Giantin (GOLGB1) (NM_001256487) Human Untagged Clone

Specifications

Product Data
Type	Human Untagged Clone
Tag	Tag Free
Synonyms	GCP; GCP372; GOLIM1
Vector	pCMV6-Entry
Sequence Data	Fully Sequenced ORF (showhide) >SC332396 representing NM_001256487. Blue=Insert sequence Red=Cloning site Green=Tag(s) ATGGAATTTAATAATACTACACAAGAAGATGTTCAGGAGCGCCTGGCTTATGCAGAGCAATTGGTGGTG GAGCTAAAAGATATTATTAGACAGAAGGATGTTCAACTGCAGCAGAAAGATGAAGCTCTACAGGAAGAG AGAAAAGCTGCTGATAACAAAATTAAAAAACTAAAACTTCATGCGAAGGCCAAATTAACTTCTTTGAAT AAATACATAGAAGAAATGAAAGCACAAGGAGGGACTGTTCTGCCTACAGAACCTCAGTCAGAGGAGCAA CTTTCCAAGCATGACAAGAGTTCTACAGAGGAAGAGATGGAAATAGAAAAGATAAAACATAAGCTCCAG GAGAAGGAGGAACTAATCAGCACTTTGCAAGCCCAGCTTACTCAGGCACAGGCAGAACAACCTGCACAG AGTTCTACAGAGATGGAAGAATTTGTAATGATGAAGCAACAGCTCCAGGAGAAGGAAGAATTCATTAGC ACTTTACAAGCCCAGCTCAGCCAGACACAGGCAGAGCAAGCTGCACAGTTGAGTTCCATGCAGCAGGTG GTCCGAGAGAAAGATGCCCGCTTTGAAACACAAGTTCGTCTTCATGAAGATGAGCTTCTTCAGTTAGTA ACCCAGGCAGATGTGGAAACAGAGATGCAACAGAAATTGAGGGTGCTGCAAAGGAAGCTTGAGGAACAC GAAGAATCCTTGGTGGGCCGTGCTCAGGTCGTTGACTTGCTGCAACAGGAGCTGACTGCTGCTGAGCAG AGAAACCAGATTCTCTCTCAGCAGTTACAGCAGATGGAAGCTGAGCATAATACTTTGAGGAACACTGTG GAAACAGAAAGAGAGGAGTCCAAGATTCTACTGGAAAAGATGGAACTTGAAGTGGCAGAGAGAAAATTA TCCTTCCATAATCTGCAGGAAGAAATGCATCATCTTTTAGAACAGTTTGAGCAAGCAGGCCAAGCCCAG GCTGAACTAGAGTCTCGGTATAGTGCTTTGGAGCAGAAGCACAAAGCAGAAATGGAAGAGAAGACCTCT CATATTTTGAGTCTTCAAAAGACTGGACAAGAGCTGCAGTCTGCCTGTGATGCTCTAAAGGATCAAAAT TCAAAGCTTCTCCAAGATAAGAATGAGCAAGCAGTTCAGTCAGCCCAGACCATTCAGCAACTGGAAGAT CAGCTCCAGCAAAAATCCAAAGAAATTAGCCAATTTCTAAATAGACTGCCCTTGCAACAACATGAAACA GCATCTCAGACTTCTTTCCCAGATGTTTATAATGAGGGCACACAGGCAGTCACTGAGGAGAATATTGCT TCTTTGCAGAAGAGAGTGGTAGAACTAGAGAATGAAAAGGGAGCCTTGCTCCTTAGTTCTATAGAGCTG GAGGAGCTGAAAGCTGAGAATGAAAAACTGTCTTCTCAGATTACTCTCCTAGAGGCTCAGAATAGAACT GGGGAGGCAGACAGAGAAGTCAGTGAGATCAGCATTGTTGATATTGCCAACAAGAGGAGCTCTTCTGCT GAGGAAAGTGGACAAGATGTTCTAGAAAACACATTTTCTCAGAAACATAAAGAATTATCAGTTTTATTG TTGGAAATGAAAGAAGCTCAAGAGGAAATTGCATTTCTTAAATTACAGCTCCAGGGAAAAAGGGCTGAG GAAGCAGATCATGAGGTCCTTGACCAGAAAGAAATGAAACAGATGGAGGGTGAGGGAATAGCTCCAATT AAAATGAAAGTATTTCTTGAAGATACAGGGCAAGATTTTCCCTTAATGCCAAATGAAGAGAGCAGTCTT CCAGCAGTTGAAAAAGAACAGGCGAGCACTGAACATCAAAGTAGAACATCTGAGGAAATATCTTTAAAT GATGCTGGAGTAGAATTGAAATCAACAAAGCAGGATGGTGATAAATCCCTTTCTGCTGTACCAGATATT GGTCAGTGTCATCAGGATGAGTTGGAAAGGTTAAAAAGTCAAATTTTGGAGCTCGAGCTAAACTTTCAT AAAGCACAAGAAATCTATGAGAAAAATTTAGATGAGAAAGCTAAGGAAATTAGCAACCTAAACCAGTTG ATTGAGGAGTTTAAGAAAAATGCTGACAACAACAGCAGTGCATTCACTGCTTTGTCTGAAGAAAGAGAC CAGCTTCTCTCTCAGGTGAAGGAACTTAGCATGGTAACAGAATTGAGGGCTCAGGTAAAGCAACTGGAA ATGAACCTTGCAGAAGCAGAAAGGCAAAGAAGACTTGATTATGAAAGCCAAACTGCCCATGACAACCTG CTCACTGAACAGATCCATAGTCTCAGCATAGAAGCCAAATCTAAAGATGTGAAAATTGAAGTTTTACAG AATGAACTGGATGATGTGCAGCTTCAGTTTTCTGAGCAGAGTACCCTGATAAGAAGCCTGCAAAGCCAG CTGCAAAATAAGGAAAGTGAAGTGCTTGAGGGGGCAGAACGTGTAAGGCATATCTCAAGTAAAGTGGAA GAACTGTCCCAGGCTCTTTCACAGAAGGAACTTGAAATAACAAAAATGGATCAGCTCTTACTAGAGAAA AAGAGAGATGTGGAAACCCTCCAACAAACCATCGAGGAGAAGGATCAACAAGTGACAGAAATCAGCTTT AGTATGACTGAGAAAATGGTTCAGCTTAATGAAGAGAAGTTTTCTCTTGGGGTTGAAATTAAGACTCTT AAAGAACAGCTAAATTTATTATCCAGAGCTGAGGAAGCAAAAAAAGAGCAGGTGGAAGAAGATAATGAA GTTTCTTCTGGCCTTAAACAAAATTATGATGAGATGAGCCCAGCAGGACAAATAAGTAAGGAAGAACTT CAGCATGAATTTGACCTTCTGAAGAAAGAAAATGAGCAGAGAAAGAGAAAGCTCCAGGCAGCTCTTATT AACAGAAAGGAGCTTCTGCAAAGAGTCAGTAGATTGGAAGAAGAATTAGCCAACTTGAAAGATGAATCT AAGAAAGAAATCCCACTCAGTGAGACTGAGAGGGGAGAAGTGGAAGAAGATAAAGAAAACAAAGAATAC TCAGAAAAATGTGTGACTTCTAAGTGCCAAGAAATAGAAATTTATTTAAAACAGACAATATCTGAGAAA GAAGTGGAACTACAGCATATAAGGAAGGATTTGGAAGAAAAGCTGGCAGCTGAAGAGCAATTCCAGGCT CTGGTCAAACAGATGAATCAGACCTTGCAAGATAAAACAAACCAAATAGATTTGCTCCAAGCAGAAATC AGTGAAAACCAAGCAATTATCCAGAAGTTAATCACAAGTAACACGGATGCAAGTGATGGGGACTCCGTA GCACTTGTAAAGGAAACAGTGGTGATAAGTCCACCTTGTACAGGTAGTAGTGAACACTGGAAACCAGAA CTAGAAGAAAAGATACTGGCCCTTGAAAAAGAAAAGGAGCAACTTCAAAAGAAGCTACAGGAAGCCTTA ACCTCCCGCAAGGCAATTCTTAAAAAGGCACAGGAGAAAGAAAGACATCTCAGGGAGGAGCTAAAGCAA CAGAAAGATGACTATAATCGCTTGCAAGAACAGTTTGATGAGCAAAGCAAGGAAAATGAGAATATTGGA GACCAGCTAAGGCAACTCCAGATTCAAGTAAGGGAATCCATAGACGGAAAACTCCCAAGCACAGACCAG CAGGAATCGTGTTCTTCCACTCCAGGTTTAGAAGAACCTTTATTCAAAGCCACAGAACAGCATCACACT CAACCTGTTTTAGAGTCCAACTTGTGCCCAGACTGGCCTTCTCATTCTGAAGATGCGAGTGCTCTGCAG GGCGGAACTTCTGTTGCCCAGATTAAGGCCCAGCTGAAGGAAATAGAGGCTGAGAAAGTAGAGTTAGAA TTGAAAGTTAGTTCTACAACAAGTGAGCTTACTAAAAAATCAGAAGAGGTATTTCAGTTACAAGAGCAG ATAAATAAACAGGGTTTAGAAATCGAGAGTCTAAAGACAGTATCCCATGAAGCTGAAGTCCATGCCGAA AGCCTGCAGCAGAAATTGGAAAGCAGCCAACTACAAATTGCTGGCCTAGAACATCTAAGAGAATTGCAA CCTAAACTGGATGAACTGCAAAAACTCATAAGCAAAAAGGAAGAAGACGTTAGCTACCTTTCTGGACAA CTTAGTGAGAAAGAAGCAGCTCTCACTAAAATACAGACAGAGATAATAGAACAAGAAGATTTAATTAAG GCTCTGCATACACAGCTAGAAATGCAAGCCAAAGAGCATGATGAGAGGATAAAGCAGCTACAGGTGGAA CTTTGTGAAATGAAGCAAAAACCAGAAGAGATTGGAGAAGAAAGTAGAGCAAAGCAACAAATACAAAGG AAACTGCAAGCTGCCCTTATTTCCCGAAAAGAAGCACTAAAAGAAAACAAAAGTCTCCAAGAGGAATTG TCTTTGGCCAGAGGTACCATTGAACGTCTCACCAAGTCTCTGGCAGATGTGGAAAGCCAAGTTTCTGCT CAAAATAAAGAAAAAGATACGGTCTTAGGAAGGTTAGCTCTTCTTCAAGAAGAAAGAGACAAACTCATT ACAGAAATGGACAGGTCTTTATTGGAAAATCAGAGTCTCAGCAGCTCCTGTGAAAGTCTAAAACTAGCT CTAGAGGGTCTTACTGAAGACAAGGAAAAGTTAGTGAAGGAAATTGAATCTTTGAAATCTTCTAAGATT GCAGAAAGTACTGAGTGGCAAGAGAAACACAAGGAGCTACAAAAAGAGTATGAAATTCTTCTGCAGTCC TATGAGAATGTTAGTAATGAAGCAGAAAGGATTCAGCATGTGGTGGAAGCTGTGAGGCAAGAGAAACAA GAACTGTATGGCAAGTTAAGAAGCACAGAGGCAAACAAGAAGGAGACAGAAAAGCAGTTGCAGGAAGCT GAGCAAGAAATGGAGGAAATGAAAGAAAAGATGAGAAAGTTTGCTAAATCTAAACAGCAGAAAATCCTA GAGCTGGAAGAAGAGAATGACCGGCTTAGGGCAGAGGTGCACCCTGCAGGAGATACAGCTAAAGAGTGT ATGGAAACACTTCTTTCTTCCAATGCCAGCATGAAGGAAGAACTTGAAAGGGTCAAAATGGAGTATGAA ACCCTTTCTAAGAAGTTTCAGTCTTTAATGTCTGAGAAAGACTCTCTAAGTGAAGAGGTTCAAGATTTA AAGCATCAGATAGAAGGTAATGTATCTAAACAAGCTAACCTAGAGGCCACCGAGAAACATGATAACCAA ACGAATGTCACTGAAGAGGGAACACAGTCTATACCAGGTGAGACTGAAGAGCAAGACTCTCTGAGTATG AGCACAAGACCTACATGTTCAGAATCGGTTCCATCAGCGAAGAGTGCCAACCCTGCTGTAAGTAAGGAT TTCAGCTCACATGATGAAATTAATAACTACCTACAGCAGATTGATCAGCTCAAAGAAAGAATTGCTGGA TTAGAGGAGGAGAAGCAGAAAAACAAGGAATTTAGCCAGACTTTAGAAAATGAGAAAAATACCTTACTG AGTCAGATATCAACAAAGGATGGTGAACTAAAAATGCTTCAGGAGGAAGTAACCAAAATGAACCTGTTA AATCAGCAAATCCAAGAAGAACTCTCCAGAGTTACCAAACTAAAGGAGACAGCAGAAGAAGAGAAAGAT GATTTGGAAGAGAGGCTTATGAATCAATTAGCAGAACTTAATGGAAGCATTGGGAATTACTGTCAGGAT GTTACAGATGCCCAAATAAAAAATGAGCTATTGGAATCTGAAATGAAGAACCTTAAAAAGTGTGTGAGT GAATTGGAAGAAGAAAAGCAGCAGTTAGTCAAGGAAAAAACTAAGGTGGAATCAGAAATACGAAAGGAA TATTTGGAGAAAATACAAGGTGCTCAGAAAGAACCCGGAAATAAAAGCCATGCAAAGGAACTTCAGGAA CTGTTAAAAGAAAAACAACAAGAAGTAAAGCAGCTACAGAAGGACTGCATCAGGTATCAAGAGAAAATT AGTGCTCTGGAGAGAACTGTTAAAGCTCTAGAATTTGTTCAAACTGAATCTCAAAAAGATTTGGAAATA ACCAAAGAAAATCTGGCTCAAGCAGTTGAACACCGCAAAAAGGCACAAGCAGAATTAGCTAGCTTCAAA GTCCTGCTAGATGACACTCAAAGTGAAGCAGCAAGGGTCCTAGCAGACAATCTCAAGTTGAAAAAGGAA CTTCAGTCAAATAAAGAATCAGTTAAAAGCCAGATGAAACAAAAGGATGAAGATCTTGAGCGAAGACTG GAACAGGCAGAAGAGAAGCACCTGAAAGAGAAGAAGAATATGCAAGAGAAACTGGATGCTTTGCGCAGA GAAAAAGTCCACTTGGAAGAGACAATTGGAGAGATTCAGGTTACTTTGAACAAGAAAGACAAGGAAGTT CAGCAACTTCAGGAAAACTTGGACAGTACTGTGACCCAGCTTGCAGCCTTTACTAAGAGCATGTCTTCC CTCCAGGATGATCGTGACAGGGTGATAGATGAAGCTAAGAAATGGGAGAGGAAGTTTAGTGATGCGATT CAAAGCAAAGAAGAAGAAATTAGACTCAAAGAAGATAATTGCAGTGTTCTAAAGGATCAACTTAGACAG ATGTCCATCCATATGGAAGAATTAAAGATTAACATTTCCAGGCTTGAACATGACAAGCAGATTTGGGAG TCCAAGGCCCAGACAGAGGTCCAGCTTCAGCAGAAGGTCTGTGATACTCTACAGGGGGAAAACAAAGAA CTTTTGTCCCAGCTAGAAGAGACACGCCACCTATACCACAGTTCTCAGAATGAATTAGCTAAGTTGGAA TCAGAACTTAAGAGTCTCAAAGACCAGTTGACTGATTTAAGTAACTCTTTAGAAAAATGTAAGGAACAA AAAGGAAACTTGGAAGGGATCATAAGGCAGCAAGAGGCTGATATTCAAAATTCTAAGTTCAGTTATGAA CAACTGGAGACTGATCTTCAGGCCTCCAGAGAACTGACCAGTAGGCTGCATGAAGAAATAAATATGAAA GAGCAAAAGATTATAAGCCTGCTTTCTGGCAAGGAAGAGGCAATCCAAGTAGCTATTGCTGAACTGCGT CAGCAACATGATAAAGAAATTAAAGAGCTGGAAAACCTGCTGTCCCAGGAGGAAGAGGAGAATATTGTT TTAGAAGAGGAGAACAAAAAGGCTGTTGATAAAACCAATCAGCTTATGGAAACACTGAAAACCATCAAA AAGGAAAACATTCAGCAAAAGGCACAGTTGGATTCCTTTGTTAAATCCATGTCTTCTCTCCAAAATGAT CGAGACCGCATAGTGGGTGACTATCAACAGCTGGAAGAGCGACATCTCTCTATAATCTTGGAAAAAGAC CAACTCATCCAAGAGGCTGCTGCAGAGAATAATAAGCTTAAAGAAGAAATACGAGGCTTGAGAAGTCAT ATGGATGATCTCAATTCTGAGAATGCCAAGCTAGATGCAGAACTGATCCAATATAGAGAAGACCTGAAC CAAGTGATAACAATAAAGGACAGCCAACAAAAGCAGCTTCTTGAAGTTCAACTTCAGCAAAATAAGGAG CTGGAAAATAAATATGCTAAATTAGAAGAAAAGCTGAAGGAATCTGAGGAAGCAAATGAGGATCTGCGG AGGTCCTTTAATGCCCTACAAGAAGAGAAACAAGATTTATCTAAAGAGATTGAGAGTTTGAAAGTATCT ATATCCCAGCTAACAAGACAAGTAACAGCCTTGCAAGAAGAAGGTACTTTAGGACTCTATCATGCCCAG TTAAAAGTAAAAGAAGAAGAGGTACACAGGTTAAGTGCTTTGTTTTCCTCCTCTCAAAAGAGAATTGCA GAACTGGAAGAAGAATTGGTTTGTGTTCAAAAGGAAGCTGCCAAGAAGGTAGGTGAAATTGAAGATAAA CTGAAGAAAGAATTAAAGCATCTTCATCATGATGCAGGGATAATGAGAAATGAAACTGAAACAGCAGAA GAGAGAGTGGCAGAGCTAGCAAGAGATTTGGTGGAGATGGAACAGAAATTACTCATGGTCACCAAAGAA AATAAAGGTCTCACAGCACAAATTCAGTCTTTTGGAAGGTCTATGAGTTCCTTGCAAAATAGTAGAGAT CATGCCAATGAGGAACTTGATGAACTGAAAAGGAAATATGATGCCAGTCTGAAGGAATTGGCACAGTTG AAAGAACAGGGACTCTTAAACAGAGAGAGAGATGCTCTTCTTTCTGAAACCGCCTTTTCAATGAACTCC ACTGAGGAGAATAGCTTGTCTCACCTTGAGAAACTTAACCAACAGCTCCTATCCAAAGATGAGCAATTG CTTCACTTGTCCTCACAACTAGAAGATTCTTATAACCAAGTGCAGTCCTTTTCCAAGGCTATGGCCAGT CTGCAGAATGAGAGAGATCACCTGTGGAATGAGCTGGAGAAATTTCGAAAGTCAGAGGAAGGGAAGCAG AGGTCTGCAGCTCAGCCTTCCACCAGCCCAGCTGAAGTACAGAGTTTAAAAAAAGCTATGTCTTCACTC CAAAATGACAGAGACAGACTACTGAAGGAATTGAAGAATCTGCAGCAGCAATACTTACAGATTAATCAA GAGATCACTGAGTTACATCCACTGAAGGCTCAACTTCAGGAGTATCAAGATAAGACAAAAGCATTTCAG ATTATGCAAGAAGAGCTCAGGCAGGAAAACCTCTCCTGGCAGCATGAGCTGCATCAGCTCAGGATGGAG AAGAGTTCCTGGGAAATACATGAGAGGAGAATGAAGGAACAGTACCTTATGGCTATCTCAGATAAAGAT CAGCAGCTCAGTCATCTGCAGAATCTTATAAGGGAATTGAGGTCTTCTTCCTCCCAGACTCAGCCTCTC AAAGTGCAATACCAAAGACAGGCATCCCCAGAGACATCAGCTTCCCCAGATGGGTCACAAAATCTGGTT TATGAGACAGAACTTCTCAGGACCCAGCTCAATGACAGCTTAAAGGAAATTCACCAAAAGGAGTTAAGA ATTCAGCAACTGAACAGCAACTTCTCTCAGCTACTGGAAGAGAAAAACACCCTTTCCATTCAGCTCTGC GATACCAGTCAGAGTCTTCGTGAGAACCAGCAGCACTATGGTGACCTTTTAAATCACTGTGCAGTCTTG GAGAAGCAGGTTCAAGAGCTGCAGGCGGGGCCACTAAATATAGATGTTGCTCCAGGAGCTCCCCAGGAA AAGAATGGAGTTCACAGAAAGAGTGACCCTGAGGAACTAAGGGAACCGCAGCAAAGCTTTTCTGAAGCT CAGCAGCAGCTATGCAACACCAGACAGGAAGTGAATGAATTAAGGAAGCTGCTGGAAGAAGAACGAGAC CAAAGAGTGGCTGCTGAGAATGCTCTCTCTGTGGCCGAGGAGCAGATCAGACGGTTAGAGCACAGTGAA TGGGACTCTTCCCGGACTCCTATCATTGGCTCCTGTGGCACTCAGGAGCAGGCACTGTTAATAGATCTT ACAAGCAACAGTTGTCGAAGGACCCGGAGTGGCGTTGGATGGAAGCGAGTCCTGCGTTCACTCTGTCAT TCACGGACCCGAGTGCCACTTCTAGCAGCCATCTACTTTCTAATGATTCATGTCCTGCTCATTCTGTGT TTTACGGGCCATCTATAG
Restriction Sites	SgfI-MluI
ACCN	NM_001256487
Insert Size	9678 bp
OTI Disclaimer	Our molecular clone sequence data has been matched to the reference identifier above as a point of reference. Note that the complete sequence of our molecular clones may differ from the sequence published for this corresponding reference, e.g., by representing an alternative RNA splicing form or single nucleotide polymorphism (SNP).
Product Components	The ORF clone is ion-exchange column purified and shipped in a 2D barcoded Matrix tube containing 10ug of transfection-ready, dried plasmid DNA (reconstitute with 100 ul of water).
Reconstitution	1. Centrifuge at 5,000xg for 5min. 2. Carefully open the tube and add 100ul of sterile water to dissolve the DNA. 3. Close the tube and incubate for 10 minutes at room temperature. 4. Briefly vortex the tube and then do a quick spin (less than 5000xg) to concentrate the liquid at the bottom. 5. Store the suspended plasmid at -20°C. The DNA is stable for at least one year from date of shipping when stored at -20°C.
Note	Plasmids are not sterile.  For experiments where strict sterility is required, filtration with 0.22um filter is required.
Reference Data
RefSeq	NM_001256487.1
RefSeq Size	11256 bp
RefSeq ORF	9678 bp
Locus ID	2804
UniProt ID	Q14789
Protein Families	Transcription Factors, Transmembrane
MW	372.3 kDa
Gene Summary	May participate in forming intercisternal cross-bridges of the Golgi complex.[UniProtKB/Swiss-Prot Function] Transcript Variant: This variant (3) uses an alternate splice site at its 5' end and initiates translation at a downstream start codon, compared to variant 1. It also uses an alternate in-frame splice site in the 3' coding region compared to variant 1. The encoded isoform (3) is shorter than isoform 1.

*Delivery time may vary from web posted schedule. Occasional delays may occur due to unforeseen complexities in the preparation of your product. International customers may expect an additional 1-2 weeks in shipping.