		Transcriptional Regulation Co-Immunoprecipitation DNA Repair Luciferase Reporter Assay Nuclear Receptor ELISAs Supershift & Gelshift Assays Transcription Factor ELISA Epigenetics & Chromatin Chromatin Assembly Chromatin IP DNA Damage – Phospho-H2AX DNA Methylation Histone Acetyltransferase Activity (HAT) Histone Deacetylase Activity (HDAC) Histone Modification ELISAs Histone Purification Methylated Histones Protein Modification GTPase Activation Assay Kinase Assay Substrate Mitosis Assays Nitric Oxide Quantitation Phospho-Protein Detection Sandwich ELISAs SUMOylation Antibodies, Extracts & Proteins Antibodies Cell Extracts Recombinant Proteins Fluorescence & Labeling Albumin Quantification Cell Viability Assay Fluorescent Dyes & Labeling Immunofluorescence Live Cell Membrane Staining Mitosis Determination Protein and Extract Quantification Protein Labeling & Translocation Sample Preparation Fluorescent Dye Labeling Mitochondrial Separation mRNA Isolation Normalization Nuclear & Cytoplasmic Extraction Protein & Extract Quantification Transfection & Expression Competent E. coli Gene Silencing Protein Transfection Staining Reagents Bioinformatics & Text Mining TimeLogic® Biocomputing Solutions AKS 2

TransAM™ MyoD

The MyoD transcription factor is the central target in the signaling pathways that regulate muscle development. Although MyoD family members have been studied for decades in several muscle cell systems, the overall muscle differentiation program is still a strong area of focus to understand muscle decay. Because age and wound-induced muscle wasting, cachexia and myopathies are still incurable, accurate monitoring of MyoD activation in cells, tissues and animals is crucial for biomedical research and drug development.

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TransAM™ MyoD

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