGACGC TGAGCAGCAC TTTATTGTCC 
TTCCGGTATT TACAAGCTAA TTTTATAGAA TCTTCAGTCA CACTATTTGA GGATACTATA 
GAAAACTCAA AATTTGTTAA TATTATTAAT CGAGAAGTTC CTGATTTGGA AGAAGTTGGG 
TTTGGTAGTG AAACAAGATG TATTCACGTT AAAAGTGGAG TTTGGGTTGG CTACCAGCAG 
AGGTTCTATT GCGGAGAACA GTATATACTT GAGAAAGGGA AATACAAGAG CTTTTTTGAC 
TGGGGAGGAG TCAACAACCA AATCTTGTCA ATTAGGCCCG TCAGGCTGGA ACCTCTTGGG 
ATAAATGAGC CTCCATATTT GCTCAAAGCA TATGATCAAC CAAATTTCCA AGGAAATTGT 
GTAGATTTCA CAGGTCATAT TTCTGATTTG ACAGCCTTCA CACCACATTC ATTTAAAGTT 
CTTCGGGGAA GCTGGCTCAT GCATTGCCAA GGGGATTTCT CCAGCAACCA GTGTGTGTTA 
GAAGAAGGCC TCTATGCTGA CCTCACTTCC TGTGGCTGCT CTCCAGCTCA AGTCAAATCT 
CTGAAGCCCA TTAAATATGT TTTTGAAGAG CCCTTCATCA GTCTCTTTGC TCTGGAACAC 
TGCGAAGGAA GAGAGCTCTG TTTAGGGGAT GCGATTAACT CGGTTCTAAA CAAGGATGTC 
TACTTCTACA CACAGTCAGT ATGGGTAAAG AGCGGACTGT GGATTGCTTA TGAAGGCTCC 
AATTTCCTGG GAAGACAAAT GTTGCTGGAG CCCAGTGAGA TTTCAAACTG GTCGGCCTTC 
AGTGGTTGGA AAACGATTGG TTCTCTCCGC CCAGTCAAAC AGCCTTCAGT GTACATCAGA 
ATAAAGAACA GAGCCCAAGG TGAATATCTA ACAGTCACTG GAAATCTAGC CGATATGAGG 
ACGACGTCTT TATGTATTTC TCCCTATAAT GGAAAAAATA CCCAAGTGTG GCACTACTGT 
CGAGGACTCT TTAAATCCAA GGCTAATGAT ACATGTCTTG ATGTTATTGG TGGAAAAGAG 
ACAGCTGGAG CTAAAGTAGC TGTATGGACT GAACATGGAA GGCTTAGGCA AAAGTGGAAG 
ATGAACAAAA ATGGAACTAT CAGTTCTTAC CTGAATGACC ATCTTGTCCT TGACATTAAA 
GGAGGAAGCT ATTGTGATAA GACCCATATA ATTGTAAACC AGCCTCTGGA GGGGGAACTT 
ACACAGAAAT GGGACATTGA AATATTGTGA

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

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CRYBG3 cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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