Dr. Raffaella Soldi, Ph.D. in Biochemistry and Cellular Biotechnology, is a translational cancer biologist with over 25 years of experience spanning molecular and cellular biology, biochemistry, and pharmacology. Throughout her career, she has remained deeply committed to advancing targeted therapies for human malignancies by integrating functional genomics, biomarker discovery, and preclinical modeling to accelerate therapeutic development. She has authored more than forty peer-reviewed publications in leading journals, such as Nature Medicine, PNAS, and Science Translational Medicine, reflecting the breadth and depth of her expertise across oncology research. In biotech leadership roles, Dr. Soldi drove the clinical advancement of novel WNT and LSD1 inhibitors, translating mechanistic insights into patient-ready therapeutics, underscoring her ability to translate mechanistic insights into patient-ready therapeutics. As Vice President of Research at a biotech firm, Dr. Soldi leads cross-functional teams in driving the development of novel biologics, including first-in-class immune-modulating therapies, while spearheading strategic partnerships to advance clinical translation. At HonorHealth Research Institute, she directs next-generation platforms for translational oncology, including patient-derived 3D organoid cultures — clinically relevant ex vivo models that preserve tumor architecture, heterogeneity, and immune contexture. She also established a Whole Exome CRISPR screening platform to identify novel therapeutic vulnerabilities and incorporated iPSC-based technologies to expand disease modeling capacity. In parallel, Dr. Soldi spearheaded the development of a personalized peptide-based cancer vaccine and a pioneering adoptive cell therapy platform, exemplifying her interdisciplinary approach to Immuno-Oncology. These initiatives reflect a sustained commitment to translating discovery science into clinically actionable strategies.
Raffaella Soldi, Ph.D.
Biography
- 2008-2010 – NIH Multidisciplinary Cancer Research Training Program Postdoctoral Fellowship Award: Huntsman Cancer Institute, Salt Lake City, UT
- 1997 – Fellowship “A.I.D.S.” dell’Istituto Superiore di Sanità, Dept. of Genetics, Biology, and Medical Chemistry, University of Torino, Italy
- 1996 – Fellowship “A.I.D.S.” dell’Istituto Superiore di Sanità, Dept. of Genetics, Biology, and Medical Chemistry, University of Torino, Italy
- 1995 – Fellowship “Gigi Ghirotti”, Dept. of Genetics, Biology, and Medical Chemistry, University of . Torino, Italy
- 1994 – Fellowship “Gigi Ghirotti”, Dept. of Genetics, Biology, and Medical Chemistry, University of . Torino, Italy
- PATENTS
- Granted:
- US20090123565A9 Thomas Maciag Lorraine Maciag Anna Mandinova Lazar Mandinov Igor Prudovsky Stephen Bellum Raffaella Soldi Cinzia Bagala. Copper-dependent non-traditional pro-inflammatory cytokine export and methods, compositions and kits relating thereto 05-14- 2009.
- Pending:
- Sharma S, Altin J, Soldi R, Trent J (2020). Neoantigen-Informed Tumor-Infiltrating Lymphocyte Cancer Immunotherapy. Provisional Application Serial No.: 63/018,059. Filing Date: 4/30/2020. TGen Ref No.: 180509-272PROV2.
- Soldi R, Sharma S (2021). Peptide Inhibitors Targeting the TBL1-Beta-Catenin Complex. Provisional Application Serial No.: 63/159,882. Filing Date: 03/11/2021. TGen Ref.: 210201-307.
- Sharma S, Soldi R, Altin J, Trent J (2021). Methods and Compounds for Neoantigen Vaccines. Provisional Application Serial No.: 63/166,697. Provisional Filing Date: 03/26/2021. TGen Ref.: 210309-308PROV.
- Sunil Sharma, Raffaella Soldi, Samuel Sampson (2021). Compositions and Methods for the treatment of cancer. Provisional Application Serial No. 63/270,005 Filing Date: 10/20/21
- GRANTS
- Awarded:
- Flinn Foundation #2193
- Organoid platform validation of individualized Drug combination predictions from Next Generation Sequencing (NGS) data. PIs: Sunil Sharma, Raffaella Soldi (2019)
- Dorrance Family Foundation
- Precision Immunotherapy: Genomic-Enabled Precision Medicine. PIs Sunil Sharma, John Altin (2019)
- Norman and Sadie Lee Foundation
- ‘Nano-ghost’ Technology to Develop Targeted Treatment of Tumors’ PSs: Sunil Sharma, Marcelle Machluf (2019)
- Bernice E. Holland Foundation. TGen Colon Cancer research (2018-2021)
- ARIZONA ALZHEIMER’S CONSORTIUM. A CRISPR knockout negative screen to identify genes that lead to enhancement of efficacy of antibodies targeting amyloid beta (Aβ) in Alzheimer’s disease. – PIs:, R. Soldi, S. Sharma and others (2021-2024)
- 2008-2010, NIH Multidisciplinary Cancer Research Training Program Postdoctoral Fellowship Award: Huntsman Cancer Institute, Salt Lake City
- 1997, Fellowship “A.I.D.S.” dell’Istituto Superiore di Sanità, Dept. of Genetics, Biology, and Medical Chemistry, University of Torino, Italy
- 1996, Fellowship “A.I.D.S.” dell’Istituto Superiore di Sanità, Dept. of Genetics, Biology, and Medical Chemistry, University of Torino, Italy
- 1995, Fellowship “Gigi Ghirotti,” Dept. of Genetics, Biology, and Medical Chemistry, University of Torino, Italy
- 1994, Fellowship “Gigi Ghirotti,” Dept. of Genetics, Biology, and Medical Chemistry, University of Torino, Italy
- US20090123565A9 Thomas Maciag Lorraine Maciag Anna Mandinova Lazar Mandinov Igor Prudovsky Stephen Bellum Raffaella Soldi Cinzia Bagala. Copper-dependent non-traditional pro-inflammatory cytokine export and methods, compositions and kits relating thereto 05-14-2009.
- Flinn Foundation #2193, Organoid platform validation of individualized Drug combination predictions from Next Generation Sequencing (NGS) data. PIs: Sunil Sharma, Raffaella Soldi (2019)
- Dorrance Family Foundation, Precision Immunotherapy: Genomic-Enabled Precision Medicine. PIs Sunil Sharma, John Altin (2019)
- Norman and Sadie Lee Foundation, ‘Nano-ghost’ Technology to Develop Targeted Treatment of Tumors’ PSs: Sunil Sharma, Marcelle Machluf (2019)
- Bernice E. Holland Foundation. TGen Colon Cancer research (2018-21)
- ARIZONA ALZHEIMER’S CONSORTIUM
- A CRISPR knockout negative screen to identify genes that lead to enhancement of efficacy of antibodies targeting amyloid beta (Aβ) in Alzheimer’s disease. – PIs:, R. Soldi, S. Sharma and others (2021-24)