| Gene Symbol | Gss |
| Entrez Gene ID | 25458 |
| Full Name | glutathione synthetase |
| General protein information |
|
| Gene Type | protein-coding |
| Organism | Rattus norvegicus(Norway rat) |
| Genome | |
| Summary | catalyzes the synthesis of glutathione from gamma-L-glutamyl-L-cysteine and glycine; activity is ATP-dependent [RGD, Feb 2006]. |
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Gss cDNA ORF clone, Rattus norvegicus(Norway rat)
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Gene
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Clones
gRNAs
The following Gss gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Gss 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.
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Reference Sequences (Refseq)
CloneID ORa01484 Clone ID Related Accession (Same CDS sequence) NM_012962.1 Accession Version NM_012962.1 Latest version! Documents for ORF clone product in default vector Sequence Information ORF Nucleotide Sequence (Length: 1425bp)
Protein sequence
SNPVector pcDNA3.1-C-(k)DYK or customized vector 
User ManualClone information Clone Map MSDSTag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags ORF Insert Method CloneEZ™ Seamless cloning technology Insert Structure linear Update Date 1577116800000 Organism Rattus norvegicus(Norway rat) Product glutathione synthetase Comment Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. The reference sequence was derived from L38615.1. Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## Transcript exon combination :: L38615.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMN01906347 [ECO:0000348] ##Evidence-Data-END##
1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381ATGGCCACCA GCTGGGGAAG CATCTTGCAG GATGAGAAGC AGCTGGAAGA GTTGGCACAG
CAGGCCATAG ACCGGGCCCT GGCTGAGGGG GTGTTGCTGA GGTCCGCAAA GAACCCCAGC
TCCTCTGACG TGGTGACGTA TGCCCCATTC ACGCTCTTCC CCTCACCAGT GCCCAGCACT
CTGCTGGAGC AGGCCTATGC TGTGCAGATG GACTTCAACA TCCTGGTAGA TGCTGTCAGC
CAGAACTCCG CCTTCCTGGA GCAAACACTG TCTAGCACCA TCAAAAAGGA TGAGTATACT
GCCCGTCTCT TTGATATCTA CAAGCAAGTC CTGAAAGAGG GCATAGCCCA GACTGTGTTC
CTGGGCCTCA ATCGTTCAGA TTACATGTTC CAGTGCAGCG CAGACGGCTC CAAAGCCCTG
AAACAGATTG AGATCAACAC TATCTCTGCC AGCTTTGGGG GCCTGGCCTC CCGGACTCCG
GCTGTGCACC GACATGTTCT CAATGTCCTG AATAAGACCA ACGAAGCTTC CAAGATCCTG
TCCAACAACC CCAGCAAGGG ACTGGCCCTG GGGATCGCCA AAGCCTGGGA GCTCTATGGC
TCAGCCAATG CCGTGGTGCT ACTGATTGCT CAGGAGAAGG AAAGGAACAT ATTTGACCAG
CGTGCCATAG AGAACGAGCT GCTAGACAGG AAGATCCATG TAATCCGCCG AAGATTTGAA
GATGTCTCTG AAAGGGGTTC TCTAGACCAA AACCGAAGGC TGTTTATGGA GGACCAGGAA
GTTGCTGTGG TTTACTTCCG AGATGGCTAC ATGCCCAGTC AGTATAACGC ACAGAACTGG
GAAGCTCGCC TGCTGCTAGA GAGATCATGT GCTGCCAAGT GTCCCGACAT TGCCACACAG
CTGGCTGGCA CTAAGAAGGT GCAGCAGGAA CTGAGCAGGG TGGGCCTGCT GGAAGCGCTG
CTCCCGGGCC AGCCCGAGGC TGTGGCCCGC CTCCGTGCCA CCTTTGCTGG CCTCTATTCA
CTGGACATGG GTGAAGAAGG GGACCAGGCT GTCGCTGAGG CCCTTGCTGC CCCTAGCCAC
TTTGTGCTGA AGCCCCAAAG AGAGGGCGGA GGTAATAACT TCTATGGGGA GGAAATGGTA
CACGCTCTGG AGCAGCTGAA AGACAGCGAG GAGAGAGCCT CCTACATCCT CATGGAGAAG
ATTGAACCTG AGCCTTTTAG GAATTGCTTA CTACGGCCTG GCAGCCCTGC CCAAGTGGTC
CAGTGCATCT CGGAGCTGGG TATTTTTGGA GTCTATGTCA GACAGGGAAC AACACTTGTG
ATGAACAAGC ATGTGGGGCA TCTGCTTCGA ACCAAAGCCA TTGAACATGC AGATGGAGGT
GTGGCAGCAG GAGTGGCAGT CCTGGACAAC CCCTACCCTG TGTGAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
RefSeq NP_037094.1 CDS 45..1469 Translation 
Target ORF information:
RefSeq Version NM_012962.1 Organism Rattus norvegicus(Norway rat) Definition Rattus norvegicus glutathione synthetase (Gss), mRNA. Target ORF information:
Epitope DYKDDDDK Bacterial selection AMPR Mammalian selection NeoR Vector pcDNA3.1+/C-(K)DYK 
NM_012962.1
ORF Insert Sequence:
1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381ATGGCCACCA GCTGGGGAAG CATCTTGCAG GATGAGAAGC AGCTGGAAGA GTTGGCACAG
CAGGCCATAG ACCGGGCCCT GGCTGAGGGG GTGTTGCTGA GGTCCGCAAA GAACCCCAGC
TCCTCTGACG TGGTGACGTA TGCCCCATTC ACGCTCTTCC CCTCACCAGT GCCCAGCACT
CTGCTGGAGC AGGCCTATGC TGTGCAGATG GACTTCAACA TCCTGGTAGA TGCTGTCAGC
CAGAACTCCG CCTTCCTGGA GCAAACACTG TCTAGCACCA TCAAAAAGGA TGAGTATACT
GCCCGTCTCT TTGATATCTA CAAGCAAGTC CTGAAAGAGG GCATAGCCCA GACTGTGTTC
CTGGGCCTCA ATCGTTCAGA TTACATGTTC CAGTGCAGCG CAGACGGCTC CAAAGCCCTG
AAACAGATTG AGATCAACAC TATCTCTGCC AGCTTTGGGG GCCTGGCCTC CCGGACTCCG
GCTGTGCACC GACATGTTCT CAATGTCCTG AATAAGACCA ACGAAGCTTC CAAGATCCTG
TCCAACAACC CCAGCAAGGG ACTGGCCCTG GGGATCGCCA AAGCCTGGGA GCTCTATGGC
TCAGCCAATG CCGTGGTGCT ACTGATTGCT CAGGAGAAGG AAAGGAACAT ATTTGACCAG
CGTGCCATAG AGAACGAGCT GCTAGACAGG AAGATCCATG TAATCCGCCG AAGATTTGAA
GATGTCTCTG AAAGGGGTTC TCTAGACCAA AACCGAAGGC TGTTTATGGA GGACCAGGAA
GTTGCTGTGG TTTACTTCCG AGATGGCTAC ATGCCCAGTC AGTATAACGC ACAGAACTGG
GAAGCTCGCC TGCTGCTAGA GAGATCATGT GCTGCCAAGT GTCCCGACAT TGCCACACAG
CTGGCTGGCA CTAAGAAGGT GCAGCAGGAA CTGAGCAGGG TGGGCCTGCT GGAAGCGCTG
CTCCCGGGCC AGCCCGAGGC TGTGGCCCGC CTCCGTGCCA CCTTTGCTGG CCTCTATTCA
CTGGACATGG GTGAAGAAGG GGACCAGGCT GTCGCTGAGG CCCTTGCTGC CCCTAGCCAC
TTTGTGCTGA AGCCCCAAAG AGAGGGCGGA GGTAATAACT TCTATGGGGA GGAAATGGTA
CACGCTCTGG AGCAGCTGAA AGACAGCGAG GAGAGAGCCT CCTACATCCT CATGGAGAAG
ATTGAACCTG AGCCTTTTAG GAATTGCTTA CTACGGCCTG GCAGCCCTGC CCAAGTGGTC
CAGTGCATCT CGGAGCTGGG TATTTTTGGA GTCTATGTCA GACAGGGAAC AACACTTGTG
ATGAACAAGC ATGTGGGGCA TCTGCTTCGA ACCAAAGCCA TTGAACATGC AGATGGAGGT
GTGGCAGCAG GAGTGGCAGT CCTGGACAAC CCCTACCCTG TGTGAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
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PubMed
Widespread Expansion of Protein Interaction Capabilities by Alternative Splicing.
Cell164(4)805-17(2016 Feb)
Yang X,Coulombe-Huntington J,Kang S,Sheynkman GM,Hao T,Richardson A,Sun S,Yang F,Shen YA,Murray RR,Spirohn K,Begg BE,Duran-Frigola M,MacWilliams A,Pevzner SJ,Zhong Q,Trigg SA,Tam S,Ghamsari L,Sahni N,Yi S,Rodriguez MD,Balcha D,Tan G,Costanzo M,Andrews B,Boone C,Zhou XJ,Salehi-Ashtiani K,Charloteaux B,Chen AA,Calderwood MA,Aloy P,Roth FP,Hill DE,Iakoucheva LM,Xia Y,Vidal M
Toward an understanding of the protein interaction network of the human liver.
Molecular systems biology7536(2011 10)
Wang J,Huo K,Ma L,Tang L,Li D,Huang X,Yuan Y,Li C,Wang W,Guan W,Chen H,Jin C,Wei J,Zhang W,Yang Y,Liu Q,Zhou Y,Zhang C,Wu Z,Xu W,Zhang Y,Liu T,Yu D,Zhang Y,Chen L,Zhu D,Zhong X,Kang L,Gan X,Yu X,Ma Q,Yan J,Zhou L,Liu Z,Zhu Y,Zhou T,He F,Yang X
High fat feeding and dietary L-arginine supplementation differentially regulate gene expression in rat white adipose tissue.
Amino acids37(1)187-98(2009 May)
Jobgen W,Fu WJ,Gao H,Li P,Meininger CJ,Smith SB,Spencer TE,Wu G
Large-scale proteomics and phosphoproteomics of urinary exosomes.
Journal of the American Society of Nephrology : JASN20(2)363-79(2009 Feb)
Gonzales PA,Pisitkun T,Hoffert JD,Tchapyjnikov D,Star RA,Kleta R,Wang NS,Knepper MA
Coordinated changes in xenobiotic metabolizing enzyme gene expression in aging male rats.
Toxicological sciences : an official journal of the Society of Toxicology106(1)263-83(2008 Nov)
Lee JS,Ward WO,Wolf DC,Allen JW,Mills C,DeVito MJ,Corton JC
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