Keyphrases
Alcohol Addiction
6%
Alzheimer's Disease
6%
Annual Symposium
6%
Apprenticeship
18%
Behavioral Neuroscience
15%
Biochemical Assessment
11%
Biological Basis
6%
Biophysical Studies
11%
Career Development
17%
Career Studies
18%
Cell Biology
17%
Central Nervous System
11%
Chapel Hill
26%
Chronic Alcohol
7%
Chronic Pain
6%
Clinical Correlation
18%
Communication Skills
7%
Coursework
18%
Cutting-edge Research
6%
Discussion Groups
18%
Dissertation Research
17%
Electrophysiology
9%
Faculty Mentoring
17%
First-year Students
7%
Formal Training
17%
Function Regulation
6%
Functional Imaging
17%
Genetic Control
15%
Genetic Investigation
11%
Glial Cells
15%
Health Burden
7%
In Situ
17%
In Vitro Activity
17%
In Vitro-in Vivo
18%
Ion Channel Function
13%
Journal Club
17%
Learning Activities
35%
Minority Candidates
17%
Molecular Biology
11%
Molecular Control
16%
Molecular Disorder
7%
Molecular Genetics
26%
Molecular Investigation
13%
Nervous System
20%
Neural Development
15%
Neurobiology
79%
Neuroendocrine Effects
13%
Neuroimmune Interactions
13%
Neurological Diseases
6%
Neuronal Function
18%
Neuropeptides
11%
Neuropsychiatric Disorders
12%
Neuroscience
90%
Neuroscientists
7%
Neurotransmitter Receptors
8%
Neurotransmitters
9%
New Faculty
17%
Occupancy
9%
Predoctoral
17%
Predoctoral Training
32%
Qualifying Exam
7%
Renewing
16%
Research Building
9%
Research Integrity
18%
Research Laboratories
34%
Research Seminar
17%
Research Training
81%
Schizophrenia
6%
Signal Transduction
11%
Signal Transduction Pathway
6%
Structure Regulation
13%
Training Program
66%
Transduction Channel
11%
Translational Research
6%
Ultrastructure
11%
University of North Carolina
30%
Neuroscience
Alzheimer's Disease
6%
Behavioral Neuroscience
15%
Cell Signaling
13%
Central Nervous System
13%
Dementia Praecox
6%
Electrophysiology
11%
Functional Imaging
19%
Glial Cell Biology
18%
In Vitro
19%
In Vivo
19%
Ion Channel
13%
Nervous System
22%
Nervous System Disorder
6%
Neural Development
18%
Neuropeptide
13%
Neuroscience
100%
Neuroscience
89%
Neurotransmitter
11%
Neurotransmitter Receptor
8%
Signal Transduction Pathway
6%