City of Hope’s Department of Molecular and Cellular Biology, originally Molecular Genetics, was formed in 1982 under the direction of Keiichi Itakura, Ph.D., professor of molecular biology. Research interests in thedepartment include an array of biological systems and problems, but the unifying theme is mechanisms regulating expression of genetic information at both the transcriptional level (where DNA directs the synthesis of RNA) and the post-transcriptional level (meaning how genes control protein synthesis from newly-transcribed RNAs).
The department includes eight independent laboratories as well as theElectron Microscopy core facility, overseen by Marcia Miller, Ph.D. and Zhuo Li, Ph.D.
Investigators within the department actively collaborate with investigators in the medical center, making important contributions to clinical investigations at City of Hope. The faculty also collaborates with the wider academic and scientific community. Faculty members have served numerous leadership roles, including with the National Institutes of Health, American Cancer Society and the Army Breast Cancer Research Program.
Department faculty members also teach and mentor graduate students in City of Hope’sIrell & Manella Graduate School of Biological Sciences. The department offers students the opportunity to carry out research in genetics, developmental biology, molecular genetics, molecular biochemistry, cell biology, molecular virology, and molecular and cellular immunology.
John J. Rossi, Ph.D.
- siRNA and ribozymes
The focus of this laboratory is the biology and therapeutic application of small RNAs, with particular emphasis on small interfering RNAs (siRNAs) and ribozymes as therapeutic agents for the treatment of HIV infection.
Adam Bailis, Ph.D.
– Genetics and molecular biology
This laboratory uses genetic and molecular biological approaches to study how DNA replication and repair are coordinated in the maintenance of genome stability.
Mark Boldin, M.D., Ph.D.
– Noncoding RNA control of mammalian hematopoiesis, immunity and cancer
Research in this lab is focused on the biology of noncoding RNA and the understanding of its role in the regulation of inflammation and cancer using molecular, biological and genetic approaches.
John Burnett, Ph.D.
- Gene therapy and genome engineering
With a focus on gene and RNA-based therapies and targeted genome editing, this laboratory develops advanced therapeutics for cancer, genetic diseases, and infectious diseases, including HIV/AIDS.
Keiichi Itakura, Ph.D.
– Molecular biology
The laboratory of Keiichi Itakura, Ph.D.,studies the role of ARID transcription factors in the development and maturation of adipocytes and carcinogenesis. They also study molecular events in energy balance, as well as the functions of homeobox genes in prostate cancer.
Ren-Jang Lin, Ph.D.
– RNA processing and regulatory RNA
The research objectives of this laboratory are two-fold, both centered on RNA: to decipher the molecular mechanism of RNA processing, and to reveal novel roles of RNA in regulating gene expression, with emphasis on aberrant cellular factors linked to human diseases.
Linda Malkas, Ph.D.
– DNA replication/repair and human disease
The laboratory focuses on understanding the mechanisms mediating human cell DNA replication and repair and applying these discoveries to the development for new biomarkers and molecular targets for cancer.
Marcia Miller, Ph.D.
– Molecular immunogenetics
Oncogenic herpesviruses disproportionately cause tumors in immunocompromised patients. This lab studies how genetic polymorphism influences the incidence of cancers caused by oncogenic herpesviruses.