There's some confusion here.
The stomach lacks microvilli as it is NOT an organ of absorption. It's function is to churn your food into an isotonic mush ...
so that
your small intestines, which do have microvilli, can absorb nutrients.
Columnar epithelium forms the lining of the stomach and intestines
the stomach needs the muscle tissue and the elastic tissue to stretch and digest the food. Connective Tissue: Is the blood in the walls of the stomach. Nervous Tissue: Controls acid production in the stomach. It also helps contract and coordinate stomach muscle. Epithelial Tissue: Protects the stomach against acid. It covers the inside of the stomach. It also has folds to increase surface area. Muscle Tissue: Mixes stomach contents and forces them towards the lower intestines. It is in between the epithelial tissue.
Epithelial tissue in the stomach can be found lining the inner surface of the stomach, forming a protective barrier against stomach acid and digestive enzymes. This tissue is made up of specialized cell types that help with secretion, absorption, and protection.
simple columnar epithelium tissue
Folds or wrinkles called Rugae allow the stomach to expand by unwrinkling
Epithelial cells lining the inside stomach secrete a substance which prevents the stomach acid harming the lining of the stomach.
Epithelial tissue lines the stomach, like most internal organs.
Zymogenic, or chief, cells.
Epithelial tissue is the tissue that lines various body cavities such as the mouth, ears, and stomach. This tissue acts as a protective barrier and helps with absorption and secretion in these cavities.
There are four types of tissue that are found in the stomach. These tissues are epithelial, connective, muscle, and nervous tissues.
The main function of it in the stomach is to secret,selective absorption,protection, trans cellular transport and detection of sensation .
The four types of tissue found in the stomach are epithelial tissue (lining the surface for absorption), muscular tissue (responsible for movement), connective tissue (supporting structure), and nervous tissue (for communication and control of functions).