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Acetyl Lysine Antibody, Agarose (ICP0388) was used to purify and validate HIRA acetylation in mouse liver.

Acetyl Lysine Antibody, Agarose (ICP0388) was used to purify the acetylated proteins in fly heads for acetylome analysis.

Biotin Antibody Agarose (ICP0615) was used to purify the biotinylated proteins from cell lysate prior to western blot analysis.

Biotin Antibody Agarose (ICP0615) was used to purify the biotin-labeled proteins cell lysate before mass spectrometry analysis.

Anti-Methylated (É›-N) Lysine (ICP0501) was used to verify the EHMT1N/C mediated methylation of SeV Nucleoprotein only during infection.

Acetyl Lysine Antibody (ICP0380) and Acetyl Lysine Antibody, Agarose (ICP0388) were used to verify the acetylation of NS3 proteins of ZIKV, WNV, DENV, and YFV at different acetylation sites.

Acetyl Lysine Antibody, Agarose (ICP0388) was used to measure the acetylation levels of NRF2 in extracts of hearts from Wild-Type and Sirt2-/- mice.

Acetyl Lysine Antibody, Agarose (ICP0388) was used for proteomics analysis of mitochondria extraction from Wild-Type and SLC25A51 knockdown LoVo cells

Acetyl Lysine Antibody, HRP (ICP0381) was used to validate the FRET-based method in measuring Foxp3 acetylation.

Acetyl Lysine Antibody, Agarose (ICP0388) was used to purify acetylated G3BP1 in the HeLa cells infected with HSV-1.

Acetyl Lysine Antibody, Antibody, Agarose (ICP0388) was used to purify acetylated CaM from the cell lysates for the detection of CaM acetylation

Acetyl Lysine Antibody (ICP0380) was used to verify the mitochondrial hyperacetylation in mice.

Acetyl Lysine Antibody (ICP0380) was used to verify the acetylation of Set2 in the aging study of Saccharomyces cerevisiae.

Acetyl Lysine Antibody (ICP0380) was used in the Immunoblotting and co-immunoprecipitation experiments to detect the presence of acetylation of FOXO and histone H4 by KAT8 to make DNA accessible for Atg8 transcription for autophagy.

Acetyl Lysine Antibody (ICP0380) was used in the Immunoblotting experiments to show a significant increase in cyclophinlin D (CypD) acetylation in MbBV-infected Spli221 cells.

ImmuneChem’s Acetyl Lysine Antibody (ICP0380) and Acetyl Lysine Antibody Agarose Beads (ICP0388) were used in the immunoprecipitation and Western Blot experiments for the enrichment of the acetylated peptides and the presence of acetylated proteins respectively in Papillary Thyroid Carcinoma (PTC).

ImmuneChem’s Acetyl Lysine Antibody (ICP0380) was used in the immunoprecipitation and Western Blot experiments to identify the acetylation of the expressed RPA1 in response to the DNA damage in HEK293T cells.

ImmuneChem’s Biotin Antibody Agarose (ICP0615) was used for enrichment of biotinylated peptides to identify the biotinylation sites.

Anti-pan-phospho-Ser antibody (ICP9806) and anti-pan-phospho-Thr antibody (ICP9807) were used in the Western Blot experiments to assess the overall level of phosphorylation in the knockout strains ((Δptc1, Δptc2, and Δptc1/ptc2).

Anti-dimethyl (asymmetrical) arginine (ICP0810) and anti-monomethyl arginine (ICP0801) were used in the In Vitro methyltransferase assays to provide evidence that Neurogenin 3 (NGN3) was arginine-methylated in TW EP cell.

Acetyl Lysine Antibody (ICP0380) was used in the immunoblotting experiments to identify deacetylation of SIRT2 in the cell.

Acetyl Lysine Antibody (ICP0380) and Acetyl Lysine Antibody Agarose Beads (ICP0388) were used to provide evidence that AaPK was lysine-acetylated and bound with AaSirt2 in the cytosolic fractions in mosquito fat body and thorax

Acetyl Lysine Antibodies and Chron’s Disease

Introduction to Lysine Methylation

Exploring the Significance of Pan Methyl Lysine Antibody in Molecular Biology

Myelin Basic Protein as a Biomarker: Advancements in Diagnosis and Monitoring

Methylated Lysine Polyclonal Antibodies: Navigating the Epigenetic Realm

Precision Medicine: Harnessing Anti-Phosphoserine Antibodies for Personalized Therapies

Phosphothreonine Antibody: Breaking It Down

Understanding Myelin Basic Protein

Cells, Science, and the Acetyl Lysine Antibody: Emerging Research Techniques in Molecular Biology

Unlocking the Potential: Looking at Benefits of the Biotin Antibody in Scientific Research and Diagnostics

ImmuneChem’s ICP0380 was used for the immunoprecipitation of acetylated peptides for MERS-CoV replicase polyprotein pp1ab

ImmuneChem’s ICP0388 allowed for the immunoprecipitation of acetylated peptides in cardiac proteins

ImmuneChem’s ICP0611 was used as an indicator for biotinylation in HeLa cells

ImmuneChem’s ICP0615 detects biotinylated tyrosines on Tau and tubulin-associated proteins

Applications of ImmuneChem’s Acetyl Lysine Antibody (ICP0388) in the discovery of histone deacetylase substrate proteins in Arabidopsis

Prepare your desired antibody Fab fragments simply by letting the antibodies pass through a Papain Agarose (ICP1948) column

Increased PGC-1α acetylation in the retinal pigment epithelium of age-related macular degeneration donor eyes

ImmuneChem’s Methylated Lysine Antibody, HRP (ICP0502) was used to help determine the methylation levels of BRD4, a fundamental transcription coactivator, in the presence of SETD6

Using ImmuneChem’s Anti-Acetyl Lysine (ICP0380) scientists have discovered inducible lysine acetylation in E.coli extracts upon Arabidopsis GCN5-related N-acetyltransferase expression

Scientists report for the first time that histones can be modified via acetylation in Archaea in the Journal of Proteomics

Using ImmuneChem’s Mono-Methyl Arginine Antibodies (ICP0801), scientists have demonstrated that arginine monomethylation regulates the MAVS-mediated antiviral response

Scientists have found that the PINK1-PKA-NCLX axis plays an important role in mitochondrial calcium efflux in cardiomyocytes with the help of ImmuneChem’s PKA Kinase Assay Kit, Type I

ImmuneChem’s supplies the highest quality PTM antibodies and conjugates for your research and development purposes

Our Biotin Antibody Agarose (ICP0615) yielded the best results in research article published in Nature Methods

ImmuneChem's Biotin Antibody Agarose (ICP0615) yielded the highest number of biotinylated peptides compared to Sigma-Aldrich and Santa Cruz, allowing for large scale detection.

A knock in mouse with biotin at the titin’s Z disc region to identify protein networks that connect the sarcomere to signal transduction and metabolism

Figure 1. The biotin ligase (blue dot) is integrated between titin Ig7 and Ig8 folding back to the edge of the Z-disc. In the research, ImmuneChem’s Anti-Biotin Agarose (ICP0615) was used during the pull down experiment to enrich biotinylated peptides.

ICP0388 was used as the primary antibodies for immunoprecipitation purification

Biotin antibody Agarose (ICP0615) was used as biotin specific antibodies to enhance the proximal proteins SARS-CoV-2 with labelled biotinylated peptides

In the STAR Protocols article:  "An antibody-based proximity labeling protocol to identify biotinylated interactors of SARS-CoV-2" Anti Biotin Antibody agarose, ICP0615