Linked from

The 17 pages that link to Photosystem II, each with the reason it gives.

• CyanobacteriaRelated: Its water-splitting reaction supplies electrons and releases the oxygen produced by cyanobacteria.

• ChlorophyllRelated: Its reaction-center chlorophyll initiates electron transfer and water oxidation.

• Chlorophyll aRelated: Chlorophyll a molecules in its reaction center initiate charge separation.

• Photosystem IRelated: It supplies the electron flow that ultimately reaches Photosystem I through the thylakoid chain.

• LuteinRelated: Lutein helps stabilize pigment-protein complexes associated with light capture.

• ThylakoidRelated: It begins linear electron transport in the thylakoid membrane and releases oxygen into the lumen.

• ChlorophytaRelated: Chlorophyta uses this complex to power oxygen-producing photosynthesis.

• ZeaxanthinRelated: Zeaxanthin helps protect this photosynthetic machinery from excess light.

• AtrazineRelated: Atrazine binds its D1 protein and blocks electron transfer through this complex.

• ChlamydomonasRelated: Chlamydomonas helps researchers investigate photosynthetic machinery and its regulation.