Cukierman joined the
Fox Chase Cancer Center in 2002.[3] She studies pancreatic cancer, with a specific focus on the tumor microenvironment and the identification of strategies that can change the tumor microenvironment.[8]Desmoplasia, which is the growth of connective tissue, shows similarities to wound healing pathologies (e.g. chronic inflammation).[9][10] She believes it will be possible to stall the growth of tumors by transforming the microenvironment into one which harnesses anti-tumor functions.[11]
In 2005, Cukierman demonstrated that desmoplastic
extracellular matrices could induce a
myofibroblastic phenotype on naïve
fibroblastic cells.[12] This work involved the realization of a human mimetic three-dimensional stroma system, which allowed Cukierman to understand the extracellular factors that determine the function of fibroblasts.[12] Through multi-cellular culturing, Cukierman has shown how
cancer-associated fibroblasts impart immunosuppressive influences, communicate and provide nutrition to cancer cells.[12] She identified that cancer communication involved the
TGF beta signaling pathway, extracellular matrix and integrin signalling pathway and the reorganization of cytoskeletal elements.[13] She demonstrated that the glutamatergic presynaptic protein
Netrin G1 promoted tumorgenesis by providing nutritional support and immunity to cancer-associated fibroblasts.[14] She has shown that anti-Netrin G1 antibodies can halt tumorgenesis.[9]
Cukierman joined the
American Gastroenterological Association in 2010.[8] At the time, this was considered novel because the association is mainly a medical association, and Cukierman is not a physician.[8] In 2017, she established the Marvin and Concetta Greenberg Pancreatic Cancer Institute.[15]
Awards and honors
2004 AACR-Pennsylvania Department of Health Career Development Award[6]
2005 Nikon Small World Competition Image of Distinction[16][17]
Cukierman has supported the development of early career researchers, and has developed a philosophy around teaching and mentoring. She is a member of the
American Cancer Society, and on the editorial board of Matrix Biology.[19]
Selected publications
Taking cell-matrix adhesions to the third dimension[20]
Modeling tissue morphogenesis and cancer in 3D[21]
A framework for advancing our understanding of cancer-associated fibroblasts[22]