The cell organelle primarily involved in the formation of root hairs is the endoplasmic reticulum (ER), particularly the rough ER, which is responsible for synthesizing proteins necessary for cell wall formation and growth. Additionally, Golgi apparatus plays a role in packaging and transporting these proteins to the cell membrane, where they contribute to the development of root hairs. These structures enhance the root's ability to absorb water and nutrients from the soil.
The trigger mechanism of the nematocyst organelle of the stinging cnidocyte cell consists of a sensory hair and a chemical receptor. When the sensory hair is mechanically stimulated, it activates the chemical receptor, leading to the discharge of the nematocyst's venomous contents.
Cell division in hair occurs primarily in the hair follicle, specifically in the hair matrix, which is located at the base of the follicle. This area contains rapidly dividing cells that produce keratinocytes, which eventually form the hair shaft. As these cells divide and move upwards, they undergo a process of keratinization, ultimately leading to the formation of the hair strand.
Cilia are the cell organelles that sweep material across a surface. They are hair-like structures that protrude from the surface of some eukaryotic cells and beat in a coordinated way to move materials along the cell's surface.
In an animal cell that produces hair, the rough endoplasmic reticulum (RER) would be more abundant due to its role in synthesizing proteins, such as keratin, essential for hair structure. Conversely, in an animal cell that stores fat, the smooth endoplasmic reticulum (SER) would be more prevalent, as it is involved in lipid synthesis and metabolism. Both organelles adapt to the specific functions and requirements of the cell type.
I'm 6 1/2 inches and cut....my build is similar of that to a rugby player, i have blonde hair and blue eyes...my clients agree that this is an accurate description of myself. I'd love to have my mouth around your cytoplasmic organelle and lick your cells....and transport them slowly!
The trigger mechanism of the nematocyst organelle of the stinging cnidocyte cell consists of a sensory hair and a chemical receptor. When the sensory hair is mechanically stimulated, it activates the chemical receptor, leading to the discharge of the nematocyst's venomous contents.
Cell division in hair occurs primarily in the hair follicle, specifically in the hair matrix, which is located at the base of the follicle. This area contains rapidly dividing cells that produce keratinocytes, which eventually form the hair shaft. As these cells divide and move upwards, they undergo a process of keratinization, ultimately leading to the formation of the hair strand.
growing hair
Cilia are the cell organelles that sweep material across a surface. They are hair-like structures that protrude from the surface of some eukaryotic cells and beat in a coordinated way to move materials along the cell's surface.
In an animal cell that produces hair, the rough endoplasmic reticulum (RER) would be more abundant due to its role in synthesizing proteins, such as keratin, essential for hair structure. Conversely, in an animal cell that stores fat, the smooth endoplasmic reticulum (SER) would be more prevalent, as it is involved in lipid synthesis and metabolism. Both organelles adapt to the specific functions and requirements of the cell type.
I'm 6 1/2 inches and cut....my build is similar of that to a rugby player, i have blonde hair and blue eyes...my clients agree that this is an accurate description of myself. I'd love to have my mouth around your cytoplasmic organelle and lick your cells....and transport them slowly!
the formation in which the hair moves//nonsense
yes. A root hair cell has a cell wall.
Formation of keratin protein in cell is called keratinization .
a root hair cell is the base of the plant
The organelle that has many hair-like structures used for movement is the flagellum. It is a long, whip-like appendage that helps cells like sperm cells to swim.
yes, all root hair cells have a cell membrane