The smallest unit of life is theshe was whole. In a multicellular organism, different specialized cells can combine to perform the same task and create tissue. Thus, a tissue is a collection of unique cells with a common structure and function. When different tissues work together, they form an organ. An organ system consists of several organs. An organism ultimately consists of several organ systems. The various specialized cells that make up tissue support the functioning of an organ. Heart muscle cells and gastric lining cells are two examples of specialized cells. This is the hierarchy of the parts found in living things: atoms, molecules, organelles, cells, tissues, organs, and organ systems. An organism consists of several organ systems.
Plant and animal tissue differ in their composition and function.
Tissue is a group of cells that work together to perform a specific task. Plant tissue systems are collections of plant tissues that serve a specific purpose. A functional system that connects all the organs of a plant is called a plant tissue system. There are two types of plant tissue, meristematic tissue and permanent tissue.
meristematic tissuesThey are made up of a multitude of living molded cells. They have a large nucleus without a vacuole. There is no intercellular gap in the cells. The meristem is the region where these cells are located. In order to create specialized structures such as leaf and flower buds, root and shoot ends, etc., the cells of the meristematic tissue actively divide. These cells help the plant grow both in length and width.
durable fabricThey are the ones that have fully developed and lost the ability to divide. Permanent tissues are formed by the division and differentiation of meristematic tissues. Permanent tissue cells have also completed their differentiation. Cells have different shapes and sizes and shapes. The spaces between cells, called intercellular spaces, are visible. These cells also have sizeable vacuoles. The metabolic rate in the permanent tissue cells is relatively slower.
In plants, permanent tissues primarily help with support, protection, photosynthesis, and the conduction of water, minerals, and nutrients. The cells of the permanent tissue can be living or dead. They are two types of permanent tissue,
simple permanent fabric
It's easy to use these bandanas. They contain only one type of cell type. All cells in this tissue are comparable, have the same structure, and contain the same types of elements. Again, the simple permanent tissues fall into three groups. parenchyma, collenchyma and sclerchyma.
- parenchyma: Thin-walled, ovoid or spherical cells with interstices make up the parenchyma. The stems, leaves, flowers, fruits and seeds contain them. Most of them have food stores and leucoplasts. Chlorenchyma is a component of chloroplasts that is involved in photosynthesis.
- Collenchym: These cells have an expanded shape and are living cells. The cell wall has thicker corners. There is almost no intercellular space. Collenchymal tissue is found on the petioles, behind the epidermis, etc. Its main function is to provide mechanical support and flexibility to plants.
- Sklerenchym:The cells of the sclerenchymal tissue have died. The cell wall is excessively thick due to cumulative lignin deposition. The cells of this tissue can come in a variety of sizes and shapes. They are usually located around the vascular bundle, on the hard seed coats, and on the leaf veins.
complex permanent tissue
Several cell types form intricate permanent tissues. In the plant body, they work together to perform the same specialized tasks. They are divided into xylem and phloem types.
- Xilema: The transfer of water and minerals from the roots to the leaves and stems occurs through the xylem tissue. It also supports the plants. There are four of them. Tracheids, vessels, xylem parenchyma and xylem fibers are what they are.
- Bast: This intricate permanent tissue helps move food produced by photosynthesis in the leaves to other areas of the plant. Four components make up the phloem. They are companion cells, phloem parenchyma, phloem fibers and sieve tubes.
Animals travel in search of food, shelter, and other necessities. As a result, the body makes numerous movements. Cells and tissues in the body perform specific functions in order for the body to perform those functions. You can see that the growth of the animals is mostly even.
Apart from that, animals have an extremely sophisticated tissue level organization with various organs and organ systems. Each system has specialized tissues that perform specialized functions in sync. Animal tissues are generally classified as.
Animal tissues includeEpithelgewebe.The cells of these tissues have all the characteristics that characterize animal cells. Eukaryotic cells have membrane-bound organelles and a nucleus. Animal cells are flexible because they don't have a cell wall. Tissue cells have the ability to change shape in order to specialize and perform specific tasks.
Cells in epithelial tissues therefore come in a variety of shapes, sizes, and configurations. They therefore fall into many categories. Various components of the body can be found, including epithelial cells. Along with the lining of the body cavities and internal organs, they cover the outside of the body.
This fabric facilitates the movement of different parts of the body. They usually help with movement because they are attached to the bones. Muscle tissue comes in three different varieties. as follows:
- smooth muscle cells: These muscle cells lack striae and stripes. Therefore, they are called smooth muscle cells. Also known as involuntary muscles. Cells are spindle-shaped and have a single nucleus. They are found in the walls of hollow organs such as the uterus and stomach. Their main job is to transport the substance throughout the body. The brain is responsible for controlling the involuntary muscles.
- Skelettmuskeln: Streaks or streaks can be found in skeletal muscle. Therefore, they are also referred to as striated muscles. These are our own controllable voluntary muscles. They are attached to the skeleton and primarily aid in movement. The cells are multinucleated and long and cylindrical. The muscles of the limbs, face, neck and other parts of the body includedmuscles.
- Herzmuskel:A muscle found only in the heart. Regular contractions of this muscle pump blood through blood vessels to different parts of the body. This muscle, controlled by the brain, is not used voluntarily. The cells of this muscle tissue are branched and cylindrical, with a single nucleus and streaks.
Our body is held together by connective fibers. They give and maintain the body shape and offer inner support. They protect the body. The body is made up ofconnective tissueoverall. Blood, bone, and areola tissue make up most of the connective tissue.
- Sangre:A liquid connective tissue, blood. It is made up of a liquid matrix called plasma that contains blood cells. It can therefore be stated that blood is a crucial lifesaver. It circulates through specific blood vessels throughout the body. Blood serves a variety of purposes throughout the body. It mainly helps transport gases, nutrients, hormones and waste products.
- Bone:Bones are hard connective tissue while blood is fluid connective tissue. The framework and support of the body come from the bones. They protect the internal organs and the muscles attached to the bones facilitate movement. Bone tissue is stiff and strong. A rigid matrix of protein, calcium and phosphorus surrounds the cells.
- Areolargewebe:Loose connective tissue known as areola tissue is found in the bone marrow, around blood vessels, nerves, and between the skin and muscles. Areolar tissue connects the skin to the underlying muscles and fills the gaps between the various organs. Consequently, it aids in tissue repair and supports internal organs.
have animalsnerve tissue, which is a highly specialized tissue. They also help communicate signals between the brain and various parts of the body. Neurons, often referred to as nerve cells, are the specialized cells that make up the neurological system. They have the ability to receive electrical impulses from different parts of the body and send them to specific locations. The brain, spinal cord, and nerves are made up of nerve tissue cells.
Frequently asked questions about plant and animal tissues
Question 1: What is a substance?
A collection of cells that perform a specific function is called a tissue.
Question 2: What are the two types of permanent fabric?
- simple permanent fabric
- Complex permanent tissue.
Question 3: What is the function of the xylem?
The specialized tissue in vascular plants called the xylem distributes nutrients and water from the plant-soil contact to the stems and leaves, and serves as a mechanical support and storage system. One of the key characteristics that distinguishes vascular plants is their ability to transport water through their xylem.
Question 4: What is smooth muscle?
They are characterized by being a non-striated involuntary muscle. Smooth muscle has a non-striped pattern because it is composed of thick and thin filaments that are not organized into sarcomeres. When examined under a microscope, it is found to be homogeneous.
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plants and animals are made of different types of tissues.Are plants and animals made of same type of tissue is not explain why? ›
Plant and animal tissues are different because plants tend to grow throughout their life, whereas animals grow up to a certain period. Moreover, plants do not show locomotion but animals show locomotion, which necessitates the presence of different types of tissues.Are plant and animal tissues similar if not why write three important differences between plant and animal tissues? ›
Plant tissue and animal tissue
Cells of plant tissue have cell wall. Cells of animal tissue do not have cell wall. Some tissues are living and some are dead. All tissues are living.
Plants and animals are made up of cells containing DNA and both of them require energy to reproduce and grow. The presence of DNA and RNA is the characteristic of both plants and animals. -In both plants and animals have the same basic pattern of organization at the cellular level.What are the different types of tissue in plants and animals? ›
Permanent tissues and meristematic tissues are the two types of tissues found in plants. Animal tissues, on the other hand, are divided into four categories: muscular tissue, epithelial tissue, connective tissue, and nerve tissue.What do plant and animal tissues have in common? ›
Plant tissue and animal tissue comprise similar types of cells performing a similar function. The cells in each tissue possess the same origin. Both plant tissues and animal tissues produce organ and organ systems.What are the difference between plants and animals short answer? ›
|1. Plants cannot move from one place to another. They are anchored to the soil.||1. Animals can move from one place to another.|
Three differences between a plant cell and an animal cell are: Animal cell lack cell wall, unlike a plant cell which has a cellulosic cell wall. Animal cell lack chloroplast, whereas plant cell has chloroplast. Animal cell has centrioles, centrosome, and lysosome but plant cell lack them.What are the main differences between plant and animal cells choose the correct answer? ›
Animal cells each have a centrosome and lysosomes, whereas plant cells do not. Plant cells have a cell wall, chloroplasts and other specialized plastids, and a large central vacuole, whereas animal cells do not.What are two things plants and animals have in common? ›
- For the process of reproduction both possess reproductive organs.
- Both are living and at some point in life, they both die.
- Both species possess DNA and RNA.
- Both species possess energy-transforming and utilizing systems.
Plants and animals are both living things that need air, water, and food. Plants make their own food and animals have to eat their food.What are 2 things plants and animals have in common? ›
- They are multicellular organisms.
- They both have eukaryotic cells, which contain DNA in their nucleus.
The three types of plant tissues are further roughly categorized as follows: Vascular tissue, ground tissue, and epidermal tissue . Animal tissues are generally divided into the following four groups: Connective tissue, Nervous tissue, Epithelial tissue, and Muscle tissue.What are the different types of tissue in animals? ›
The four major types of animal tissues are epithelial, connective, nervous and muscle tissue.What are the different types of tissues in the body of an animal? ›
There are 4 basic types of tissue: connective tissue, epithelial tissue, muscle tissue, and nervous tissue. Connective tissue supports other tissues and binds them together (bone, blood, and lymph tissues). Epithelial tissue provides a covering (skin, the linings of the various passages inside the body).What do plants and animals have in common quizlet? ›
What are two characteristics that both plants and animals have in common? Plants and animals are both eukaryotic and multicellular.What are the similarities and difference between plants and animals? ›
Plants and animals are living things. They feed, respire, excrete, grow, move, reproduce and are sensitive to their environment. Animals and plants need food for energy but they feed in different ways. Animals eat plants and other animals, but plants make their own food.What is the biggest difference between plants and animals? ›
A major difference between plants and animals is that plants are not mobile and animals are. Plants are, as a general rule, rooted where they are (apart from exceptions such as with Bryophytes), and even then they still can't move on their own. Most animals are able to move, at least somewhat, freely.What is one of the biggest differences between plants and animals? ›
Plants do not have the ability to move like animals while plants can manufacture their own food using carbon dioxide and water in the presence of sunlight, animals can not. Animals depend on plants and/or other animals to meet their dietary requirements.What are two ways to tell the difference between plant and animal cells? ›
Plant cells have a cell wall, as well as a cell membrane. In plants, the cell wall surrounds the cell membrane. This gives the plant cell its unique rectangular shape. Animal cells simply have a cell membrane, but no cell wall.
- Golgi Apparatus.
- Endoplasmic Reticulum.
One of the major differences between plant and animal cells is the presence of chloroplasts. Plant cells have chloroplasts while animal cells don't. Plant cells need chloroplasts so that they can convert energy from sunlight into usable energy via photosynthesis. Animals do not do this so they don't need chloroplasts.What is a major difference between plant and animal cells quizlet? ›
Plant Cells have a Cell Wall and a Cell Membrane; Animal Cells only have a Cell Membrane. Animal Cells have a Cytoskeleton, but Plant Cells do not. Plant Cells have Chloroplasts, but Animal Cells do not.Do you think that the smallest parts of plants and animals look the same? ›
However, plant cells and animal cells do not look exactly the same or have all of the same organelles, since they each have different needs. For example, plant cells contain chloroplasts since they need to perform photosynthesis, but animal cells do not.What is a major difference between plant and animal cells Quizizz? ›
Q. What are two major differences found in plant and animal cells? Plant cells have a cell wall and chloroplasts, while animal cells do not. Plant cells have a nucleus and vacuoles, while animal cells do not.What 3 ways are plants and animals similar? ›
- They both are living organisms.
- They make/catch their own food.
- They both have characters of living things.
- They are made up of cells.
Animals are consumers and they all depend on plants for survival. Some eat plants directly, while others eat animals that eat the plants. In turn, some plants depend on animals to help spread their seed. Decomposing animal carcasses can also provide nutrients for plants to grow.What are similarities between plant tissue and animal tissue? ›
Similarities Between Plant Tissue and Animal Tissue
The cells in each tissue possess the same origin. Both plant tissues and animal tissues produce organ and organ systems. Both plant and animal tissues use cellular respiration to release chemical energy in the form of ATP to power their functions.
Plant and animal cells also have many common organelles, including the nucleus, cell membrane (called the plasma membrane in animals), endoplasmic reticulum, mitochondria and cytoplasm, as well as several others.Do plants and animals have the same structure and function in terms of tissue? ›
Plant structure is different from the animal skeletal structure. Plant tissue is different from those OF animals. Plant tissues are basically divided into two: Meristematic tissue and Permanent tissue. These tissues contain cells which have the dividing capacity.
Animal cells are mostly round and irregular in shape while plant cells have fixed, rectangular shapes. Plant and animal cells are both eukaryotic cells, so they have several features in common, such as the presence of a cell membrane, and cell organelles, like the nucleus, mitochondria and endoplasmic reticulum.What structures are similar in plants and animals? ›
Structurally, plant and animal cells are very similar because they are both eukaryotic cells. They both contain membrane-bound organelles such as the nucleus, mitochondria, endoplasmic reticulum, golgi apparatus, lysosomes, and peroxisomes. Both also contain similar membranes, cytosol, and cytoskeletal elements.What features are common between plants and animals? ›
Plants and animals are living things. They feed, respire, excrete, grow, move, reproduce and are sensitive to their environment.What is the difference between plants and animals? ›
|1. Plants cannot move from one place to another. They are anchored to the soil.||1. Animals can move from one place to another.|
The primary difference between plant tissue and animal tissue is that plant tissues have cell walls made of cellulose while animal tissues have a membrane made of protein. Ans. Cellulose plays an important role in the process of photosynthesis, which allows plants to store sugar molecules in their cells.