Probably just an "accident" of evolution, once the "choice" had been made for each type of organism to have a certain structure it was not possible to do anything any different.
Muscle tissue can be both voluntary and involuntary, with involuntary muscle tissue found in organs like the heart and digestive system. The high presence of mitochondria in muscle tissue is necessary to provide the energy required for muscle contraction and movement.
Animal tissues are classified into four main types: epithelial tissue, connective tissue, muscle tissue, and nervous tissue. Epithelial tissue covers body surfaces, lines body cavities, and forms glands. Connective tissue supports and binds other tissues together. Muscle tissue is responsible for movement, while nervous tissue is involved in transmitting electrical signals throughout the body.
There is no such phyllum in the kingdom Animalia in which the organisms have no tissue layers. The phyllum Porifera has minimal differentiation and division into tissues.
A skeletal muscle cell is a type of cell that is long, cylindrical, and striated in appearance. These cells are responsible for voluntary movement and are attached to bones by tendons. Skeletal muscle cells contract to generate force and movement in the body.
A taxonomy of related phyla or divisions may include grouping organisms based on shared characteristics such as body structure, reproductive strategies, or genetic relationships. For example, animals within the phylum Chordata share a defining characteristic of having a notochord at some stage of their development. Another example is grouping plants into divisions based on the presence or absence of vascular tissue, such as the division between nonvascular plants (Bryophyta) and vascular plants (Tracheophyta).
The function of the photosynthetic tissue is to synthesized food for organisms, so animal are heterotrophic (which cannot prepare their own food). That's why photosynthetic tissue is not found in animal. And due to contraction and relaxation of muscle tissue locomotion is possible. So plant can't change the place according to its environment. That's why plant cell lack muscle cells
animals are advanced than the plants in case of sensory system which is develop for the protection and to capture prey easily. in the course of evolution plants are developed from the separate branch monera to protista & from protista to animals. due to that they lost their photosynthetic tissue .
Muscle tissue is made up of specialized cells called muscle fibers that are responsible for movement in animals. Plants do not have the same need for movement as animals do, so they do not have muscle tissue. Instead, plant cells are mostly stationary and provide support, structure, and perform photosynthesis.
cytoplasm
no
Plants that are primarily adapted for rapid growth and high photosynthetic efficiency, such as certain types of herbaceous plants and algae, typically have more biomass dedicated to photosynthetic tissue compared to supportive tissue. These plants often have soft, flexible stems and broad leaves, allowing them to maximize light capture while minimizing structural support. In contrast, woody plants allocate more biomass to supportive tissues like lignin to withstand gravitational forces and environmental stress.
Muscle tissue Connective tissue Nervous tissue Epithelial tissue
Simple tissues:- Are made up of the same type of cells.- Cover the surface of internal (e.g., brain) and external (e.g., skin) organs.- The cells are packed tightly together.- Are called epithelium in animals and epidermis in plants.- Examples are the muscle tissue in animals and dermal tissue in plants.Complex tissues:- Made up of different type of cells.- Inside or between organs and supports and binds other tissues.- The cells are thorougly scattered.- Called connectivity tissue in animals and vascular tissue in plants.- Examples are the blood tissue and bone tissues in animals and the xylem tissue and phloem tissue in plants.Simple tissues- Made up of the same type of cells.- Covers the surface of internal (e.g. brain) and external (e.g. skin) organs.- The cells are packed tightly together.- Called epithelium in animals and epidermis in plants.- Examples are the muscle tissue in animals and dermal tissue in plants.Complex tissues- Made up of different type of cells.- Inside or between organs and supports and binds other tissues- The cells are thorougly scattered.- Called connectivity tissue in animals and vascular tissue in plants.- Examples are the blood tissue and bone tissues in animals, and the xylem tissue and phloem tissue in plants.
nucleus and vacule {they are types of cells}
There are four main categories: Epithelial tissue, connective tissue, muscle tissue and nervous tissue
Muscle tissue is responsible for helping animals move. It contracts and relaxes to generate force and movement in response to nerve signals. There are three types of muscle tissue: skeletal muscle, cardiac muscle, and smooth muscle, each serving different functions in the body.
1 nervous tissue , 2 muscle tissue, 3 epithelial tissue , 4 connective tissue