yes
The tissue that consists of cells that wear out constantly and are replaced by mitosis throughout life is epithelial tissue. Epithelial cells are continuously exposed to wear and tear from the external environment and are replaced through cell division to maintain the integrity of the tissue.
Epithelial tissue is an (animal) tissue which protect the structures beneath them whilst Epidermal is a (plant) tissue that protect the plant against injury at the same time prevent it from drying-out of its inner parts.
epidermal tissue
A leaf typically has three main types of tissues: epidermal tissue, mesophyll tissue, and vascular tissue. The epidermal tissue covers the outer surface of the leaf, the mesophyll tissue is where photosynthesis occurs, and the vascular tissue is responsible for transporting nutrients and water throughout the leaf.
Epithelium :)
The tissue that consists of cells that wear out constantly and are replaced by mitosis throughout life is epithelial tissue. Epithelial cells are continuously exposed to wear and tear from the external environment and are replaced through cell division to maintain the integrity of the tissue.
Muscle tissue is deep to epidermal tissue. Epidermal tissue is superficial to muscle tissue.
Epithelial tissue is an (animal) tissue which protect the structures beneath them whilst Epidermal is a (plant) tissue that protect the plant against injury at the same time prevent it from drying-out of its inner parts.
your skin
All bone tissue is constantly being reabsorbed and redeposited. So eventually yes, the bone in your humerus will be replaced, but it is a slow process.
epidermal tissue
A leaf typically has three main types of tissues: epidermal tissue, mesophyll tissue, and vascular tissue. The epidermal tissue covers the outer surface of the leaf, the mesophyll tissue is where photosynthesis occurs, and the vascular tissue is responsible for transporting nutrients and water throughout the leaf.
An animal's skin is keratinized epidermal tissue
mesoglea.
yes
Our bodies are covered by a epidermal tissue.
epidermal