1996 (Cycle II)
Innovative Awards: IDEA (Innovative, Developmental, and Exploratory Awards) Top
| Bovine leukemia virus and human breast cancer risk | ||||
| University of California, Berkeley | ||||
| Research Priority: Etiology > Environment & gene/environment interactions | ||||
| Award Type: IDEA | ||||
| Breast Cancer and Genetic Differences in Estrogen Formation | ||||
| University of Southern California | ||||
| Research Priority: Etiology > Hormones & nutrition | ||||
| Award Type: IDEA | ||||
| Altering telomerase to prevent breast cancer progression | ||||
| University of California, San Francisco | ||||
| Research Priority: Pathogenesis > Mistakes on the master blueprint | ||||
| Award Type: IDEA | ||||
| Engineered antibodies for imaging & therapy of breast cancer | ||||
| Beckman Research Institute of the City of Hope | ||||
| Research Priority: Innovative Treatments > Immune therapy | ||||
| Award Type: IDEA | ||||
| Why do 70% of Breast Cancers Metastasize to Bone? | ||||
| The Burnham Institute for Medical Research | ||||
| Research Priority: Pathogenesis > Outbreak - how cancer spreads | ||||
| Award Type: IDEA | ||||
| Proper relocation of a tumor suppressor in Breast Cancer | ||||
| University of California, Irvine | ||||
| Research Priority: Pathogenesis > Mistakes on the master blueprint | ||||
| Award Type: IDEA | ||||
Innovative Awards: ITaMoCAs Top
| Improved delivery of pharmaceuticals to breast cancer | ||||
| University of California, San Francisco | ||||
| Research Priority: Innovative Treatments > Gene therapy & other treatments | ||||
| Award Type: ITaMoCAs | ||||
| Improved Delivery of Pharmaceuticals to Breast Cancer | ||||
| California Pacific Medical Center Research Institute | ||||
| Research Priority: Innovative Treatments > Immune therapy | ||||
| Award Type: ITaMoCAs | ||||
| Pre-clinical cryosurgery testing in breast cancer treatment | ||||
| University of California, Berkeley | ||||
| Research Priority: Innovative Treatments > Gene therapy & other treatments | ||||
| Award Type: ITaMoCAs | ||||
| Targeting Breast Cancer Using Diphtheria Toxin | ||||
| Salk Institute for Biological Studies | ||||
| Research Priority: Innovative Treatments > New drug design | ||||
| Award Type: ITaMoCAs | ||||
| Structure of EST1: A potential Drug Target for Breast Cancer | ||||
| University of California, Berkeley | ||||
| Research Priority: Innovative Treatments > New drug design | ||||
| Award Type: ITaMoCAs | ||||
| Novel retinoids that induce apoptosis in breast cancer cells | ||||
| Sidney Kimmel Cancer Center | ||||
| Research Priority: Innovative Treatments > New drug design | ||||
| Award Type: ITaMoCAs | ||||
| Outpatient Stem Cell Transplants for Breast Cancer | ||||
| Scripps Clinic & Research Foundation | ||||
| Research Priority: Innovative Treatments > Gene therapy & other treatments | ||||
| Award Type: ITaMoCAs | ||||
| Outpatient Stem Cell Transplants for Breast Cancer | ||||
| University of California, San Diego | ||||
| Research Priority: Innovative Treatments > Gene therapy & other treatments | ||||
| Award Type: ITaMoCAs | ||||
| Tibetan Medicine for Advanced Breast Cancer | ||||
| University of California, San Francisco | ||||
| Research Priority: Innovative Treatments > Gene therapy & other treatments | ||||
| Award Type: ITaMoCAs | ||||
| A New Approach to Immune Therapy for Breast Cancer | ||||
| University of California, Los Angeles | ||||
| Research Priority: Innovative Treatments > Immune therapy | ||||
| Award Type: ITaMoCAs | ||||
| T Cell immunotherapy of human breast cancer | ||||
| University of California, San Diego | ||||
| Research Priority: Innovative Treatments > Immune therapy | ||||
| Award Type: ITaMoCAs | ||||
| Radiosurgery of early breast cancer | ||||
| University of Southern California | ||||
| Research Priority: Innovative Treatments > Gene therapy & other treatments | ||||
| Award Type: ITaMoCAs | ||||
| Targeted gene therapy using anti-pl85HER2 immunoliposomes | ||||
| University of California, San Francisco | ||||
| Research Priority: Innovative Treatments > Gene therapy & other treatments | ||||
| Award Type: ITaMoCAs | ||||
Career Development Awards: New Investigator Top
| Breast Cancer Risk Factors and Hormone Receptors | ||||
| Kaiser Foundation Research Institute | ||||
| Research Priority: Etiology > Hormones & nutrition | ||||
| Award Type: New Investigator | ||||
| IGF-II and cathespin D in tumor growth and metastasis | ||||
| Loma Linda University | ||||
| Research Priority: Pathogenesis > Outbreak - how cancer spreads | ||||
| Award Type: New Investigator | ||||
| Analogs of tea polyphenols for breast cancer chemoprevention | ||||
| SRI International | ||||
| Research Priority: Prevention & Risk Reduction > Other searches for the causes | ||||
| Award Type: New Investigator | ||||
| BRCA1 regulation in breast cancer: a rat mammary model | ||||
| University of Southern California | ||||
| Research Priority: Etiology > Environment & gene/environment interactions | ||||
| Award Type: New Investigator | ||||
Career Development Awards: Postdoctoral Fellowship Top
| Homeobox Genes: A New Class of Human Breast Oncogenes? | ||||
| University of California, Santa Cruz | ||||
| Research Priority: Pathogenesis > Searching the unknown | ||||
| Award Type: Postdoctoral Fellowship | ||||
| Molecular mechanisms of EGF receptor endocytosis | ||||
| University of California, San Diego | ||||
| Research Priority: Pathogenesis > Cell growth | ||||
| Award Type: Postdoctoral Fellowship | ||||
| Potential Tumor Suppressors in Breast Cancer | ||||
| University of California, San Diego | ||||
| Research Priority: Pathogenesis > Searching the unknown | ||||
| Award Type: Postdoctoral Fellowship | ||||
| Why Does Normal Cell Death Not Occur in Breast Cancer? | ||||
| University of California, San Diego | ||||
| Research Priority: Pathogenesis > Cell growth | ||||
| Award Type: Postdoctoral Fellowship | ||||
| Novel Ways to Control the Growth of Mammary Epithelial Cells | ||||
| Scripps Research Institute | ||||
| Research Priority: Pathogenesis > Cell growth | ||||
| Award Type: Postdoctoral Fellowship | ||||
| Zinc Finger proteins as therapeutic agents for breast | ||||
| Scripps Research Institute | ||||
| Research Priority: Pathogenesis > Outbreak - how cancer spreads | ||||
| Award Type: Postdoctoral Fellowship | ||||
| Genetic Susceptibility to Breast Cancer | ||||
| University of Southern California | ||||
| Research Priority: Etiology > Environment & gene/environment interactions | ||||
| Award Type: Postdoctoral Fellowship | ||||
| Studies of Tamoxifen/Toremifene DNA interactions in monkeys | ||||
| University of California, Davis | ||||
| Research Priority: Pathogenesis > Mistakes on the master blueprint | ||||
| Award Type: Postdoctoral Fellowship | ||||
| Loss of Tumor Suppressor Proteins in Breast Cancer Cells | ||||
| Lawrence Berkeley National Laboratory | ||||
| Research Priority: Pathogenesis > Cell growth | ||||
| Award Type: Postdoctoral Fellowship | ||||
| Targeted search for new transcription factors in breast cell | ||||
| Lawrence Berkeley National Laboratory | ||||
| Research Priority: Pathogenesis > Searching the unknown | ||||
| Award Type: Postdoctoral Fellowship | ||||
Research Projects: Research Project Awards Top
| How are Collagenses Involved in Breast Cancer Metastasis? | ||||
| La Jolla Institute for Molecular Medicine | ||||
| Research Priority: Pathogenesis > Outbreak - how cancer spreads | ||||
| Award Type: Research Project | ||||
| Xenoestrogens and Breast Cancer in African American Women | ||||
| Public Health Institute | ||||
| Research Priority: Etiology > Environment & gene/environment interactions | ||||
| Award Type: Research Project | ||||
| Oncogene Regulation in Mammary Cancer | ||||
| The Burnham Institute for Medical Research | ||||
| Research Priority: Pathogenesis > Mistakes on the master blueprint | ||||
| Award Type: Research Project | ||||
| Molecular control of breast exposure to selenium | ||||
| University of California, San Diego | ||||
| Research Priority: Etiology > Environment & gene/environment interactions | ||||
| Award Type: Research Project | ||||
| Linking a dietary carcinogen to breast cancer susceptibility | ||||
| Lawrence Livermore National Laboratory | ||||
| Research Priority: Etiology > Hormones & nutrition | ||||
| Award Type: Research Project | ||||
| Mouse model for the loss of Bax expression in breast cancer | ||||
| The Burnham Institute for Medical Research | ||||
| Research Priority: Pathogenesis > Mistakes on the master blueprint | ||||
| Award Type: Research Project | ||||
| Estrogen receptor-interacting proteins in breast cancer | ||||
| University of Southern California | ||||
| Research Priority: Pathogenesis > Cell growth | ||||
| Award Type: Research Project | ||||
| Predictors of Recurrent Breast Tumors in Women with DCIS | ||||
| University of California, San Francisco | ||||
| Research Priority: Etiology > Other searches for the causes | ||||
| Award Type: Research Project | ||||
| Nongenomic actions of antiestrogens | ||||
| John Wayne Cancer Institute | ||||
| Research Priority: Pathogenesis > Cell growth | ||||
| Award Type: Research Project | ||||
| Immune responses to breast cancers: function of TRAF protein | ||||
| The Burnham Institute for Medical Research | ||||
| Research Priority: Pathogenesis > Cell growth | ||||
| Award Type: Research Project | ||||
| Enhanced lysosomal degradation of growth factor receptors | ||||
| University of California, San Diego | ||||
| Research Priority: Pathogenesis > Cell growth | ||||
| Award Type: Research Project | ||||
| Identification of new candidate breast cancer genes | ||||
| Lawrence Berkeley National Laboratory | ||||
| Research Priority: Pathogenesis > Searching the unknown | ||||
| Award Type: Research Project | ||||
| Identification of new candidate breast cancer genes | ||||
| University of California, San Francisco | ||||
| Research Priority: Pathogenesis > Searching the unknown | ||||
| Award Type: Research Project | ||||
| Abnormal Regulation in Breast Cancer Development/Metastasis | ||||
| Scripps Research Institute | ||||
| Research Priority: Pathogenesis > Outbreak - how cancer spreads | ||||
| Award Type: Research Project | ||||
Career Development Awards: Training Program Top
