They can no longer replicate (reproduce).
Regeneration is the process by which an organism regrows a damaged or lost body part through the proliferation and differentiation of specialized cells. In some organisms, such as certain amphibians and starfish, cells at the site of injury can dedifferentiate and form a blastema, from which the regrown structure develops. The process is controlled by various genetic and signaling pathways that coordinate cell growth, patterning, and tissue repair.
Cancer is a disorder in which cells in a certain area of the body, primarily areas of the body where cells multiply often (such as skin cells), lose their ability to duplicate properly. It has nothing to do with how they die.
Some types of specialized cells in plants include parenchyma cells (for storage and photosynthesis), xylem cells (for water transport), phloem cells (for nutrient transport), and guard cells (for regulating gas exchange). These cells play specific roles in supporting the functions of the plant.
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.
Specialized cells allow for division of labor within the organism, leading to increased efficiency and functionality. They also enable multicellular organisms to perform complex functions and adapt to diverse environments.
solution because its mixed with water
After some cells mature, particularly in the case of red blood cells, the function of the nucleus is lost as these cells eject their nuclei to maximize space for hemoglobin and enhance oxygen transport. This loss of the nucleus means these mature cells can no longer divide or carry out DNA-related functions, limiting their lifespan and regenerative ability. Other cell types, such as certain types of muscle cells, also exhibit a similar loss of nuclear function in favor of specialized roles.
Specialization in muscle and nerve cells typically reduces their ability to reproduce compared to other types of cells in the body due to their mature and highly specialized functions. Muscle cells have limited ability to divide as they are primarily designed for contraction, while nerve cells have limited capacity for regeneration due to their intricate structures and long extensions.
Stem cells and leaf cells are two speacilized plant cells.
Regeneration in animals involves the ability to regrow lost or damaged body parts. Some animals, like starfish and planarians, can reproduce through regeneration by regrowing a whole new individual from a fragment of their body. This process typically involves specialized cells called stem cells that have the ability to differentiate into various cell types to rebuild the lost tissue or body part.
Sponges are some of the earliest forms of animals. It lacks a gut (digestive cavity/system found in the majority of animals), a nervous system, and a circulatory system. Moreover, its structure, with a jelly-like mesohyl sandwiched by two thin walls of flattened cells, is unique. But what sets it apart from almost all other animals is the ability of some of its specialized cells to transform into other specialized cells (most other animals, like humans, only have unspecialized cells that differentiate into specialized cells which don't change functions).
yes
Some examples of specialized cells in cnidarians include cnidocytes (stinging cells) used for defense and capturing prey, sensory cells for detecting movement and light, and muscle cells for movement and contraction. Additionally, some cnidarians have specialized cells that secrete mucus or digestive enzymes for feeding.
Regeneration is the process by which an organism regrows a damaged or lost body part through the proliferation and differentiation of specialized cells. In some organisms, such as certain amphibians and starfish, cells at the site of injury can dedifferentiate and form a blastema, from which the regrown structure develops. The process is controlled by various genetic and signaling pathways that coordinate cell growth, patterning, and tissue repair.
Self-renewal: Stem cells can divide and replicate themselves indefinitely. Potency: Stem cells have the ability to differentiate into various cell types. Marker expression: Stem cells express specific cell surface markers that help identify and characterize them.
No. Most can except some specialized ones such as brain cells, red blood cells and gametes.
differentiation