Science and Medicine: Cancer

Dr. Ekaterina Dadachova

Dr. Dadachova is currently the Sylvia and Robert Olnick Faculty Scholar in Cancer Research and an associate professor of nuclear medicine and microbiology and immunology at the Albert Einstein College of Medicine of Yeshiva University. She received her Bachelor of Chemistry degree in 1986 from Moscow State University, Moscow, Russia. After obtaining her PhD in physical chemistry in 1992 from the same institution she emigrated to Australia where in 1993 she started postdoctoral work at the biomedicine and health program, Australian Nuclear Science and Technology Organization (ANSTO). Dr. Dadachova was given a task to develop a separation procedure for production of radioactive isotopes for medical applications. In 1995 she was invited as a guest scholar to Oak Ridge National Laboratory (ORNL), TN where she worked for 6 months at the production of isotopes in nuclear reactor and at making radioactive antibodies for cancer treatment. On return to ANSTO from ORNL she was promoted to research scientist position. In 1998 Dr. Dadachova was invited by Dr. Martin Brechbiel, of the National Cancer Institute, NIH to join his radioimmune and inorganic chemistry section as a visiting associate. During her 2 years at NIH she participated in all aspects of pre-clinical development and evaluation of radioactive drugs from chemistry to experimental therapy and toxicity studies. In 2000 Dr. Dadachova was recruited by the department of nuclear medicine, AECOM as assistant professor of nuclear medicine and director of radiochemistry. She has developed an active research program in novel therapies of cancer and infectious diseases using radioactive drugs. To date, Dr. Dadachova has published 91 peer-reviewed papers and is named inventor on 12 patents. Ongoing research projects in her laboratory are funded by NIH, research foundations and industry grants. She currently serves on the editorial boards of “Nuclear Medicine and Biology” and “Cancer Biotherapy and Radiopharmaceuticals” journals. Sample Titles Melanin Pigment as an Energy Transducer in Microorganisms and its Potential Applications in Bioremediation New Approaches to the Therapy of Infectious Disease Bismuth-213 in Radioimmunotherapy...


Dr. Michael Lipton

Born in Boston and raised in upstate New York and Southern California, Dr. Lipton entered the Six-Year Liberal Arts – Medicine Program at Boston University in 1983. The program, designed to develop humanistic physicians, channeled students toward the liberal arts and clinical medicine. Dr. Lipton minored in Spanish literature with a special interest in contemporary Castilian fiction (Miguel Delibes was a favorite), including study in Salamanca, Spain. Key interests during medical school were the neurosciences and, in particular, brain substrates of psychiatric disease. Nonetheless, the opportunity to exploit technology and treat disease less invasively drew Dr. Lipton to training in Diagnostic Radiology and Neuroradiology. In his first faculty appointment as assistant professor of radiology at the Albert Einstein College of Medicine of Yeshiva University, through a newly established collaborative relationship between Einstein and the Center for Advanced Brain Imaging (CABI) at the Nathan S. Kline Institute for Psychiatric Research (NKI), Dr. Lipton was immersed in neuroimaging research and developed his own research program. With the support of a National Institutes of Health Mentored Clinical Scientist Career Development Award, he completed a Ph.D. in Neuroscience at Einstein, executing work that redefined our understanding of brain organization using electrical and hemodynamic (MRI) measures. Subsequently, Dr. Lipton was promoted to associate professor of radiology, psychiatry and behavioral sciences and neuroscience at Einstein and named associate director of the Gruss Magnetic Resonance Research Center. In parallel with his basic science work, Dr. Lipton directs a program investigating mild traumatic brain injury and its effects on cognitive disability. Sample Titles Is There Any Such Thing as a Minor Head Injury? Detecting Microscopic Brain Injury in Living Humans Imaging Biomarkers to Improve Patient Care and Facilitate Novel Treatments Safety Issue in MRI: What Everyone Needs to...

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