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Montauk Point Lighthouse

Recombinant Rabbit Monoclonal Antibodies

Single B-cell discovery better preserves natural heavy- and light-chain pairing, while recombinant production provides superior antibody specificity and lot-to-lot consistency.
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Recombinant Rabbit Monoclonal Antibodies

ChIP-Grade Chromatin Profiling Antibodies

Application-validated antibodies provide strong target enrichment and low background for reliable use across traditional and next-generation chromatin profiling workflows.
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Knockout Validated Antibodies

Antibody specificity is verified by comparing signals in wild-type and gene-knockout samples, helping distinguish true target detection from nonspecific background.
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Build a Complete DNA Methylation Workflow

Equip your workflow with highly specific 5-methylcytosine antibodies, 2-hour global 5-mC or 5-hmC quantification, 30-minute bisulfite conversion, enrichment, enzyme activity assays, and low-input sequencing tools.
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Explore New Frontiers in RNA Methylation

Advance discovery with assays and antibodies for m6A, m5C, and other RNA modifications, including under-4-hour quantification, enrichment, bisulfite conversion, and methylase or demethylase activity for RNA methylation research.
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A Faster Start to Histone Modification Analysis

Easily screen multiple histone modifications simultaneously or with a comprehensive catalog of antibodies as well as assays for individual marks and modifying enzymes in histone modification research.
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BOGO Conjugated Antibodies
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Resource Bulletins

Recombinant Rabbit Monoclonal Antibodies from Single B Cells: How Discovery Method Supports Better Clone Quality

Recombinant Rabbit Monoclonal Antibodies from Single B Cells: How Discovery Method Supports Better Clone Quality

Single B-cell discovery combined with sequence-defined recombinant production gives researchers access to...

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DNMT and TET Activity in Cancer, Aging, and Cell-State Regulation

DNMT and TET Activity in Cancer, Aging, and Cell-State Regulation

Pairing enzyme-activity measurements with 5-mC and 5-hmC analysis helps identify whether a methylation...

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Antibody Choice in ChIP, CUT&RUN, CUT&Tag, and CUT&LUNCH: Why Target Context Matters

Antibody Choice in ChIP, CUT&RUN, CUT&Tag, and CUT&LUNCH: Why Target Context Matters

Learn how target biology, chromatin state, and assay chemistry affect antibody performance in ChIP...

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Polycomb Repression and H3K27me3 in Cell-Fate Memory

Polycomb Repression and H3K27me3 in Cell-Fate Memory

Learn how PRC2, PRC1, and H3K27me3 help maintain cell identity, regulate developmental genes, and guide...

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m6A Beyond Bulk RNA: From Global Changes to Transcript-Level Mapping

m6A Beyond Bulk RNA: From Global Changes to Transcript-Level Mapping

A practical guide to using global m6A measurements as a starting point, then choosing enrichment...

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The Exposome and DNA Methylation: Epigenetic Signals from Environmental Stress

The Exposome and DNA Methylation: Epigenetic Signals from Environmental Stress

Environmental exposures can leave measurable DNA methylation signals, but interpreting those signals...

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CUT&LUNCH, CUT&RUN, and CUT&Tag: Comparing Antibody-Based Chromatin Profiling Workflows

CUT&LUNCH, CUT&RUN, and CUT&Tag: Comparing Antibody-Based Chromatin Profiling Workflows

Compare CUT&LUNCH, CUT&RUN, and CUT&Tag workflows for antibody-based chromatin profiling, including...

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Enhancer Activation and H3K27ac in Cell-State Plasticity

Enhancer Activation and H3K27ac in Cell-State Plasticity

Learn how H3K27ac marks active enhancers, why enhancer activation matters in cell-state plasticity, and...

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