zoospore การใช้

• The disease then progresses as these new zoospores reinfect the host.
• In water, however, zoospores are released from germinating sporangia.
• Zoospores aggregate and form distinct patterns at 16 癈 in water.
• Light is inhibitory to zoospore formation but stimulatory to zoospore germination.
• Light is inhibitory to zoospore formation but stimulatory to zoospore germination.
• Sporangia germinate in the presence of water to release motile zoospores.
• Growth continues until a new batch of zoospores are ready for release.
• Inoperculate chytrids release their zoospores through pores, slits, or papillae.
• The disease is mostly localized where zoospores initially infected the host plant.
• Depending on moisture conditions, sporangia can either germinate or release zoospores.
• Some are holocarpic, which means they only produce a zoosporangium and zoospores.
• Under certain stress conditions some zoospore pairs fuse, resulting in a zygote.
• Proper field drainage prevents flooding and therefore inhibit zoospore movement towards the host.
• The impact of falling rain drops may splash zoospores into air in droplets.
• Sporangium that produce zoospores make up the asexual phase of the life cycle.
• Zoospores are biflagellate motile spores responsible for the polycyclic qualities of this disease.
• Dormant resting spores can germinate and produce an infection from the virus containing zoospore.
• The zoospores need water to reach the host so saturated soil conditions maximize dissemination.
• Indirect infections occur under unfavorable or very wet conditions by releasing zoospores from sporangia.
• Some chytrids are monocentric, meaning a single zoospore gives rise to a single zoosporangium.