'Excess amino acids' presentation slideshows

Tactical Nutrition Brief

Tactical Nutrition Brief. CREATED BY: Jim Sherrard, MS, RD, CHPD Head, Deployment health & wellness Center, Naval Hospital Pensacola Breanne Watts , Intern, Deployment Health & Wellness Center Community Health education Student, University of west Florida. Table of Contents.

1.03k views • 73 slides

Chapter 5

1.18k views • 57 slides

F214: Communication, Homeostasis and Energy 4.2.1 Excretion

F214: Communication, Homeostasis and Energy 4.2.1 Excretion. define the term excretion ; explain the importance of removing metabolic wastes, including carbon dioxide and nitrogenous waste, from the body;

953 views • 46 slides

S BI4U Kidney Homeostasis

S BI4U Kidney Homeostasis. Jennifer McFarlane Lorraine Garofalo. Curriculum Expectations. E3.1 describe the anatomy and physiology of the endocrine, excretory, and nervous systems, and explain how these systems interact to maintain homeostasis

1.03k views • 40 slides

Feed/fast cycle

Feed/fast cycle. ENDO 412. Objectives. 1- Identifying hormones that promote influx & efflux of glucose, fat & protein (nutrients) into & out of energy storage pools. 2- Describing the mechanisms involved in the control of flow intermediates in the metabolic pathways.

625 views • 33 slides

Saving energy?

Saving energy?. Sayid has decided to save energy by staying in bed all day. How much of his energy do you think this will save?. Surprisingly, the answer is only about 30%.

496 views • 32 slides

REMOVAL OF WASTES

REMOVAL OF WASTES. Learning Objectives. EXCRETION Recall the origin of CO 2 and O 2 as waste products of metabolism. Recall that the lungs, kidneys and skin are organs of excretion. Understand how the kidney carries out its roles of excretion. STRUCTURE OF URINARY SYSTEM AND THE KIDNEYS

351 views • 25 slides

BIOC/DENT/PHCY 230 LECTURE 4

BIOC/DENT/PHCY 230 LECTURE 4. Nitrogen Metabolism. Many nitrogen containing compounds eg. Amino acids, nucleotides, porphyrins, neurotransmitters . There is no dedicated store for nitrogen or nitrogen compounds in humans. Nitrogen Balance.

507 views • 24 slides

8.4 Digestion

8.4 Digestion. Small Intestine, Pancreas, Liver, Gallbladder, Large Intestine, . Digestive Song. Leaving the Stomach and into the Absorption process. .To complete the digestion of macromolecules and absorb their subunits

403 views • 23 slides

The Liver and the Pancreas

466 views • 21 slides

HUMAN ORGANS OF EXCRETION

448 views • 21 slides

UNIVERSITY OF BATH FOUNDATION YEAR BIOLOGY MODULE

UNIVERSITY OF BATH FOUNDATION YEAR BIOLOGY MODULE SEMESTER 2 ASSIGNMENT 1 PRESENTATION. NITROGEN CYCLE. Prepared by

402 views • 21 slides

The Digestive System

The Digestive System. Feed Me!. Digestive system uses mechanical and chemical energy to break organic material Material is absorbed into the cells of our bodies; used to make energy or other molecules Mechanical: Grinding, smashing tearing, crushing Chemical: Enzymes and Acidic solutions.

281 views • 16 slides

Excretory System

326 views • 15 slides

Wringing out a washcloth in Space!

Wringing out a washcloth in Space!. CSA Astronaut Chris Hadfield performed a simple science experiment designed by grade 10 Lockview High School students Kendra Lemke and Meredith Faulkner: http://www.youtube.com/watch?v=o8TssbmY-GM&feature=player_embedded.

186 views • 10 slides

Excretory System

Excretory System. Excretory System. Without the excretory system, the other parts of the body would eventually be poisoned by waste. Eliminates useless by-products from cells Maintains a steady, balanced chemical concentration. Urinary system.

280 views • 10 slides

Excretion and the Kidneys

Excretion and the Kidneys. Excretion.

329 views • 8 slides

Topic: Functional Group #10: Amino Acids

282 views • 4 slides

Excretory System

343 views • 3 slides

HOMEOSTASIS What is homeostasis?

Enzymes. Water balance. Draw a graph to show what happens to enzyme activity as temperature increases?. How does your body gain water? How does your body lose water?. What are enzymes? What do we call the model that is used to explain how enzymes work?.

509 views • 1 slides