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Social isolation in mice: behavior, immunity, and tumor growth
Dan Farbstein
,
Nurit Hollander
, Orit Peled
,
Alan Apter
,
Silvana Fennig
,
Yael Haberman
, Hila Gitman
,
Isaac Yaniv
,
Vered Shkalim
,
Chaim G. Pick
,
Noa Benaroya-Milshtein
*
*
Corresponding author for this work
Clinical Departments
Clinical Microbiology and Immunology
Psychiatry
Pediatrics
Anatomy and Anthropology
Tel Aviv University
Research output
:
Contribution to journal
›
Article
›
peer-review
12
Scopus citations
Overview
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Keyphrases
Adrenal Axis
16%
B Lymphoma Cells
16%
Behavioral Consequences
16%
Behavioral Effects
16%
Behavioral Tests
33%
Between-group Difference
16%
Biological Consequences
16%
C-13
16%
Chronic Stress
16%
Cortisone
16%
Difference from Control
16%
Electric Shock
16%
Elevated Plus Maze Test
16%
Freezing Time
16%
Grip Strength
33%
Hot Plate
16%
Hypophyseal
16%
Immune Parameters
16%
Immunological Effects
16%
Immunological Parameters
16%
Inoculation
16%
Lay Summary
16%
Long-term Isolation
16%
Low Body Weight
16%
Lymphocyte Proliferation
16%
Mouse Behavior
100%
Mouse Model
16%
Mouse Tumor
100%
Natural Killer Cell Activity
16%
Neurological Effects
16%
No Significant Difference
16%
Physical Behavior
16%
Physical Strength
16%
Posttraumatic Stress Disorder
16%
Reactions to Stress
16%
Response to Stress
16%
Social Isolation
100%
Social Standards
16%
Socially Isolated
50%
Staircase
16%
Strength Assessment
16%
Stress Conditioning
33%
Tumor Cells
16%
Tumor Development
16%
Tumor Growth
100%
Tumor Progression
16%
Tumor Size
16%
Tumor Survival
16%
Immunology and Microbiology
Body Weight
50%
Chronic Stress
50%
Conditioning
100%
Elevated Plus Maze Test
50%
Grip Strength
100%
Lymphocyte Proliferation
50%
Lymphoma Cell
50%
Mouse Model
50%
Natural Killer Cell
50%
Tumor Cell Inoculation
50%
Tumor Volume
50%
Neuroscience
Behavior (Neuroscience)
100%
Behavioral Test
16%
Cortisone
16%
Elevated Plus Maze
16%
Lymphocyte Proliferation
16%
Natural Killer Cell
16%
Posttraumatic Stress Disorder
16%
Social Isolation
100%