MCM7 Antibody / Proliferation Marker Antibody Panel

MCM7 and Cell Proliferation

Minichromosome maintenance complex component 7 (MCM7) is a DNA replication licensing factor that plays a central role in the initiation of DNA synthesis and progression through the cell cycle. As a core component of the MCM2-7 helicase complex, MCM7 is required for DNA unwinding at replication origins and is tightly regulated during the G1 and S phases. Because its expression is restricted to actively cycling cells, MCM7 is widely used as a marker of cellular proliferation and replication competence.

Antibodies targeting MCM7 are commonly used to identify proliferating cells in both normal and tumor tissues, as well as to study replication dynamics in biochemical assays such as western blot and immunofluorescence.

Knockdown Validated MCM7 Antibodies

For applications requiring high specificity, a subset of MCM7 antibodies has been evaluated using gene silencing approaches. These knockdown validated antibodies demonstrate reduced signal in shRNA-treated cells compared to wild-type controls, supporting target-specific detection.

A representative MCM7 knockdown validated antibody provides functional confirmation of specificity in western blot analysis, making it a strong choice for studies involving gene regulation, protein expression changes, and pathway analysis.

MCM7 Antibodies for Immunohistochemistry (IHC)

MCM7 is strongly expressed in proliferating cells within tissue sections, making it particularly useful for immunohistochemistry-based analysis of cellular proliferation. In lymphoid tissues such as tonsil and lymph node, MCM7 staining highlights germinal center cells and other proliferative compartments.

Explore MCM7 antibody for IHC and MCM7 tissue microarray antibody options for detecting nuclear expression patterns across normal and cancer tissues. These antibodies are well suited for studies of tumor proliferation, tissue architecture, and cell cycle activity.

MCM7 Antibodies for Western Blot

Western blot analysis of MCM7 typically reveals a band at approximately 75–80 kDa, consistent with its predicted molecular weight. Detection of MCM7 in cell lysates provides a reliable method for assessing proliferation-associated protein expression.

Browse MCM7 antibody for western blot options designed for clear band detection and reproducible results across cell line and tissue samples.

Immunofluorescence (IF) Detection of MCM7

In immunofluorescence applications, MCM7 antibodies enable visualization of nuclear localization in proliferating cells. This approach is useful for studying cell cycle dynamics, subcellular localization, and spatial distribution of replication-associated proteins.

View MCM7 antibody for immunofluorescence to support imaging-based studies of cell proliferation and nuclear protein distribution.

Specificity-Validated MCM7 Antibodies

Additional validation approaches, including protein microarray and HuProt screening, provide further confirmation of antibody specificity. These methods assess binding across thousands of proteins to ensure selective target recognition.

Explore MCM7 microarray validated antibody and MCM7 HuProt validated antibody options for applications requiring high specificity and minimal off-target binding.

Supporting Reliable Detection of Proliferation Markers

MCM7 antibodies provide a versatile toolset for studying DNA replication, cell cycle progression, and tumor biology. By combining application-specific formats such as IHC, western blot, immunofluorescence, and knockdown validation, this antibody panel supports a wide range of experimental approaches focused on proliferative activity.

Explore MCM7 Antibody Products

A selection of MCM7 antibody products is shown below to support a range of research applications.

These antibodies are part of a broader antibody panel offered by NSJ Bioreagents.