$999.00
L-lactyllysine Specific Antibody Conjugated Agarose Beads is an immunoaffinity enrichment tool for L-lactyllysine peptides in mass spectrometry-based proteomics. The highly specific antibody selectively captures target modified peptides without cross-reactivity, is applicable to all species, efficiently enriches low-abundance peptides and reduces background interference, delivering stable and reliable results for L-lactyllysine modification research.
| Target | L-Lactyllysine |
| Reactivity | Species Independent |
| Application | IAC, IAP, IP |
| MW(Calculated) | |
| MW(Observed) | |
| Host Species | |
| Isotype | |
| Conjugate | Agarose Beads |
| Modification | Lysine lactylation |
| Modified site | Lys（K） |
| Recommended dilution ratio | |
| Composition | |
| Purification process | Protein A |
| Purity | |
| Storage | 50% slurry in PBS pH7.4, 0.05% Proclin 300. Ensure thorough mixing before each use. Wide-mouth pipette tips are recommended. In case of difficulty in aspiration due to improper operation, additional Storage Buffer can be added at your discretion. |
| Stability | 12 months from date of receipt / reconstitution, 2 to 8 °C as supplied |
| Clonal | Recombinant monoclonal |
| Clone Number | |
| Immunogen | |
| Sequence | |
| Specificity | |
| Gene name | |
| Protein Name | |
| Alternative name | KL-la |
| Organism-1 | |
| GeneID-1 | |
| SwissProt-1 | |
| Organism-2 | |
| GeneID-2 | |
| SwissProt-2 | |
| Organism-3 | |
| GeneID-3 | |
| SwissProt-3 | |
| Organism-4 | |
| GeneID-4 | |
| SwissProt-4 | |
| Background | L-Lactyllysine (abbreviated as Kla) is a novel lysine acylation-type post-translational modification. It is formed by the covalent attachment of an L-lactyl group to lysine residues, mainly mediated by lactoyl-CoA. Kla is widely distributed on both histone and non-histone proteins, and participates in chromatin remodeling, gene transcription regulation, cellular metabolism, and inflammatory responses. Studies have shown that L-lactylation is closely associated with tumor metabolic reprogramming, hypoxia stress, immune regulation, and various disease processes, serving as a key mechanism linking cellular metabolism and epigenetic regulation. |
| Cellular Localization |
