The reproductive structure in ascomycetes that contains spores is called an ascus. It is a sac-like structure where spores are produced and stored until they are released for dispersal.
The reproductive structure in ascomycetes that contains spores is called an ascus. The ascus is a sac-like structure where the spores are produced and stored before they are released into the environment.
Bacterial spores have a tough protective coat that shields them from extreme conditions like heat. When food is cooked, the spores may not be destroyed as they can withstand high temperatures. These spores can later germinate into bacteria if the conditions are favorable.
Bacterial spores are resistant and dormant structures formed in certain Bacteria and are ment for survival . They are of 2 types endospore and exospores .
sorialso sporangiaSori are the structures on the underside of fronds in which the spores of ferns are produced.
Mold spores are replete with organelles which is a complex of cellular structure. The nucleus is the most conspicuous organelles. It contains the DNA and has the function of reproduction. In prokaryotic spores the DNA is free in their cytoplasma.
spores
No, this is false.
The most resistant organism in the healthcare environment is the bacterial spor
The reproductive structure in ascomycetes that contains spores is called an ascus. It is a sac-like structure where spores are produced and stored until they are released for dispersal.
Bacterial spores are far more resistant to disinfectants than non-spore forming bacteria. As a result, bacterial spores are more virulent and therefore more capable of causing disease since they can survive most methods that kill 'normal' bacteria...
The reproductive structure in ascomycetes that contains spores is called an ascus. The ascus is a sac-like structure where the spores are produced and stored before they are released into the environment.
Ferdinand Cohn, a German biologist, is credited with the discovery of heat-resistant bacterial spores in the late 19th century. He identified these spores as being able to survive high temperatures and coined the term "endospore" to describe them.
Bacterial spores have a tough protective coat that shields them from extreme conditions like heat. When food is cooked, the spores may not be destroyed as they can withstand high temperatures. These spores can later germinate into bacteria if the conditions are favorable.
No, bacteria cannot multiply inside spores. Spores are dormant structures that are resistant to environmental stresses, including bacterial invasion. Once the spores germinate into active bacterial cells, they can begin to multiply.
Bacterial spores are resistant and dormant structures formed in certain Bacteria and are ment for survival . They are of 2 types endospore and exospores .
Yes, iodine compounds can be effective against spores, including bacterial endospores. Iodine has strong antimicrobial properties that can disrupt the spore's cellular structure and inhibit its growth. However, the efficiency of iodine compounds against spores may vary depending on the concentration, exposure time, and the specific spore type being targeted.