'Lactate' diaporamas de présentation

Metabolism of cardiac muscle

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Energy systems.

Energy systems. PHYSIOLOGICAL REQUIREMENTS OF PHYSICAL ACTIVITY. Foods Fuel and Energy Systems. Where does this energy come from?.

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Lecture 21

Lecture 21. Quiz on Friday-Glycolysis, Amino acids Bonus seminar on Friday: Prof. Candace Haigler, 148 Baker, 3-4:30PM; use same format for Extra Credit as previous seminars or if you cannot make it, write a summary of the Haigler Paper on our webpage. Glycolysis

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LE LACTATE EN REANIMATION

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Pharmacologic Management of Acute Circulatory Failure

Pharmacologic Management of Acute Circulatory Failure. Suanne M. Daves, M.D. Associate Professor Department of Pediatrics. What you heard last week. Calcium, calcium, calcium Neonates do not have well-developed SR & depend more on extracellular Ca +

687 views • 31 slides

Kin 310 Exercise/Work Physiology

Kin 310 Exercise/Work Physiology. Office hours - K8629 Mondays and Wednesday 10-11 am or by appointment through email class email list announcements, questions and responses inform me of a preferred email account class notes will be posted on the web site in power point each week

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Lactic Acidosis

Lactic Acidosis. Dr. Usman Ghani 1 Lecture Cardiovascular Block. Overview. Introduction to metabolic acid-base disorders Metabolic acidosis and alkalosis Lactic acidosis Definition Lactate metabolism in tissue Mechanisms involved in lactic acidosis Types and causes of lactic acidosis

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Anaerobiosis: a brief look at genes in human and yeast

Anaerobiosis: a brief look at genes in human and yeast. Michelle Mousel Patty Keating Erickson Vicher. Issues addressed will include:. What are the genes conserved between yeast and humans? How are these genes regulated? Why is this information valuable?. Phylogenetic Tree. Human.

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INDICATORS OF EXERCISE LOAD

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VO2 Max

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A Review of Glycolysis

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Early Goal-Directed Therapy in Pediatric Sepsis

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Gluconeogenesis

Gluconeogenesis. The de novo synthesis of glucose and its role in preventing hypoglycemia. Gluconeogenesis: Overview Figure 13-2. General Features. Tissues: liver (80%) kidneys (20%) Subcellular location of enzymes pyruvate carboxylase: mitochondrial glucose-6-phosphatase: ER

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Heart Rate (bpm)

Heart Rate (bpm). Heart Rate (bpm). Respiratory Rate (breaths/min). Respiratory Rate (breaths/min). Stride Frequency. PCV (%). PCV (%). Lactate (mmol/L). Lactate (mmol/L). Temperature ( 0 F). BW (last year). - 35 lb (2.5% of BW). = 15.9 L (4.2 gal) fluid loss.

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Chapter 8.5

Chapter 8.5. Anaerobic Energy-Releasing Pathways. AP Biology Fall 2010. Anaerobic Pathways. Anaerobic pathways operate when oxygen is absent (or limited) Pyruvate from glycolysis is metabolized to produce molecules other than acetyl-CoA. Fermentation pathways.

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Identification and management of severe sepsis and septic shock Rob Stenstrom M.D. PhD. CCFP-EM

Identification and management of severe sepsis and septic shock Rob Stenstrom M.D. PhD. CCFP-EM. Learning objectives: 1. to describe the mortality and morbidity burden of sepsis 2. to understand the terminology and definitions of sepsis, severe sepsis, and septic shock

504 views • 10 slides

Mixing Colors/Co-localization

Co-localization. Mixing Colors/Co-localization. Immunostaining for Laser Scanning Confocal Microscopy. Takeshi Hashimoto. Lactate. Glycolytic Metabolism. Oxidative Metabolism. Conclusion.

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Mixing Colors/Co-localization

Co-localization. Mixing Colors/Co-localization. Immunostaining for Laser Scanning Confocal Microscopy. Takeshi Hashimoto. Lactate. Glycolytic Metabolism. Oxidative Metabolism. Conclusion.

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Quick Summation and Answers to Group Questions

Quick Summation and Answers to Group Questions. 1) Examine how/why plasma lactate levels increase with exercise intensity. Utilization of fast glycolysis produces lactate and Lactate is shuttled out of the cell

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