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Showing 1 to 3 of 3 for “"miR-183 family"”.

  1. EXPRESSION AND MISEXPRESSION OF THE MIR-183 FAMILY IN THE DEVELOPING HEARING ORGAN OF THE CHICKEN

    The miR-183 family consists of 3 related microRNAs (miR-183, miR-96 and miR-182) that are required for the proper maturation of primary sensory cells in both the inner ear and the retina in mammals. The miR-183 family shows dynamic longitudinal and radial gradients in the developing mouse cochlea, …

    purdue-thes Repository record for EXPRESSION AND MISEXPRESSION OF THE MIR-183 FAMILY IN THE DEVELOPING HEARING ORGAN OF THE CHICKEN (opens in a new tab)

  2. Promotion of Hair Cell Fate by Atoh1 and MicroRNA-183 Family

    … for driving hair cell fate. Furthermore, the miRNA-183 family is known to be expressed at the time of hair cell differentiation, and mutations in miR-96 (one member of the family) can cause deafness both in mouse and human. I hypothesize that combining Atoh1 with miR-183 family is efficient in …

    creighton Repository record for Promotion of Hair Cell Fate by Atoh1 and MicroRNA-183 Family (opens in a new tab)

  3. Investigation of Sensory Cell-Specific Changes in Gene Expression in Microrna-183 Family Knockout Mouse Inner Ear From Bulk RNA Sequencing Analysis

    … genetic or congenital. Our lab focuses on the miRNA-183 family, which includes three microRNAs: miR-183, miR-96, and miR-182. These microRNAs are expressed in sensory neurons and sensory epithelial hair cells. The miRNA-183 family has been linked to hereditary deafness in both humans and …

    creighton Repository record for Investigation of Sensory Cell-Specific Changes in Gene Expression in Microrna-183 Family Knockout Mouse Inner Ear From Bulk RNA Sequencing Analysis (opens in a new tab)