Cellular Health

Exploring how cells grow, divide and respond

Sulforaphane is being studied for its effects on cell division, gene regulation and programmed cell death—processes central to cancer research. Much of this evidence comes from laboratory studies, and its implications for human health are still being investigated.

CELL CYCLE

CELL CYCLE

GENE REGULATION

GENE REGULATION

PROGRAMMED CELL DEATH

PROGRAMMED CELL DEATH

A Closer Look at the Research

Explore selected human studies, laboratory findings and reviews on sulforaphane and cancer biology. These publications examined sulforaphane, broccoli sprouts or specific research preparations—not PurPhane. They do not establish that PurPhane prevents or treats cancer.

  • Sulforaphane in Human Cancer Studies

    Six of the eight trials were rated at high risk of bias. Preparations, doses and study durations varied substantially, so the authors did not pool the results in a meta-analysis. Larger, better-designed trials are needed to clarify effects on meaningful outcomes such as survival and disease progression.

    Read the review 

  • Broccoli Sprout Extract Before Prostate Biopsy

    Men scheduled for prostate biopsy received broccoli sprout extract providing 200 μmol of sulforaphane daily or a placebo for four to eight weeks. The study investigated absorption and biological responses; it did not establish that the extract prevented or treated prostate cancer.

    Read the study 

  • Why Broccoli Sprouts Drew Scientific Interest

    The research combined plant composition analysis, cell-based testing and a chemically induced tumour model in rats. It helped establish the scientific interest in broccoli sprouts, but did not test cancer prevention in people or evaluate PurPhane.

    Read the study 

  • Sulforaphane in Breast Cancer Models

    The experiments examined Wnt/β-catenin signalling and tumour-forming capacity. The mouse experiments used injected sulforaphane, so the results cannot be directly translated to eating broccoli sprouts or taking a commercial powder. This was not a human treatment trial.

    Read the study 

  • Understanding the Mechanisms

    This review explores sulforaphane’s effects on enzyme activity, cell-cycle regulation, programmed cell death and gene regulation. It also discusses absorption and metabolism as important factors when translating laboratory findings into human research.

    Read the review 

  • Cellular Signalling and Gene Regulation

    This review examines mechanisms including NRF2–KEAP1 signalling, inflammatory pathways and epigenetic regulation. Much of the supporting evidence comes from experimental models and does not establish cancer prevention or treatment benefits in people.

    Read the review 

Grown and Packaged in Nova Scotia

The Power of Sulforaphane

Sulforaphane is a naturally occurring plant compound found in cruciferous vegetables, particularly broccoli sprouts. It has attracted significant scientific interest because of the way it interacts with cellular pathways involved in antioxidant defence, detoxification, oxidative stress and inflammatory balance.

At GoMicro, we believe good nutrition begins with understanding what is in your food—and what the science actually says.

Why PurPhane