How are simple tissues different from complex tissue in plants

Have you ever wondered how the tips of tall plants get water that is absorbed by the roots, deep down in the ground? Is there any special mechanism by which this happens? Well! It is not exactly a mechanism, but a group of specialized cells and tissues that help to carry out this function. You have already learned about one type of plant tissue, i.e. the Permanent Tissue in Plants In simple words, the permanent tissues in a plant are those tissues that contain nondividing The permanent tissue cells are also fully differentiated. The cells are large and a definite shape and size. You can see intercellular spaces being present in between the cells. Large vacuoles are also present inside these cells. The The permanent tissue in plants mainly helps in providing support, protection as well as in Browse more Topics under Tissues • • Meristematic Tissue • Epithelial Tissue • Connective Tissues • Muscular and Nervous Tissues Types of Permanent Tissues Permanent tissues can be classified into two types. They are: • Simple permanent tissue • Complex Permanent tissue Simple Permanent Tissues These tissues are simple. They are made up of only one • Parenchyma – The cells of this tissue are living, with thin cell walls. Cells can be oval or round in shape. They have a large central vacuole and a dense cytoplasm. The parenchyma tissue is located in the soft parts of the plant such as • Collenchyma – These cells are living cells and have an elongated shape. The corners of the cell wall a...

SIMPLE TISSUE COMPLEX TISSUE They are composed of the same type of cells ; thus they are homogeneous They are composed of different types of cells ; thus they are heterogeneous They are widely distributed throughout the plant They are restricted to certain regions depending on functions They have many functions including food storage and protection Their function includes conduction of water, minerals and food Example - Parenchyma, Collenchyma, Sclerenchyma Example - Xylem, Phloem

Simple tissues: • Simple tissues consist of cells that are structurally and functionally similar. • They are made up of only one type of cell. • Simple tissues are of three types namely parenchyma, collenchyma, and sclerenchyma. • Parenchyma – they are living cells and walled, soft due to the presence of thin-walled cells. • Collenchyma – These are characterized by uneven thick-walled living cells. • Sclerenchyma – They have cells with thickened lignified walls, providing them strength and making them waterproof. Complex tissues: • Complex tissues are those tissues that comprise more than one type of cell, varying cells that are involved in performing a dedicated function. • These cells work together as a combined unit to perform a specific function. • Complex tissues bring about the transportation of water, and organic minerals, up and down the plants. • The two types of complex tissues are: Xylem and Phloem. • Xylem conducts water and minerals from the soil to different parts of a plant. • Phloem conducts prepared food from the leaves to all the parts of a plant. Difference between simple tissues and complex tissues: Simple tissues Complex tissues 1. Simple tissues are made up of only one type of cell, which looks like each other. 1. Complex tissues are made up of more than one type of cell. 2. It is homogeneous. 2. It is heterogeneius. 3. Main functions are repair of tissue, food storage, secretion, and structural support. 3. Main function is the conduction of min...

A tissue is a group of cells that have similar structures and work together to perform specific functions in living organisms. These tissues are grouped according to their composition. Tissues are classified as either simple or complex depending on the number of cells. So, what is the main difference between simple and complex tissue? The former is made up of cells of the same kind while the latter is made up of cells of different types. Simple tissues are also known as homogeneous and complex tissues as heterogeneous. The tissue composition and function helps to explain more differences. This article provides further explanation on how simple tissues are different from complex tissues in living things. Take the time to read through it and learn to state their differences. Comparison Table (Simple Tissue vs Complex Tissue) Basic Terms Simple Tissue Complex Tissue Description It comprises cells that are functionally and structurally similar. Function Storage of food. Offering protection. Location Every part of the plant. Vascular region of the plant. Cell Differentiation Perform the same functions. Perform different functions. Composition Single cells Multiple cells Significance Transport of water and food in plants. Offer support to plants. Examples Collenchyma, parenchyma, sclerenchyma Phloem and xylem tissues. What Is Simple Tissue? Simple tissue comprises the same type of cells that make up both the external and internal organs of the body. These tissues are normally pa...

Types of Permanent Tissues New cells form when the SIMPLE PERMANENT TISSUES Simple permanent tissues are virtually present in every part of the plant. They consist of only one type of cell. All cells that make up the simple permanent tissue are similar in According to the function performed simple permanent plant tissues are of two types: • Protective Tissues, and • Supportive Tissues. Protective Plant Tissues These • The epidermis of leaves, which secretes a waxy waterproof s • Cork cells in the barks contain another strong waterproof Supportive Tissues As the name suggests, the main function of the supporting tissues is to provide support to various parts of a plant. They may consist of Parenchyma and collenchyma consist of COMPLEX PERMANENT TISSUES Complex permanent plant tissues are present in the vascular region of the plant. They help in the conduction of nutrients and water throughout the plant body. Complex permanent plant tissue consists of a group of multiple types of cells that have a common origin but perform different functions. It consists of both Xylem The xylem tissue is responsible for the conduction of water and minerals from the roots to the leaves and stems. It also provides support to the plants. It has four elements. They are tracheids, vessels, xylem parenchyma, and xylem fibers. Phloem This complex permanent tissue helps in the conduction of food that is prepared by photosynthesis in the leaves to various parts of the plant. Phloem consists of four ...

Simple tissues are made up of only one type of cells, which look like each other. On the other hand, complex tissues are made up of more than one type of cells. Parenchyma, collenchyma and sclerenchyma are examples of simple plant tissue, whereas xylem and phloem are examples of a complex tissue. Simple tissues are protective and supportive in function. Complex tissues conduct water, minerals, and nutrients from roots and leaves to different parts of the plant. Categories • • (31.9k) • (8.8k) • (764k) • (248k) • (2.9k) • (5.2k) • (664) • (121k) • (72.1k) • (3.8k) • (19.6k) • (1.4k) • (14.2k) • (12.5k) • (9.3k) • (7.7k) • (3.9k) • (6.7k) • (63.8k) • (26.6k) • (23.7k) • (14.6k) • (25.7k) • (530) • (84) • (765) • (49.1k) • (17.1k) • (13.8k) • (5.1k) • (4.7k) • (1.0k) • (1.3k) • (61) • (82) • (85) • (62) • (51) • (102) • (70) • (141) • (130) • (61) • (110) • (69) • (49) • (73) • (93) • (24) • (1.0k) • (0) • (0) • (694) • (313) • (328) • (2.0k) • (2.4k) • (2.4k) • (1.6k) • (63.8k) • (1.8k) • (59.3k) • (24.5k)

Simple tissues: • Simple tissues are those that have a single type of permanent cell that is similar in structure, origin, and function. Complex tissues: • Permanent tissues are composed of meristematic cells, which have a distinct form and shape and have lost the ability to divide and differentiate. Simple tissues Complex tissues 1. Tissue that is identical in structure and function are simple tissues. 1. Permanent tissues are those with varying degrees of structure and complex functions. 2. They are basic tissues. 2. They are the tissue of complexity. 3. They are made up of only one type of cell. 3. Tissue is made up of several types of cells. 4. This tissue cell does the same purpose. 4. These tissue cells can perform a variety of tasks. Q. (1)Why is meristematic tissue important for the plant? (2)Name and explain different types of simple permanent tissues found in plants? (3)Which tissue produces the RBC in humans? (4)What will happen if ligament is over stretched. (5)What are complex tissues? Name the complex tissues and their components found in plants.

Difference Between Simple And Complex Tissue Difference between simple and complex tissues is easy to comprehend once we learn the basic characteristics that separate the two: If the tissues are composed of cells which are functionally and structurally similar, then they are called Simple tissues. If the tissues are composed of more than one type of cell, and they work together as a unit, performing many functions, then they are called Complex tissues. Difference Between Simple And Complex Tissue Following are the differences between simple and complex tissues. Simple Tissues Complex Tissues Nature of the Tissue Homogenous Heterogenous Example Parenchyma, Collenchyma, Sclerenchyma Xylem, phloem Function Repair of tissue, food storage, secretion, and structural support Conduction of minerals and water to various parts of the plant body Distribution Located in every part of the plant Primarily located in the vascular regions Cell Composition Composed of a single type of cell/ all cells perform a similar function Composed of various types of cells that work together as a unit, performing many functions To explore more difference between simple and complex tissues, or any other related topics, register with BYJU’S. Further Reading:

Plant cells Let’s start with the most basic unit of life: cells. All living organisms are composed of cells, and are called unicellular when they are composed of a single cell or multicellular, when they have more than one cell. A plant is composed of millions of cells, organized into tissues (similar cells grouped together) and organs (different tissues grouped together). All living cells have common structures like the cell membrane, cytoplasm or ribosomes. Some groups of organisms have certain characteristics in their cells that are unique. Plant cells, for example, are different from animal, fungi, and bacteria cells. They have cell walls, a central vacuole, and chloroplasts. Cell walls in plants are made of cellulose, hemicellulose, and pectin, organic compounds called polysaccharides. The function of the cell wall is to protect the cell and provide mechanical support. A thicker cell wall provides more mechanical support and a thinner cell wall provides flexibility. The central vacuole is essential in the regulation of the turgor pressure, which is the pressure that liquid exerts against the cell wall (Figure \(\PageIndex\): Typical plant cell. By LadyofHats is licensed under Public Domain via Wikimedia. Plant tissues Plants are composed of different types of cells, which have different functions. The cells group together into tissues, which in plants can be simple (one type of cell) or complex (more than one type of cell). Simple plant tissues are parenchyma, collenc...