They often go through a process of adaption
Egg cells are adapted to their function of fertilization by having a large size to store nutrients for the developing embryo, a protective outer layer to prevent multiple sperm from fertilizing it, and containing organelles such as mitochondria to provide energy for cellular activities.
Animal cells are adapted to their functions through specialized structures such as organelles (e.g. mitochondria for energy production, lysosomes for waste removal), a flexible plasma membrane for communication and transport, and a cytoskeleton for shape, support, and movement. These adaptations enable animal cells to carry out specific tasks efficiently and effectively within the organism.
The gastrointestinal (GI) mucosa is adapted for absorption and secretion due to its large surface area lined with specialized cells like enterocytes, goblet cells, and enteroendocrine cells. These cells facilitate the absorption of nutrients and water while secreting enzymes, mucus, and hormones for digestive processes.
Ciliated epithelial cells are adapted for their job of moving mucus and debris along surfaces within the body by having hair-like structures called cilia on their surface. These cilia beat in a coordinated fashion to create a sweeping motion that helps propel particles along. Additionally, ciliated epithelial cells are often found lining respiratory passages and the female reproductive system, where their movement helps maintain proper function and health.
Some examples of specialized cells in the body include red blood cells, which transport oxygen in the blood, neurons, which transmit electrical signals in the nervous system, and muscle cells, which contract to produce movement. Each type of specialized cell is uniquely adapted to its specific function in the body.
Red blood cells are adapted for oxygen transport due to their concave shape and lack of a nucleus, allowing for more space to carry oxygen. Nerve cells are adapted for rapid transmission of electrical impulses with their long axons. Muscle cells are adapted for contraction with abundant mitochondria for energy production.
They have adapted to their job by developing a cell membrane to keep unwanted waste
how are cells adapted? sperm cells white blood cells red blood cells pollen cells leaf cells Cells may adapt gradually through evolution or more rapidly through specialization.
they meet together
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The cuttlefish adapted because they have special cells on their skin which they adapted to allow them to change the colour and texture of their skin, therefore allowing them to spring up on their prey.
To fight disease within the body
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epithelial cell
they nake starch and produce energy for the plant.
They have more mitochondria