GYG1
Glycogenin-1
GlycosyltransferaseGT8Clones available from DNASU
External resources
UniProt P46976AlphaFold modelInterPro domainsNCBI Gene 2992RefSeq NM_004130Protein NP_004121CAZy GT8DNASU clone search
Identification and annotation
| Gene symbol | GYG1 |
|---|---|
| Enzyme class | Glycosyltransferase |
| CAZy family | GT8 (CAZy entry) |
| UniProt accession | P46976 |
| NCBI GeneID | 2992 |
| DNA RefSeq | NM_004130 |
| Protein RefSeq | NP_004121 |
| MGC accession (PCR template) | BC000033 |
| Annotation | Glycogenin-1 |
Design strategy
How this coding region was truncated for soluble expression. See Construct Design for the strategy behind these choices.
| Domain structure / topology | Cytosol |
|---|---|
| Truncation strategy (eukaryotic hosts) | Full length/N-term or C-term fusion |
Gateway® entry clones
Coding regions captured in pDONR221 (or an equivalent synthesised donor). These transfer into any Gateway destination vector by LR recombination, including user-supplied vectors for custom projects.
| Entry clone | Fusion strategy | Sequence files | DNASU clone ID |
|---|---|---|---|
| N-term pDONR221 capture clone | N-term fusion | HsCD00358303 | |
| C-term pDONR221 capture clone | C-term fusion | — | not applicable |
Expression constructs
Mammalian Expression
Transient transfection of HEK293 cells. Clones are distributed by DNASU.
Baculovirus Expression
Recombinant baculovirus for expression in Sf9 or other lepidopteran insect cells. Virus stocks are supplied by the Jarvis lab, not DNASU.
| Vector | Fusion strategy | Sequence files | DNASU clone ID |
|---|---|---|---|
| Ac-polh-CtermHisStrep-DEST | C-term fusion | — | Request virus stock from the Jarvis lab |
| Ac-polh-NtermMelHisStrep-DEST | N-term fusion | Request virus stock from the Jarvis lab |
Ordering. Copy the DNASU clone ID and paste it into the DNASU clone search. Rows marked not yet assigned describe a construct design for which no distributable clone has been deposited. Baculovirus stocks are supplied by the Jarvis lab (dljarvis@uwyo.edu), never by DNASU. A step-by-step walkthrough is on the Tutorial page.