Factor·arcadia
Cellular motility
Movement of chlorarachniophyte cells, involving extensions and associated with capturing prey, swimming, or crawling behavior.
Confidence
80%
active
Source
Prachee Avasthi et al. (2022). Chlorarachniophytes form light- and Arp2/3 complex-dependent extensions that are involved in motility and predation doi:10.57844/arcadia-eqg7-kf54 ↗
Connections (11)
Motility rescue by known compoundsAssociation
Spermatogenic failure results in motility defectsAssociation
Chlorarachniophyte extensions enable cellular motilityAssociation
Lotharella globosa extensions enable amoeboid crawlingAssociation
Lotharella globosa can exhibit amoeboid motilityAssociation
A. amoebiformis uses extensions for motilityAssociation
Gymnochlora sp. uses extensions for motilityAssociation
SwimTracker quantifies cell motility metricsAssociation
Vessel type influences cell swimming behaviorAssociation
Machine learning approaches classify motility behaviorAssociation
Identification of environmental or genetic parameters impacting motilityAssociation