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They produce nails :)
What else can I help you with?
Keratinization is the result of toxicity of?
Keratinization is not typically a direct result of toxicity. Instead, it is a natural process in which epithelial cells undergo structural changes and transform into keratin-filled cells. However, certain toxins or irritants may disrupt this process, leading to abnormal keratinization.
What do epidermal cells undergo to produce nails?
Epidermal cells undergo a process called keratinization to produce nails. During keratinization, the epidermal cells in the nail matrix produce keratin, a tough protein that forms the structure of the nail plate. As these cells mature and move upwards, they become tightly packed and eventually form the hardened nail plate that we see.
What is the keratinisation zone?
its where the cells begin to die and where finally they will be shed from the skin. the cells at this stage become progressively flatter, and the cell cytoplasm is replaced with the hard protein keratin
What happens to cells if they undergo differentiation?
different types of blood cells are formed
What can Keratinization of lung cells may result from?
toxicity of vitamin A
What happens when a parent produces reproductive cells?
When a parent produces reproductive cells, sex cells undergo meiosis a process in which these specialized cells duplicate.
Where does keratinization take place of epidermis?
stratum basale: youngest karatincytes made by stem cells.
What boby cells undergo meiosis?
Body cells do not undergo meiosis. Reproductive cells undergo meiosis, body cells, mitosis.
Which types of cells do not undergo mitosis?
The types of cells that do not undergo mitosis are nerve cells and muscle cells.
What type of cells undergo meiosis?
Cells which produce gametes (sex cells) undergo meiosis.
What type of cells do not undergo mitosis?
The type of cells that do not undergo mitosis are mature nerve cells and muscle cells.
What types of cells do not undergo mitosis?
The types of cells that do not undergo mitosis are mature red blood cells and nerve cells.
