The actin networks of chytrid fungi reveal evolutionary loss of cytoskeletal complexity in the fungal kingdom

Keyphrases

• Actin 100%
• Actin Network 100%
• Chytrid Fungus 100%
• Evolutionary Loss 100%
• Fungi 50%
• Chytrid 50%
• Batrachochytrium Dendrobatidis 50%
• Cytoskeleton 33%
• Actin Structure 33%
• Pseudopod 33%
• Zoospores 33%
• Actin Cortex 33%
• Actin Patch 33%
• Nucleator 33%
• Small Molecule Inhibitors 16%
• Flagella 16%
• Cell Wall 16%
• Life Stages 16%
• Myosin Motor 16%
• Cell Migration 16%
• Formin 16%
• Filopodia 16%
• Mammalian Cells 16%
• Amphibians 16%
• Functional Conservation 16%
• Endocytosis 16%
• Specific Components 16%
• Cytokinesis 16%
• Animal Cells 16%
• Actin-myosin 16%
• Cytoskeletal Components 16%
• Yeast-like 16%
• Polymer Network 16%
• Arp2 16%
• Sporangia 16%
• Actin Regulators 16%
• Dikarya 16%
• Tree Use 16%

Biochemistry, Genetics and Molecular Biology

• Evolution 100%
• Actin 100%
• Batrachochytrium dendrobatidis 18%
• Cytoskeleton 12%
• Spike 12%
• Zoospore 12%
• Cell Migration 6%
• Small Molecule 6%
• Formins 6%
• Mammalian Cell 6%
• Endocytosis 6%
• Sporangium 6%
• Flagellum 6%
• Filopodia 6%

Immunology and Microbiology

• Evolution 100%
• Actin 100%
• Batrachochytrium dendrobatidis 18%
• Spike 12%
• Cytoskeleton 12%
• Zoospore 12%
• Cell Wall 6%
• Animal Cell 6%
• Endocytosis 6%
• Sporangium 6%
• Flagellum 6%
• Cell Migration 6%
• Filopodia 6%