Saccharibacteria host recognition
A tiny Saccharibacterium survives by attaching to another bacterium. Which molecular handshake decides whether that bacterial partner is usable?
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A tiny Saccharibacterium survives by attaching to another bacterium. Which molecular handshake decides whether that bacterial partner is usable?
A Paulinella amoeba carries a photosynthetic compartment descended from a bacterium. It makes essential proteins outside that compartment—how do those proteins cross its inner membrane to work inside?
A yellow lichen on bark has organized layers built by organisms with separate genomes. What makes its fungus and alga assemble that shared body?
A bacterium releases membrane bubbles whose protein contents differ from its own envelope. What determines which proteins leave in those bubbles and which stay behind?
A hibernating ground squirrel repeatedly warms up in the middle of winter. What internal signal makes a long cold torpor bout end?
A female Neocalanus copepod waits hundreds of metres below the surface, then restarts egg production. What ends its months of dormancy?
A swimming coral larva touches a microbial film and may attach and become a polyp. Which signals in a natural mixed biofilm make both steps happen?
Water from roach fed Daphnia makes Daphnia reproduce at a smaller size. Which dissolved chemical carries that warning?
A crowded wingless pea-aphid mother can produce daughters with wings. How does a touch on the mother become a developmental instruction to her embryos?
A freshwater sponge expands and squeezes its water canals to flush out irritants. How does a body without conventional neurons organize the wave and bring it to an end?
A diatom builds a glass-like shell pierced by patterned pores. How do proteins outside its silica-making compartment control the holes formed inside?
Two button-mushroom colonies can meet and form a zone of dead cells. Which recognition products make their shared cytoplasm incompatible?
A single Pyrocystis lunula cell can flash when pushed or deformed. Which molecular sensor turns that physical change into the first signal for light?
A worm can stop making a fluorescent protein, and its descendants can remain dark after the original trigger is gone. What determines when the inherited silencing ends?