lione
The cell organelle present in both a bacterium and a plant cell but not an animal cell is the cell wall. The cell wall provides structure, protection, and support to these cells, maintaining their shape and integrity. Animal cells do not have a cell wall, but instead have a flexible cell membrane for support.
Bacterium and plant cells have a cell wall, a rigid structure that provides support and protection. Animal cells do not have a cell wall, but instead have a plasma membrane for structure and support.
To infect an animal cell, a bacterium must penetrate the cell membrane, which acts as a barrier protecting the cell's interior. This process often involves the bacterium using specific surface proteins or structures, such as pili or fimbriae, to adhere to the cell surface. Once attached, many bacteria secrete enzymes or toxins that facilitate the disruption of the membrane or exploit cellular mechanisms to gain entry. Successful penetration allows the bacterium to access the cellular environment and replicate.
Bacterium is a prokariyote.Others are eukariyotic cells.
Bacterium has prokaryotic cells- cells that have no membrane-bounded organells.
Cell Wall
Animal cells are bigger I think.
The cell organelle present in both a bacterium and a plant cell but not an animal cell is the cell wall. The cell wall provides structure, protection, and support to these cells, maintaining their shape and integrity. Animal cells do not have a cell wall, but instead have a flexible cell membrane for support.
Bacterium and plant cells have a cell wall, a rigid structure that provides support and protection. Animal cells do not have a cell wall, but instead have a plasma membrane for structure and support.
no,it doesnt
lysosomes
chloroplast and cell wall and a LARGE vacoule
A bacterium has a cell membrane, not a cell wall.
To infect an animal cell, a bacterium must penetrate the cell membrane, which acts as a barrier protecting the cell's interior. This process often involves the bacterium using specific surface proteins or structures, such as pili or fimbriae, to adhere to the cell surface. Once attached, many bacteria secrete enzymes or toxins that facilitate the disruption of the membrane or exploit cellular mechanisms to gain entry. Successful penetration allows the bacterium to access the cellular environment and replicate.
Cell wallPlastidslarge central vacuole.
penicillin comes from a fungus. the fungus grows and lives by breaking down organic molecules of decomposing animal and plant life. penicillin itself doesnt "get energy" but rather is derived from the fungus. if you are asking how penicillin destroys some microorganisms - the answer is that it interferes with the ability of a newly formed bacterium to develop a cell wall. a bacterium cannot survive without a cell wall.
chloroplast and cell wall and a LARGE vacoule