Chapter 30 Notes Body Organization. Body has 4 levels of Structural Organization Cell Tissue Organ Organ System.

Slides:



Advertisements
Similar presentations
The Nervous System Chapter 35.
Advertisements

Body Organization and Homeostasis Section 1. Cells The levels of organization in the human body consist of cells, tissues, organs, and organ systems Cell.
Introduction to Body structure
The Muscular System.
Chapter 35 Section 1 Human Body Systems
Muscle & Nerve Tissues. skeletal muscle, 10X, voluntary, striated attached to bones.
Notes: Human Systems, Homeostasis and Feedback Inhibition
30.1 Organization of the Human Body
1. 2 Chapter 1 The Human Body 3 Introduction Anatomy: the study of the structure of the body Physiology: the study of the function of the body parts.
Chapter 30.1: Organization of the Human Body
Biology Ch 37.1 Body organization
Homeostasis. What is Homeostasis? The ability to maintain constant internal physical and chemical conditions All living things must do this to survive.
Anatomy and Physiology
By Sasha Fenimore, Max Leal, Will Fyfe.  An organ is something that has many kinds of tissue that all function together to perform a specific task in.
Organization of the Human Body Body Systems Body Cavities
The Human Body Plan``````````````````` How to Build and Maintain Your Own.
CELLS BUILDING BLOCKS OF ALL THINGS EACH HAS A SPECIAL JOB THE SMALLEST LEVEL OF ORGANIZATION.
Chapter 15 By: Harold Hoy The human body Your body is made up of trillions of cells which are organized into tissues. A tissue is a group of similar.
Chapter 15 Table of Contents Section 1 Body Organization
Objectives 30.1 Levels of Organization
Organization of Living Things Page in your science notes.
Introduction to Body Structure. 4 Types of Body Tissue *Tissue = group of similar cells that work together to perform a common function Epithelial Nervous.
Cellular Organization
3.1 Organ Systems Page Cells There are over 300 different kinds of cells in the human body.
Body Organization Section 1-1.
Animal form and function!. Levels of organization: ----what comes before?
TISSUES!. OBJECTIVES  Students will learn about the four different types of tissues that make up organs.
Levels of Organization The Body’s Organization  The human body is organized into different levels of organization: from the smallest unit, the cell,
The Human Body. Structural Organization in Animals Anatomy and Physiology…what’s the difference? -the study of the form of an organisms structures (parts).
Draw an outline of the human body and place the following organs in your drawing: Brain Stomach Liver Large Intestine Heart Lungs *** Identify which organ.
What are the 5 functions of the skeletal system?
Chapter 2- Body Systems. Characteristics of a System A system is made of individual parts that work together as a whole. A system is usually connected.
Cell Diversity The move from unicellular to multicellular organisms occurred through cell specialization. The division of required tasks necessary to maintain.
Systems, Support, and Movement
 What system sends messages in the form of electrical signals?
Homeostasis and the Organization of the Animal Body
Levels Of Organization From systems to cells. Levels of organization l Atoms l Molecules l Cells l Tissues l Organs l Systems l Organisms l Populations.
Muscle and Nervous Tissue
Human Body Systems.
How do organs work together? Organs work together in organ systems to carry out major life functions.
TYPES OF HUMAN TISSUES. Four Basic Kinds of Tissues Epithelial Tissue Connective Tissue Muscle Tissue Nervous Tissue.
Anatomy Physiology. Remember cells with similar functions combined to make tissues.
FIVE LEVELS OF ORGANIZATION SUMMARIZE THE LEVELS OF STRUCTURAL ORGANIZATION WITHIN THE HUMAN BODY. Cellular Organization.
Introduction to the Human Body. The Human Body Plan By the end of this lesson you will be able to: Describe four types of tissues that make up the human.
Introduction to Human Body Chapter 27 Biology: Exploring Life.
Ch   All the body cells work together  Cells are both INDEPENDENT an INTERDEPENDENT of each other.  LEVELS OF ORGANIZATION: cells, tissues,
Introduction to Body Systems Levels of Organization.
Human Biology Organization. Cells to Organ Systems Cells: Basic unit of structure and function Tissues: Group of similar cells performing the same function.
Biology Human Body Chapter 37. Anatomical terms: Anatomical positions: Superior-Inferior Ventral-Dorsal Lateral-Medial Anterior-Posterior.
Organization of Life. How to build a house. Brick Wall House.
The Hierarchy of Structure in Animals
Chapter 14.1 Body Organization and Homeostasis POINT > Define Anatomy and Physiology POINT > Describe the organization of the body POINT > Review the.
Organization of the Human Body
Organization of Life.
Organization of the Human Body
Human Body Systems 35-1 BIO 1004 Flora.
Body Organization Section 1-1.
Section 1 The Human Body Plan
Human Body Chapter 27.
Warm up Reflect upon the Cell Processes Test you took on Thursday. Answer the following questions honestly. Write answers on a piece of notebook paper.
30.1 Organization of the Human Body
30.1 Organization of the Human Body
Organs and Organ Systems
Human Anatomy and Physiology
INTRODUCTION TO HUMAN BIOLOGY pp
Human Body Systems Chapter 13.
Muscle & Nervous Tissue
HUMAN BODY.
Presentation transcript:

Chapter 30 Notes Body Organization

Body has 4 levels of Structural Organization Cell Tissue Organ Organ System

4 Kinds of Tissues 1. Epithelial –Lines body surfaces and protects from dehydration and damage

2. Nervous –Composed of nerve cells to carry information

3. Connective –Support, protect and insulate body

4. Muscle Enable movement of body structures –1. Skeletal-moves bones in trunk and limbs (voluntary)

–2. Smooth-lines blood vessels, esophagus, etc., (involuntary)

3. Cardiac-found only in heart

Tissues are grouped into organs, which are then grouped into organ systems.

Organs are housed in large fluid-filled cavities called Body Cavities that protect them. –Cranial Cavity –Spinal Cavity –Thoracic Cavity –Abdominal Cavity

Homeostasis The relatively constant internal physical and chemical conditions that organisms maintain despite changes in internal and external environments.

Feedback Inhibition Monitoring and keeping internal conditions within a certain range. For example, the maintenance of body temperature.