Subfield · Cellular and Molecular Neuroscience · United States
Cellular and Molecular Neuroscience research in United States
Harvard University ranks first in United States for Cellular and Molecular Neuroscience research in 2022–2025 (#1 worldwide), followed by Stanford University and Howard Hughes Medical Institute.
- United States's world rank
- #1 of 39 countries, 2022–2025
- Works, 2022–2025
- 16k
- Top-10% rate
- 19.1%
- Ranked institutions
- 60
Research strength only: this says nothing about teaching, admissions or cost.
What is the best university for Cellular and Molecular Neuroscience in United States?
Institutions in United States above the floor of 40 fractional works in Cellular and Molecular Neuroscience, ordered by their worldwide rank on research quality, 2022–2025.
Who are the top Cellular and Molecular Neuroscience researchers in United States?
Bruce S. McEwen, Sidney Udenfriend and David M. Holtzman rank highest among researchers based in United States.
- 1Bruce S. McEwen#921 worldwide overall3.6k citations · 15 works
- 2Sidney Udenfriend#957 worldwide overall2.3k citations · 7 works
- 3David M. Holtzman#1,058 worldwide overall2.8k citations · 9 works
- 4Solomon H. Snyder#1,095 worldwide overall2.8k citations · 37 works
- 5George D. Yancopoulos#1,215 worldwide overall2.5k citations · 8 works
- 6Mostafa A. El‐Sayed#1,236 worldwide overall3.5k citations · 11 works
- 7Fred H. Gage#1,450 worldwide overall2.9k citations · 27 works
- 8Klaus Schulten#1,529 worldwide overall3.4k citations · 8 works
- 9Dennis J. Selkoe#1,563 worldwide overall2.4k citations · 9 works
- 10Róbert Langer#1,884 worldwide overall4.2k citations · 7 works
- 11A. M. Litke#1,926 worldwide overall7.4k citations · 17 works
- 12Jean Rivier#2,086 worldwide overall2.2k citations · 9 works
- 13Julius Axelrod#2,167 worldwide overall1.9k citations · 10 works
- 14Timothy C. Wang#2,240 worldwide overall2.2k citations · 9 works
- 15Jacqueline A. French#2,338 worldwide overall2k citations · 8 works
How United States compares with other countries in Cellular and Molecular Neuroscience