'Blood lactate' diaporamas de présentation

More Basics in Exercise Physiology

More Basics in Exercise Physiology. Patricia A. Deuster, Ph.D., M.P.H. Director, Human Performance Laboratory. Exercise Physiology: Terms and Concepts. Energy Systems Lactate Threshold Aerobic vs. Anaerobic Power Exercise Intensity Domains Principles of Training Maximal Aerobic Power

2.82k views • 95 slides

More Basics in Exercise Physiology

More Basics in Exercise Physiology. Exercise Physiology: Terms and Concepts. Energy Systems Lactate Threshold Aerobic vs. Anaerobic Power Exercise Intensity Domains Principles of Training Maximal Aerobic Power Anaerobic Power Miscellaneous Concepts. Energy Systems for Exercise.

1.62k views • 95 slides

Bioenergetics of Exercise And Training

Bioenergetics of Exercise And Training. chapter 2. Bioenergetics of Exercise and Training. Joel T. Cramer, PhD; CSCS,*D; NSCA-CPT,*D; FNSCA. Chapter Objectives. Understand the terminology of bioenergetics and metabolism related to exercise and training.

999 views • 62 slides

You at your best Loughborough Sports Day 2012

You at your best Loughborough Sports Day 2012 Dr Ian Gallen (Consultant Physician & Endocrinologist). You at your best Loughborough Sports Day 2011. Polite Notice

665 views • 52 slides

SEHAT DITINJAU DARI ASPEK BIOPSIKOSOSIOSPIRITUAL

SEHAT DITINJAU DARI ASPEK BIOPSIKOSOSIOSPIRITUAL. Dr. Zaenal M. Sofro, AIFM, Sports & Circulatory Med Fak.Kedokteran UGM. Life. Support. Physiologic Requirements to Perform Exercise. Cardiovascular ctr in medulla oblongata. Baroreceprots in aorta & carotid bodies. Symp. +. Parasymp. -.

777 views • 45 slides

Chapter 14

Chapter 14. Dynamics of Pulmonary Ventilation. Ventilatory Control. Complex mechanisms adjust rate and depth of breathing in response to metabolic needs. Neural circuits relay information. Receptors in various tissues monitor pH, P CO 2 , P O 2 , and temperature. Neural Factors.

578 views • 39 slides

Energy Systems

Energy Systems. MACRONUTRIENTS. These are out direct sources of energy for daily life, physical exercise and work consumed in large amounts. There are 3 types:. 1. Protein. 2. Carbohydrate. 3. Fat. PROTEIN. directly involved in fundamental chemical processes of life.

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Glycogen

941 views • 29 slides

Energy Systems

Energy Systems. Energy Systems for Exercise. Energy Systems. Immediate energy ATP-PC Short-term energy Lactic acid system Long-term energy Aerobic system. ATP-PCr System. ultra-short duration (< 6 seconds) high intensity require an immediate and rapid supply of energy 100-m sprint

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Chapters 11&12

Chapters 11&12. Factorial and Mixed Factor ANOVA and ANCOVA. ANOVA Review. Compare 2+ mean scores One way (1 factor or IV) Repeated measures (multiple factors) Main effects Interactions F-ratio P-value Post hoc tests and corrections Within and between. Multiple Factor ANOVA.

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Glycolysis, glycogenesis, and glycogenolysis

Glycolysis, glycogenesis, and glycogenolysis. Embden-Meyerhoff pathway (glycolysis) Blood glucose uptake Lactate metabolism Glycogenesis (glycogen formation) Glycogenolysis (glycogen breakdown) Regulation of glycogenolysis Glycogen use during exercise. Glycolysis. Brooks et al.

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Energy systems

Energy systems. Learning outcomes: All are able to demonstrate understanding of the energy sources required for ATP resynthesis All are able to describe the Lactic Acid energy system Most are able to explain the use of PCr in ATP resynthesis

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Prolonged Propofol Anesthesia Is Not Associated with an Increase in Blood Lactate

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Maximal Oxygen Consumption VO 2 max

Maximal Oxygen Consumption VO 2 max. Criteria for VO 2 max. Plateau or leveling of VO 2 with increasing power outputs Attainment of age-predicted maximal HR RER >1.15 Blood lactate > 8 mmole. VO 2 max Test Protocols. Continuous Protocols Discontinuous Protocols Single Stage

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Exercise Physiology

556 views • 19 slides

AIS Chapter 6 Blood lactate thresholds

AIS Chapter 6 Blood lactate thresholds. Production of Lactic Acid (lactate). Normally, O 2 is available in the mitochondria to accept H + (and electrons) from NADH produced in glycolysis In anaerobic pathways, O 2 is not available

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Amino Acid Supplementation during Endurance Exercise

296 views • 14 slides

Intensity vs. Weight vs. Heart rate

Intensity vs. Weight vs. Heart rate . D oes rate of perceived exertion have a positive or negative correlation with weight loss ? Amanda Mahler Tech and assess PHED35272. Objective. Find out if weight has a correlation with RPE Talk about previous researches done on this topic

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Glycogen Storage Diseases

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Lactate Sensor Design: Smart Gels for Diabetes Pre-screening

Lactate Sensor Design: Smart Gels for Diabetes Pre-screening . Toby Li, Wern Ong , Joseph Sun, Stephanie Wu & Christine Zhang Advisors: Franz Baudenbacher , Ph.D. & Paul King, Ph.D. Introduction. Methods. Methods. Purpose

126 views • 1 slides