Scholars@Duke publication: RNA-sequencing of isolated cell populations expressing human APOL1 G2 risk variant reveals molecular correlates of sickle cell nephropathy in zebrafish podocytes.

RNA-sequencing of isolated cell populations expressing human APOL1 G2 risk variant reveals molecular correlates of sickle cell nephropathy in zebrafish podocytes.

Journal articles - Academic article

Telen, M; Bundy, J

Duke Scholars

Author Marilyn Jo Telen Medicine, Hematology

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Telen, M., & Bundy, J. (n.d.). RNA-sequencing of isolated cell populations expressing human APOL1 G2 risk variant reveals molecular correlates of sickle cell nephropathy in zebrafish podocytes.

Telen, Marilyn, and Joseph Bundy. “RNA-sequencing of isolated cell populations expressing human APOL1 G2 risk variant reveals molecular correlates of sickle cell nephropathy in zebrafish podocytes.,” n.d.

Telen M, Bundy J. RNA-sequencing of isolated cell populations expressing human APOL1 G2 risk variant reveals molecular correlates of sickle cell nephropathy in zebrafish podocytes.

Telen, Marilyn, and Joseph Bundy. RNA-sequencing of isolated cell populations expressing human APOL1 G2 risk variant reveals molecular correlates of sickle cell nephropathy in zebrafish podocytes.

Telen M, Bundy J. RNA-sequencing of isolated cell populations expressing human APOL1 G2 risk variant reveals molecular correlates of sickle cell nephropathy in zebrafish podocytes.