NEK9 Protein (Myc-DYKDDDDK Tag)
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- Target See all NEK9 Proteins
- NEK9 (NIMA (Never in Mitosis Gene A)- Related Kinase 9 (NEK9))
- Protein Type
- Recombinant
- Origin
- Human
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Source
- HEK-293 Cells
- Purification tag / Conjugate
- This NEK9 protein is labelled with Myc-DYKDDDDK Tag.
- Application
- Antibody Production (AbP), Standard (STD)
- Characteristics
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- Recombinant human NEK9 protein expressed in HEK293 cells.
- Produced with end-sequenced ORF clone
- Purity
- > 80 % as determined by SDS-PAGE and Coomassie blue staining
- Top Product
- Discover our top product NEK9 Protein
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- Application Notes
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Recombinant human proteins can be used for:
Native antigens for optimized antibody production
Positive controls in ELISA and other antibody assays - Comment
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The tag is located at the C-terminal.
- Restrictions
- For Research Use only
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- Concentration
- 50 μg/mL
- Buffer
- 25 mM Tris.HCl, pH 7.3, 100 mM glycine, 10 % glycerol.
- Storage
- -80 °C
- Storage Comment
- Store at -80°C. Thaw on ice, aliquot to individual single-use tubes, and then re-freeze immediately. Only 2-3 freeze thaw cycles are recommended.
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- Target
- NEK9 (NIMA (Never in Mitosis Gene A)- Related Kinase 9 (NEK9))
- Alternative Name
- Nek9 (NEK9 Products)
- Synonyms
- NERCC Protein, NERCC1 Protein, Nek8 Protein, NEK9 Protein, nercc Protein, nercc1 Protein, C130021H08Rik Protein, NIMA related kinase 9 Protein, NIMA-related kinase 9 Protein, NIMA related kinase 8 Protein, NIMA (never in mitosis gene a)-related expressed kinase 9 Protein, NIMA-related kinase 9 L homeolog Protein, NEK9 Protein, nek9 Protein, NEK8 Protein, Nek9 Protein, nek9.L Protein
- Background
- This gene encodes a member of the NimA (never in mitosis A) family of serine/threonine protein kinases. The encoded protein is activated in mitosis and, in turn, activates other family members during mitosis. This protein also mediates cellular processes that are essential for interphase progression.
- Molecular Weight
- 107 kDa
- NCBI Accession
- NP_149107
- Pathways
- SARS-CoV-2 Protein Interactome, The Global Phosphorylation Landscape of SARS-CoV-2 Infection
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