Module 1 Mrs. Comingore Anatomy- the study of structure and it’s parts Physiology- the study of how parts work together, and make the human body function as a whole Developmental Embryology Surface anatomy Regional anatomy Gross anatomy-what can be seen---Main Study Microscopic anatomy Comparative anatomy Be able top name 2 or 3 parts in each system Organ-specialized groups of tissues to serve a function-ie. Stomach Tissues ◦ ◦ ◦ ◦ Muscular tissue Epithelial tissue Connective tissue Nervous tissue Remember the basic cell is comprised of organelles that are made of molecules, that break into a combination of different atoms Homeostasis : ◦ an equilibrium in the body with respect to internal What effects homeostasis? ◦ Variables ◦ Set point ◦ stress Online lab: http://www.biocasts.com/mctc/1128/lab3.htm Control mechanisms Central nervous systems Control center-brain and spinal cord Endocrine glands-control centers Hormones Receptor Effector What is the relationship between amount of exercise and heart rate? Breathing rate? (positive/negative correlation?) Why does your breathing rate increase when you exercise more? (think of the cells’ perspective). What did you learn about how the circulatory system and the respiratory system are complimentary? What jobs do the circulatory system and the respiratory system do for the human body? How are these two jobs related? How do you know that homeostasis was achieved? Draw a picture of a person in whom homeostasis was NOT achieved Function: restricts what comes in and goes out. http://www.biocasts.com/mctc/1128/lab2.htm 1.1: Of the four tissue types what makes up tendons? 1.2: Which three levels of organization in the Human Body are studied in gross anatomy? 1.3 to 1.6: see page 13 1.7 and 1.8: see page 17 1.9: page 21 1.10: page 23 1.11: page 26 1.12 and 1.13: page 30 Coloring book pages that relate to organ systems pages 5, 9-13 or page 1 and 21 Or draw cell and label organelles/parts Concept mapping/vocabulary Lab on Homeostasis with questions and graphing Review on your own Page 8, page 13, 17 Stress Lab DNA structure