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6
Tissues
This section discusses the fundamental differences between plant and animal tissues, elaborating on their structure, function, and classification.
6.1
Are Plants And Animals Made Of Same Types Of Tissues?
This section compares the tissues found in plants and animals, highlighting their differences in structure, function, and specialization.
6.2
Plant Tissues
The section elaborate on various types of plant tissues, focusing on meristematic and permanent tissues, their roles, structures, and functions.
6.2.1
Meristematic Tissue
Meristematic tissue is the growth tissue in plants responsible for the development of new cells.
6.2.2
Permanent Tissue
Permanent tissues are essential components of plants that arise from meristematic tissue and serve specific functions.
6.2.2 (i)
Simple Permanent Tissue
Simple permanent tissues consist of relatively unspecialized cells that have lost the ability to divide and perform specific functions in plants.
6.2.2 (ii)
Complex Permanent Tissue
Complex permanent tissues, such as xylem and phloem, are essential for transportation and support in plants and consist of multiple cell types coordinated for specific functions.
6.3
Animal Tissues
Animal tissues consist of specialized cells grouped together to perform specific functions, including epithelial, connective, muscular, and nervous tissues.
6.3.1
Epithelial Tissue
Epithelial tissue serves as protective layers in the body, covers organs, and facilitates material exchange.
6.3.2
Connective Tissue
Connective tissue consists of loosely packed cells embedded in an intercellular matrix, playing a vital role in connecting and supporting body structures.
6.3.3
Muscular Tissue
Muscular tissue is responsible for body movement and is characterized by elongated cells that can contract and relax.
6.3.4
Nervous Tissue
Nervous tissue enables rapid communication and response within the body through specialized cells called neurons.