
New York, United States of America

New York, United States of America

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Geneticist and cancer researcher known for his work on the genetic basis of cancer.
Geneticist and Nobel Laureate recognized for discoveries in bacterial genetics and the concept of artificial intelligenc... View More
Geneticist and Nobel Laureate recognized for discoveries in bacterial genetics and the concept of artificial intelligence. View Less
Nobel Laureate who made major contributions to understanding neural communication and neurotransmission.
Virologist and Nobel Laureate who contributed significantly to immunology and cancer research.
Immunologist who discovered dendritic cells, earning a Nobel Prize posthumously.
Geneticist and computational biologist known for her work on infectious diseases and human genetics.
Nobel Laureate who co-discovered telomerase and its role in aging and cancer.
Nobel Laureate credited with co-discovering HIV, profoundly impacting virology and immunology.
Biophysicist who won a Nobel Prize for his work on the structure and function of ion channels.
Microbiologist known for discovering genetic transduction in bacteria, impacting genetic research.
The below information is required while
completing the university application :
a) Online Application
b) Application Fee $50
c) Official high school transcript
d) Letters of recommendation
e) 2 Summary Statement
f) English Language Proficiency
Requirements may vary for each program. Please visit the program page for specific requirements.
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Rockefeller University researchers have contributed significantly to neuroscience, including discoveries in neurogenesis and the mechanisms of neurological disorders.
Rockefeller scientists have advanced cancer immunotherapy by exploring how immune cells can be harnessed to target and destroy cancer cells.
Rockefeller research on amyloid proteins and neurodegeneration contributed to treatments and understanding of Alzheimer’s disease.
Rockefeller scientists helped establish cell biology as a distinct field, contributing foundational knowledge about cell structure and function.
Rockefeller University was among the first to explore the use of stem cells for regenerative medicine and understanding developmental biology.
Rockefeller’s research on HIV/AIDS provided insights into the virus’s replication and immune system evasion, guiding modern treatments and prevention.
The development of monoclonal antibody technology has revolutionized immunology, diagnostics, and treatments for cancer and other diseases.
The university's contributions to understanding how proteins bind to DNA have led to advances in genetic research and biotechnology.
Rockefeller University has produced 26 Nobel Laureates across various fields of medical research, signifying its impact on global scientific advancements.
Rockefeller University pioneered the use of electron microscopy to observe cellular structures, leading to breakthroughs in cellular and molecular biology.
Rod MacKinnon identified the structure of potassium ion channels, essential for nerve signal transmission. This discovery earned a Nobel Prize and has impacted treatments for various neurological disorders.
Rockefeller scientists identified the molecular mechanisms behind circadian rhythms, explaining how biological clocks regulate behavior, health, and disease.
Elizabeth Blackburn and her team discovered telomerase, an enzyme that extends telomeres and plays a role in aging and cancer cell replication. This breakthrough is fundamental to research on aging, cell regeneration, and cancer therapy.
Phillip A. Sharp and Richard J. Roberts contributed to the discovery of RNA splicing, revealing how genes can create different proteins. This invention has had broad implications for genetic research, disease treatment, and biotechnology.
Ralph Steinman discovered dendritic cells, which are critical to the body’s immune response. This discovery led to advancements in immunology, particularly in understanding how the immune system identifies and fights infections and cancer.
David Baltimore and Howard Temin independently discovered reverse transcriptase, an enzyme that transcribes RNA into DNA. This discovery is pivotal in virology and cancer research.
Researchers Michael Brown and Joseph Goldstein discovered the cellular mechanism of cholesterol metabolism, leading to the development of cholesterol-lowering drugs.
Researchers at Rockefeller isolated human growth hormone, leading to treatments for growth deficiencies and endocrine disorders.
Norton Zinder discovered genetic transduction in bacteria, a process that enables DNA transfer between bacteria. This finding greatly influenced genetic engineering and molecular biology.
The development of an effective polio vaccine by Jonas Salk, supported by Rockefeller research, helped in eradicating polio in many parts of the world. This was a major public health advancement.

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