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The spatial and mechanical challenges of female meiosis
Janice P. Evans
,
Douglas N. Robinson
School of Medicine
Research output
:
Contribution to journal
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Review article
›
peer-review
18
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Keyphrases
Cell Mechanics
100%
Mechanical Challenges
100%
Female Meiosis
100%
Cell Shape
75%
Cytokinesis
75%
Polar Body
75%
Meiosis
50%
Biochemical Signals
50%
Mitotic Spindle
50%
Meiotic Division
50%
Volume Difference
25%
Cell Cycle Control
25%
Temporal Control
25%
Daughter Cells
25%
Spindle
25%
Cellular Morphology
25%
Control Element
25%
Spindle Morphology
25%
Metaphase I
25%
Egg Quality
25%
Meiotic Maturation
25%
Mitotic Cells
25%
Meiosis I
25%
Asymmetric Cell Division
25%
Cellular Morphogenesis
25%
Egg Activation
25%
Meiosis II
25%
Spatial Control
25%
Characteristic Change
25%
Cortical Cytoskeleton
25%
Biochemistry, Genetics and Molecular Biology
Meiosis
100%
Mechanics
80%
Cell Shape
60%
Polar Body
60%
Pole Cell
60%
Metaphase
40%
Mitosis Spindle
40%
Cytoskeleton
20%
Cell Cycle
20%
Morphogenesis
20%
Maturation
20%
Chromosome
20%
Cell Cycle Regulation
20%
Daughter Cell
20%
Asymmetric Cell Division
20%
Oocyte Activation
20%
Veterinary Science and Veterinary Medicine
Oocyte
100%
Oocyte Activation
25%
Egg Quality
25%