Linked from

The 20 pages that link to Host–parasite interaction, each with the reason it gives.

• ParasiteRelated: This interaction defines how resource extraction and host harm shape parasitic life.

• EndosymbiosisCompared with: It contrasts mutually beneficial partnerships with harmful intracellular associations.

• OvipositionRelated: Parasitoids lay eggs on or in hosts, making site choice central to offspring development.

• Host specificityNarrower topic: Host specificity is one property of the broader host–parasite relationship.

• HostRelated: This interaction describes how host condition and parasite activity affect each other.

• TegumentNarrower topic: The tegument is a major interface through which parasitic flatworms encounter host defenses and tissues.

• ParasitologyRelated: These interactions determine infection outcomes and parasite persistence.

• Parasitic diseaseNarrower topic: Disease emerges from interactions between parasite traits and the host’s defenses and physiology.

• Sea liceNarrower topic: Infestation depends on both louse behavior and the fish's defenses.

• FlatwormRelated: Parasitic flatworms depend on host tissues or nutrients and can alter host health and behavior.

• MicrosporidiaNarrower topic: Microsporidian infection depends on interactions between the spore and host cell.

• Freshwater pearl musselNarrower topic: The larval stage depends on a fish host, though the adult mussel is free-living.

• IchthyosporeaNarrower topic: This interaction frames the growth and transmission of many animal-associated ichthyosporeans.

• Parasite ecologyBroader topic: These interactions determine parasite fitness and the costs hosts experience.

• AntiparasiticRelated: Treatment must disrupt parasite survival while accounting for effects on the host.

• InfestationRelated: In host infestations, parasite survival depends on access to host tissues or resources.

• OxpeckerNarrower topic: Oxpecker feeding can alter parasite loads without eliminating the host’s broader parasite burden.

• TachinidaeRelated: Host defenses and tachinid adaptations shape whether larvae establish and develop.

• AphelidaRelated: Aphelid infection is a direct example of a parasite exploiting a unicellular host.

• EucestodaNarrower topic: Eucestode survival depends on exploiting host tissues while evading or tolerating defenses.