Linked from

The 16 pages that link to Secondary endosymbiosis, each with the reason it gives.

• Endosymbiotic theoryBroader topic: It extended endosymbiosis by spreading plastids among diverse eukaryotic lineages.

• ChloroplastRelated: It spread chloroplast-derived plastids into algal groups beyond those with primary plastids.

• ArchaeplastidaCompared with: Many algae outside Archaeplastida gained plastids through this later route rather than primary endosymbiosis.

• EndosymbiosisBroader topic: It shows how endosymbiotic partnerships can be nested across multiple cell lineages.

• Primary endosymbiosisRelated: Primary plastids later spread to additional lineages through engulfment of algae.

• PlastidRelated: Many algal plastids spread through later transfers between eukaryotes.

• StramenopileRelated: It accounts for the complex, red-algal-derived plastids found in many photosynthetic stramenopiles.

• AlgaeRelated: It accounts for photosynthetic organelles in algal groups outside the primary plant lineage.

• EuglenidRelated: Euglenid chloroplasts descend from an engulfed green alga.

• AlveolataRelated: This process explains complex plastids in some alveolate groups.

• ChromalveolataNarrower topic: The chromalveolate hypothesis proposes one red-algal endosymbiosis in the ancestors of its members.

• EuglenaRelated: Euglenid plastids are understood to have arisen through this process.

• ChromistaRelated: It explains plastid features shared by several groups once placed in Chromista.

• SymbiogenesisBroader topic: It shows how symbiotic integration can recur after the original bacterial-to-eukaryote event.

• Plastid DNARelated: It spread plastids and their inherited genetic material across distant eukaryotic groups.

• CryptomonadRelated: It explains the complex ancestry of many cryptomonad chloroplasts.