NEWS
Free Institutional Consultancy Services
New Feature: Compare Your Institution with the Previous Year
Find a Professional: Explore Experts Across 197 Disciplines in 220 Countries!
Find a Professional
Print Your Certificate
New! Young University / Institution Rankings 2025
New! Art & Humanities Rankings 2025
New! Social Sciences and Humanities Rankings 2025
Highly Cited Researchers 2025
AD
Scientific Index 2025
Scientist Rankings
University Rankings
Subject Rankings
Country Rankings
login
Login
person_add
Register
insights
H-Index Rankings
insights
i10 Productivity Rankings
format_list_numbered
Citation Rankings
subject
University Subject Rankings
school
Young Universities
format_list_numbered
Top 100 Scientists
format_quote
Top 100 Institutions
format_quote
Compare & Choose
local_fire_department
Country Reports
person
Find a Professional
Nathan G Glasgow
University of Pittsburgh - Pittsburgh / United States
Medical and Health Sciences / Neuroscience
AD Scientific Index ID: 1619515
Registration, Add Profile,
Premium Membership
Print Your Certificate
Ranking &
Analysis
Job
Experiences (0)
Education
Information (0)
Published Books (0)
Book Chapters (0)
Articles (0)
Presentations (0)
Lessons (0)
Projects (0)
Subject Leaders
Editorship, Referee &
Scientific Board (0 )
Patents /
Designs (0)
Academic Grants
& Awards (0)
Artistic
Activities (0)
Certificate / Course
/ Trainings (0)
Association &
Society Memberships (0)
Contact, Office
& Social Media
person_outline
Nathan G Glasgow's MOST POPULAR ARTICLES
1-)
Molecular bases of NMDA receptor subtype‐dependent propertiesNG Glasgow, B Siegler Retchless, JW JohnsonThe Journal of physiology 593 (1), 83-95, 20151332015
2-)
Recent insights into the mode of action of memantine and ketamineJW Johnson, NG Glasgow, NV PovyshevaCurrent opinion in pharmacology 20, 54-63, 2015972015
3-)
Memantine and ketamine differentially alter NMDA receptor desensitizationNG Glasgow, NV Povysheva, AM Azofeifa, JW JohnsonJournal of Neuroscience 37 (40), 9686-9704, 2017632017
4-)
Mechanistic and structural determinants of NMDA receptor voltage-dependent gating and slow Mg2+ unblockRJ Clarke, NG Glasgow, JW JohnsonJournal of Neuroscience 33 (9), 4140-4150, 2013452013
5-)
Lgr5+ amacrine cells possess regenerative potential in the retina of adult miceM Chen, S Tian, NG Glasgow, G Gibson, X Yang, CE Shiber, ...Aging cell 14 (4), 635-643, 2015342015
ARTICLES
Add your articles
We use cookies to personalize our website and offer you a better experience. If you accept cookies, we can offer you special services.
Cookie Policy
Accept