The image illustrates the sporulation process in bacteria. Starting with cell division, an axial filament forms. Then, a septum forms, leading to forespore development. Next, the forespore is engulfed. A cortex forms, followed by coat synthesis. The coat is completed, increasing refractility and heat resistance. Finally, the sporangium undergoes lysis, liberating the free spore, which consists of the exosporium, spore coat, cortex, and core.

$The image illustrates the sporulation process in bacteria. Starting with cell division, an axial filament forms. Then, a septum forms, leading to forespore development. Next, the forespore is engulfed. A cortex forms, followed by coat synthesis. The coat is completed, increasing refractility and heat resistance. Finally, the sporangium undergoes lysis, liberating the free spore, which consists of the exosporium, spore coat, cortex, and core.$

B.Y.C

Nov 26, 2021, 10:16 PM

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cell division

bacterial endospore

sporulation

microbiology

diagram

The image illustrates the sporulation process in bacteria. Starting with cell division, an axial filament forms. Then, a septum forms, leading to forespore development. Next, the forespore is engulfed. A cortex forms, followed by coat synthesis. The coat is completed, increasing refractility and heat resistance. Finally, the sporangium undergoes lysis, liberating the free spore, which consists of the exosporium, spore coat, cortex, and core.

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