sporangium bears number of spores which are formed by process of asexual reproduction by process of mitosis
No, sporulation produces more offspring.
Spores are produced through a specialized form of cell division called meiosis, not mitosis. Meiosis involves two rounds of cell division that results in the formation of haploid spores with half the number of chromosomes as the parent cell. These spores will eventually undergo mitosis to form new multicellular organisms.
In bacteria, sporulation is the process of endospore formation which takes place inside Gram positive bacteria.
Budding, sporulation, conjugation, etc.
Typically, they are referred to as ballistospores.
Sporulation is the process for bacteria that results in the production of an endospore. When bacteria are in a hostile environment, they produces dormant bodies known as endospores. Sporulation enables the bacteria to survive in hostile environments until a more suitable environment is available.
Budding, sporulation, conjugation, etc.
The simple answer: the mother cell does not survive, i.e. no net increase in the population is attained. In bacterial reproduction, two daughter cells are produced, in sporulation, only one spore is made.
To increase spore count in the biomass of Bacillus subtilis, you can optimize growth conditions by providing a nutrient-rich medium that supports sporulation, such as a high concentration of carbon and nitrogen sources. Additionally, inducing stress conditions, such as nutrient limitation or high cell density, can trigger the sporulation pathway. Controlling environmental factors like temperature, pH, and aeration can further enhance sporulation efficiency. Finally, extending the incubation time to allow for complete sporulation is crucial for maximizing spore yield.
Maitosis is the translation for mitosis.
sporulation
Yeast cells undergo sporulation in response to unfavorable environmental conditions like nutrient depletion. Sporulation allows the yeast cell to enter a dormant state and form spores that are more resistant to stress, enabling them to survive harsh conditions. Conversely, budding is a form of asexual reproduction where yeast cells divide to create genetically identical daughter cells, which is advantageous in stable and nutrient-rich environments.