PPT-The Digestive System Ruminant Animals

Monogastric Animals The Digestive System Animals need to digest food to provide energy Energy is lost from the animals body in the following ways Metabolism all the chemical reactions that occur in an animals body eg Growth Respiration reproduction. what does your stomach look like inside? . sincerely, . eager to learn students. ruminant, what kind of animals are like you?. c. attle. s. heep . g. oats. e. lk . deer. g. iraffes. ruminant, what do all ruminants have in common?. Digestion. At the completion of this unit students will be able to:. Describe the major parts and functions of the digestive system. Define . Monogastric. and list characteristics of . monogastric. animals. What is an animal?. Typical Characteristics: . 1) Eukaryotic –each cell has a nucleus . 2) Multicellular-Made up of many cells . Cells>Tissue>Organs>Organ Systems . 3) Heterotrophic- must eat food to get energy and nutrients- through ingestion and digestion . Animal Anatomy & Physiology. Essential Standard 4.00: Understand reproductive and digestive physiology. Objective 4.02: Understand digestive physiology. Digestive System Physiology Terminology. Enzymes-organic catalyst substances that speed up the digestive process. . What is an animal?. Typical Characteristics: . 1) Eukaryotic –each cell has a nucleus . 2) Multicellular- Cells>Tissue>Organs>. organ . Systems . 3) Heterotrophic- must eat food to get energy and nutrients- through ingestion and digestion . Chapter 6. W. Stephen Damron. Introduction to Animal Science:. Global, Biological, Social, and Industry Perspectives. Learning Objectives. After studying this chapter, you should be able to:. describe the methods of the breakdown of food.. General Biology II. BSC 2011. Insert photo here representing. chapter. (credit: . modification of work by Julie Rybarczyk). Types of Digestive Systems. Heterotrophs are divided into three groups based on their food sources. Spring . 2019. Tuesday & Thursday 2:00-3:15 pm. Animal Nutrition. “ The use of the components of the feeds for the processes of maintenance, growth, reproduction, health, and production”. . Nutritional Requirements. The flow of energy into and out of an animal can be viewed as a “budget”. - most of the energy taken in is used to produce ATP to power resting metabolism and temperature regulation. 1. Gastrointestinal (GI) Tract. A) . Tubular . structure from mouth to anus. 2. Accessory Structures. A) . Teeth. , tongue, salivary glands, liver, gallbladder & pancreas. Digestive System. B. 6 basic processes. Ruminant Nutrition. Phil Myer**, Bryan Reiling*, Nathan Conner*, Taylor Ruth*, Christopher Stripling**. *University of Nebraska-Lincoln, **University . of Tennessee . Funded by a USDA-NIFA-PDAL grant, Award Number 2021-67037-34298, Program A7501.. Ingestion: . The in take of food into the digestive tract through the mouth. Mechanical Processing: . The physical manipulation of solid foods into materials that are easier to propel through the digestive tract. Also increases the solid foods surface area which makes them more susceptible to enzyme activity and easier to absorb. . Dr. Rahul B Patil. SYBSc. Paper II, Unit . I. Department of Zoology,. Veer Wajekar ASC College, Phunde. Autotrophic. Photoautotrophic: e.g. Euglena, . Volvox. , Bacteria. Chemoautotrophic: e.g. Bacteria, few sp. of . Interesting Book. Sticky Knowledge about the digestive system. pancreas. The pancreas produces juices called enzymes which helps the body digest food.. The oesophagus is the food highway that takes your dinner from your mouth down into your stomach so that digestion can begin..