5Exercise 5-5OrganologyProcedure 1 Determine the Tissue Types of OrgansFollowing are illustrations oftwo organs: a joint and theesophagus (Fig. 5.12). Tissue sectionsfrom each organ have been taken, andyour task is to identify each tissue. Bespecific about which type of muscle,epithelial tissue, and connective tissueyou identify in the organ. When youhave completed the procedure, answerCheck Your Understanding question 6(p. 132).11of or more tissues that must work together toenable the organ to function properly. The study of the tissues thatmake up the body's organs is called organology. Most organs are made oflayers of tissues stacked upon one another and "glued" together by proteinsand other compounds in the ground substance. This exercise introducesyou to organology, a topic we explore repeatedly in the remainder of thislab manual.FIGURE 5.12 Tissues making up anorgan: (A) a joint; (B) the esophagus.B126 Exploring Anatomy & Physiology in the LaboratoryA

"Tissue" refers to a collection of cells that are co-located within the body. These cells in a…

Exercise 5-5 Organology Procedure 1 Determine the Tissue Types of Organs Following are illustrations of two organs: a joint and the esophagus (Fig. 5.12). Tissue sections from each organ have been taken, and your task is to identify each tissue. Be specific about which type of muscle, epithelial tissue, and connective tissue you identify in the organ. When you have mpleted the procedure, answer Check Your Understanding question 6 (p. 132). 11 of or more tissues that must work together to Lenable the organ to function properly. The study of the tissues that make up the body's organs is called organology. Most organs are made of layers of tissues stacked upon one another and "glued" together by proteins and other compounds in the ground substance. This exercise introduces you to organology, a topic we explore repeatedly in the remainder of this lab manual. FIGURE 5.12 Tissues making up an organ: (A) a joint; (B) the esophagus. B S 126 ■ Exploring Anatomy & Physiology in the Laboratory A

Exercise 5-5 Organology Procedure 1 Determine the Tissue Types of Organs Following are illustrations of two organs: a joint and the esophagus (Fig. 5.12). Tissue sections from each organ have been taken, and your task is to identify each tissue. Be specific about which type of muscle, epithelial tissue, and connective tissue you identify in the organ. When you have mpleted the procedure, answer Check Your Understanding question 6 (p. 132). 11 of or more tissues that must work together to Lenable the organ to function properly. The study of the tissues that make up the body's organs is called organology. Most organs are made of layers of tissues stacked upon one another and "glued" together by proteins and other compounds in the ground substance. This exercise introduces you to organology, a topic we explore repeatedly in the remainder of this lab manual. FIGURE 5.12 Tissues making up an organ: (A) a joint; (B) the esophagus. B S 126 ■ Exploring Anatomy & Physiology in the Laboratory A

Human Anatomy & Physiology (11th Edition)

11th Edition

ISBN:9780134580999

Author:Elaine N. Marieb, Katja N. Hoehn

Publisher:Elaine N. Marieb, Katja N. Hoehn

Chapter1: The Human Body: An Orientation

Section: Chapter Questions

Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...

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Work 4. Schemes of myocardial sarcomere and organization of fine sarcomere filaments. Indicate in the picture: 1. Membrane of muscle fibers. 2. Z-disk. 3. T-system. 4. Sarcoplasmic reticulum. 5. Actin filaments 6. Myosin filaments. Img. 9. Scheme of sarcomere structure of myofibrils of muscle fibers of skeletal muscle. The thick threads are formed by the contractile protein Thin threads are formed by contractile protein Control proteins troponin and tropomyosin are associated with thick or thin threads? Calcium binding control protein is: Img. 10. Scheme of the structure of the actin threads. Indicate in the picture: 1. Actin globules. The energy of ATP in the cycle of contraction-relaxation of 2. Troponin. skeletal muscle is being spent on: 3. Tropomyosin.