To predict: The similarity in the structure and functions of the tight junctions of the animal intestinal epithelial cells and the root endodermal cells in the plants. Introduction: The tight junctions are present in the epithelial cells which help to seal the cells in the narrow band below the apical surface. These tight junctions consist of various types of proteins like adhesions, claudins and so on. They help in preventing any leakage or flow of ions apart from the selectively movable ions across the membrane of the cells.

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Answer 1

Question

Features Features The presence of a single cotyledon in the seedling is the most common way to identify monocot plants. Veins that run parallel to the length of the leaves and flower sections that are arranged in a three or six-fold symmetry are some of the anatomical characteristics shared by monocots. Monocots have very little true woody tissue and an adventitious root system. They lack a typical cambium and have scattered vascular bundles.

Chapter 38.3, Problem 1BC

Summary Introduction

To predict: The similarity in the structure and functions of the tight junctions of the animal intestinal epithelial cells and the root endodermal cells in the plants.

Introduction: The tight junctions are present in the epithelial cells which help to seal the cells in the narrow band below the apical surface. These tight junctions consist of various types of proteins like adhesions, claudins and so on. They help in preventing any leakage or flow of ions apart from the selectively movable ions across the membrane of the cells.

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Answer 2

Question

Features Features The presence of a single cotyledon in the seedling is the most common way to identify monocot plants. Veins that run parallel to the length of the leaves and flower sections that are arranged in a three or six-fold symmetry are some of the anatomical characteristics shared by monocots. Monocots have very little true woody tissue and an adventitious root system. They lack a typical cambium and have scattered vascular bundles.

Chapter 38.3, Problem 1BC

Summary Introduction

To predict: The similarity in the structure and functions of the tight junctions of the animal intestinal epithelial cells and the root endodermal cells in the plants.

Introduction: The tight junctions are present in the epithelial cells which help to seal the cells in the narrow band below the apical surface. These tight junctions consist of various types of proteins like adhesions, claudins and so on. They help in preventing any leakage or flow of ions apart from the selectively movable ions across the membrane of the cells.

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Answer 3

Question

Features Features The presence of a single cotyledon in the seedling is the most common way to identify monocot plants. Veins that run parallel to the length of the leaves and flower sections that are arranged in a three or six-fold symmetry are some of the anatomical characteristics shared by monocots. Monocots have very little true woody tissue and an adventitious root system. They lack a typical cambium and have scattered vascular bundles.

Chapter 38.3, Problem 1BC

Summary Introduction

To predict: The similarity in the structure and functions of the tight junctions of the animal intestinal epithelial cells and the root endodermal cells in the plants.

Introduction: The tight junctions are present in the epithelial cells which help to seal the cells in the narrow band below the apical surface. These tight junctions consist of various types of proteins like adhesions, claudins and so on. They help in preventing any leakage or flow of ions apart from the selectively movable ions across the membrane of the cells.

Expert Solution & Answer

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Check out a sample textbook solution

See solution

Answer 4

Question

Features Features The presence of a single cotyledon in the seedling is the most common way to identify monocot plants. Veins that run parallel to the length of the leaves and flower sections that are arranged in a three or six-fold symmetry are some of the anatomical characteristics shared by monocots. Monocots have very little true woody tissue and an adventitious root system. They lack a typical cambium and have scattered vascular bundles.

Chapter 38.3, Problem 1BC

Summary Introduction