meristematic cells
Another name for the cells in plants and animals is "eukaryotic cells." These cells are characterized by having a defined nucleus and membrane-bound organelles. In plants, they contain chloroplasts for photosynthesis and a rigid cell wall, while animal cells lack these features. Both types of cells share common structures, such as the plasma membrane and cytoplasm.
cell wall and cell membrane
Cells that have become highly adapted to carry out a particular function are referred to as "specialized cells" or "differentiated cells." These cells undergo a process called differentiation, where they develop unique structures and functions tailored to their specific roles in an organism, such as muscle cells for contraction or neurons for transmitting signals.
The name for a group of cells that work together to perform a certain task in an organism is called a tissue. Tissues are composed of similar cells with a specific function, such as muscle tissue or nervous tissue.
Organelle which is the word used to describe the parts of cells with specific function as they act like mini organs.
a group of cells that specialize to perform a function is known as a tissue e.g., Xylem is a water conducting tissue of higher plants comprising mainly of parechyma, companian cell and vessels.
Mitochondria
The COUNT function.
John's cells? Animal cells? You can name them by function, location, species, or first describer's name.
Another name for the cells in plants and animals is "eukaryotic cells." These cells are characterized by having a defined nucleus and membrane-bound organelles. In plants, they contain chloroplasts for photosynthesis and a rigid cell wall, while animal cells lack these features. Both types of cells share common structures, such as the plasma membrane and cytoplasm.
A group of similar cells doing the same job is called a tissue. For instance, many muscle cells make up muscle tissue.
Prokaryotic cells . RBC of mammals and Sieve tube cells of plants .
Single-celled organisms, such as bacteria, are often prokaryotes and as stated in name are made of only one cell.Multi-cellular organisms, such as plants and animals (eukaryotes), have a higher degree of specialisation (i.e we have epithelial cells, muscle cells, etc). The cells can work and function together to create a living organism.EX: a human -- cell then tissue then organs then organ systems and then the human body.
Single-celled organisms, such as bacteria, are often prokaryotes and as stated in name are made of only one cell.Multi-cellular organisms, such as plants and animals (eukaryotes), have a higher degree of specialisation (i.e we have epithelial cells, muscle cells, etc). The cells can work and function together to create a living organism.EX: a human -- cell then tissue then organs then organ systems and then the human body.
Single-celled organisms, such as bacteria, are often prokaryotes and as stated in name are made of only one cell.Multi-cellular organisms, such as plants and animals (eukaryotes), have a higher degree of specialisation (i.e we have epithelial cells, muscle cells, etc). The cells can work and function together to create a living organism.EX: a human -- cell then tissue then organs then organ systems and then the human body.
the green pigment in plants is chlorophyll.
cell wall and cell membrane