Melanie Connolly

RNA Tumor Cover for Nature Biotechnology 

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Anterior Cervical Discectomy & Fusion

medical illustration of This proposed cover for Nature Biotechnology highlights the client’s technology for studying tumor samples. Using a tiny network of mirrors beneath the cancer slide, a researcher can choose to reflect light only on a particular type of tissue. Light-activated RNA oligos are then cleaved and sucked into a small tube above the tissue sample. This novel technique gives the researcher both morphological and genetic data from the same reusable sample.
Next medical illustration of Final model of a cross-sectional uterus featuring an intrauterine device, or IUD. This model was incorporated into a 3D animation for the Women's Health department in Dell Medical School at The University of Texas.

Uterus and IUD

This proposed cover for Nature Biotechnology highlights the client’s technology for studying tumor samples. Using a tiny network of mirrors beneath the cancer slide, a researcher can choose to reflect light only on a particular type of tissue. Light-activated RNA oligos are then cleaved and sucked into a small tube above the tissue sample. This novel technique gives the researcher both morphological and genetic data from the same reusable sample.

Keywords: 3D, Microscopy, Advertising / Marketing, Editorial, Research, Biotechnology, Endocrinology / Metabolic, Oncology, Mechanism of Action (MOA)

© Melanie Connolly