{"@id":"https://credentialengineregistry.org/resources/ce-b63f6e39-7cfe-4f44-b560-0ea188f5d9a0","@type":"ceterms:DoctoralDegree","@context":"https://credreg.net/ctdl/schema/context/json","ceterms:ctid":"ce-b63f6e39-7cfe-4f44-b560-0ea188f5d9a0","ceterms:name":{"en-US":"Doctor of Philosophy/Integrated Mathematical Oncology"},"ceterms:ownedBy":["https://credentialengineregistry.org/resources/ce-898ab397-1f93-451d-b267-e189b186cdb0"],"ceterms:requires":[{"@type":"ceterms:ConditionProfile","ceterms:condition":{"en-US":["USF offers superb academics, world-class interdisciplinary research, distinguished faculty, a diverse student body, athletics and year-round sunshine. It's no wonder students come to USF from every state, every U.S. territory and more than 150 countries around the world. \r\n\r\nWhile admission to USF is becoming increasingly competitive, the process for applying is simple. Applications are accepted for more than 100 undergraduate programs and 171 degree programs at the graduate, specialist and doctoral levels, including the doctor of medicine. USF also offers a number of continuing education options for adult and professional learners as well as distance learners interested in fully or partially online education programs. \r\n\r\nWith one of the lowest tuition rates in the country, USF is an outstanding value. Several forms of merit and need-based public and private financial aid are available, including loans, grants, scholarships and work-study opportunities. Specialized programs for veterans enrolled under the new G.I. Bill also are available. \r\nDefer to university catalog."]},"ceterms:creditValue":[{"@type":"ceterms:ValueProfile","schema:value":96.0,"ceterms:creditUnitType":[{"@type":"ceterms:CredentialAlignmentObject","ceterms:framework":"https://credreg.net/ctdl/terms/CreditUnit","ceterms:targetNode":"creditUnit:DegreeCredit","ceterms:frameworkName":{"en-US":"Credit Unit"},"ceterms:targetNodeName":{"en-US":"Degree Credit"},"ceterms:targetNodeDescription":{"en-US":"Credit that is issued or is accepted as credit for earning a college-level degree."}}]}],"ceterms:description":{"en-US":"Program Requirements"}}],"ceterms:offeredBy":["https://credentialengineregistry.org/resources/ce-898ab397-1f93-451d-b267-e189b186cdb0"],"ceterms:identifier":[{"@type":"ceterms:IdentifierValue","ceterms:identifierTypeName":{"en-US":"FLVC Public Status"},"ceterms:identifierValueCode":"Public"}],"ceterms:inLanguage":["en-US"],"ceterms:availableAt":[{"@type":"ceterms:Place","ceterms:latitude":28.0595515,"ceterms:longitude":-82.4122471,"ceterms:postalCode":"33620","ceterms:addressRegion":{"en-US":"FL"},"ceterms:streetAddress":{"en-US":"4202 East Fowler Avenue"},"ceterms:addressLocality":{"en-US":"Tampa"}}],"ceterms:description":{"en-US":"The Integrated Mathematical Oncology Major consists of focused training in mathematical modeling. Students will also receive interdisciplinary training in the broader field of cancer biology through coursework and immersion in the Moffitt Cancer Center's research endeavors. Cancer patient and experimental data have been growing at an exponential rate during the last decade and now incorporates a range of biological scales (molecular, cellular, tissue, organ) and diverse techniques (gene expression, histological staining, imaging), however, these data are severely underutilized in current clinical decision processes. Appropriate quantitative models are essential to understand the complex dynamics of the evolving non-linear system that is cancer.\r\r\n\r\r\nThis Major will provide students a unique foundation of knowledge and practical experience in the rapidly advancing arena of mathematical oncology. Students will also train alongside individuals studying other areas of cancer biology, providing a broad base of understanding of cancer and increasing the potential for interdisciplinary research.  Graduates of this major will be positioned to enter the technological workforce ready to discover and implement quantitative models and model analysis in experimental and clinical areas that will have a key impact on cancer patient therapy.\r\r\n\r\r\nThe Major is a joint endeavor between the Moffitt Cancer Center and the University of South Florida. Moffitt Cancer Center is located on the campus of the University of South Florida and is a leading institution of basic research, clinical research, and patient treatment with a focused mission \"to contribute to the prevention and cure of cancer.\"  The Moffitt Cancer Center is officially designated as a Comprehensive Cancer Center by the National Cancer Institute of the National Institutes of Health."},"ceterms:subjectWebpage":"https://catalog.usf.edu/","ceterms:credentialStatusType":{"@type":"ceterms:CredentialAlignmentObject","ceterms:framework":"https://credreg.net/ctdl/terms/CredentialStatus","ceterms:targetNode":"credentialStat:Active","ceterms:frameworkName":{"en-US":"Credential Status"},"ceterms:targetNodeName":{"en-US":"Active"},"ceterms:targetNodeDescription":{"en-US":"Awards of the credential are ongoing."}},"ceterms:learningDeliveryType":[{"@type":"ceterms:CredentialAlignmentObject","ceterms:framework":"https://credreg.net/ctdl/terms/Delivery","ceterms:targetNode":"deliveryType:InPerson","ceterms:frameworkName":{"en-US":"Delivery Type"},"ceterms:targetNodeName":{"en-US":"In-Person Only"},"ceterms:targetNodeDescription":{"en-US":"Delivery is only face-to-face."}}],"ceterms:instructionalProgramType":[{"@type":"ceterms:CredentialAlignmentObject","ceterms:framework":"https://nces.ed.gov/ipeds/cipcode/Default.aspx?y=56","ceterms:targetNode":"https://nces.ed.gov/ipeds/cipcode/cipdetail.aspx?y=56\u0026cip=26.0911","ceterms:codedNotation":"26.0911","ceterms:frameworkName":{"en-US":"Classification of Instructional Programs"},"ceterms:targetNodeName":{"en-US":"Oncology and Cancer Biology."},"ceterms:targetNodeDescription":{"en-US":"A program that focuses on the scientific study of carcinogens; the onset of malignancy in cells, tissues, blood, and organs; the genetics of cancer; the anatomy and physiology of cancer cells; and the study of cancer behaviors and treatments.  Includes instruction in gene expression; oncogenes and tumor suppressor genes; viral genes and cancer proliferation; regulation of signal transduction; cancer proteins; hormonal and growth factors in cancer cells; tumor promotion, progression, and metastasis; carcinogen receptors and metabolism; carcinogen ecology; immunological targeting; and studies of genetic, chemical, radiologic and other treatment therapies."}}]}