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Amy  Roberts

Dr Amy Roberts

Postdoctoral Research Fellow

Contact details

Biography

Dr Amy Roberts is a Postdoctoral Research Fellow within the Regulatory Genomics group at the Department of Twin Research, Ageing and Genomic Epidemiology. Her research focuses on the role of the X chromosome in human health and disease. She is currently investigating skewed X chromosome inactivation (XCI-skew), a sex-specific cellular phenotype associated with adverse health outcomes in females.

    Research

    DNA helix main
    Regulatory Genomics

    Regulatory Genomics investigates the genetic regulation of gene expression across tissues, time and environments.

    shutterstock_1794345793
    Structural and life course determinants of LGBTQ+ health inequalities

    Leveraging King’s data and expertise to enhance understanding and move into action.

    Project status: Ongoing

    HERO scgg 3
    Statistical and Computational Genetics and Genomics (SCGG) RIG

    The SCGG Group brings together researchers at King’s who are developing and working with innovative quantitative and computational approaches for genomic discovery and its impact on human health.

    News

    Risk of cancer doubles for people with 'skewed' blood cells

    Scientists have discovered that people who have a ‘skewed’ pattern in their immune blood cells are twice as likely to develop cancer later in life.

    Red Blood Cells

      Research

      DNA helix main
      Regulatory Genomics

      Regulatory Genomics investigates the genetic regulation of gene expression across tissues, time and environments.

      shutterstock_1794345793
      Structural and life course determinants of LGBTQ+ health inequalities

      Leveraging King’s data and expertise to enhance understanding and move into action.

      Project status: Ongoing

      HERO scgg 3
      Statistical and Computational Genetics and Genomics (SCGG) RIG

      The SCGG Group brings together researchers at King’s who are developing and working with innovative quantitative and computational approaches for genomic discovery and its impact on human health.

      News

      Risk of cancer doubles for people with 'skewed' blood cells

      Scientists have discovered that people who have a ‘skewed’ pattern in their immune blood cells are twice as likely to develop cancer later in life.

      Red Blood Cells