The Anaerobic Energy Systems 7 (0)

Lõik failist

Sarnased õppematerjalid

409

pdf

Fitness In Soccer

8 Fatigue during match play ............................................................................ 38 4. NUTRITION ................................................................................................................. 43 4.1 Introduction .................................................................................................. 43 4.2 Energy ......................................................................................................... 43 4.3 Substrate Utilization and Macronutrient Needs ............................................. 46 4.4 ATP (adenosine triphosphate) ...................................................................... 53 4.5 Energy systems .......................................................

Kategoriseerimata

1168

pdf

Liha töötlemine

lymph and also in maintaining body tempera- is protein (U.S. Department of Agriculture ture. All of these functions are dependent 2008). Protein makes up an average of 18.5% on cellular metabolism and the ability of the of the weight of the muscle, though that cell to maintain energy supplies. Few cells figure can range from 16 to 22%. Proteins are required to generate as much force and serve myriad functions and are the primary undergo as dramatic shifts in rate of metabo- solid component in muscle. The functions of lism as muscle cells. The ability of living

Inglise keel

24

ppt

Exercise Physiology - lecture 1

are relatively constant. Differences in the partial pressures of gases in the aveoli and in the blood create a pressure gradient across the respiratory membrane. This difference in pressures leads to diffusion of gases across the respiratory membrane. The greater the pressure gradient, the more rapidly oxygen diffuses across it. Task · How does exercise increase the pressure gradient at the respiratory membrane? Response & Adaptation · Response (acute) immediate response of systems as a result of exercise response can change with intensity, system changes return to resting values once exercise bout has ceased, or shortly after. · Adaptation (chronic) more permanent changes as a result of training adaptations will resist change but will revert to previous state if training ceases adaptation is not always a good thing (maladaptation)  Ventilatory Response to Exercise Onset of exercise: initial rapid increase, followed by a gradual increase in

Anatoomia ja füsioloogia

276

docx

Inglise keel unit 5 answers

[A very low] does not. max 3 [3] 6. (a) (i) award both marks for correct answer 10 000 / 800 000 (× 100); 1.25 / 1.3 / 1(%); 2 (ii) R any reference to energy / light missing the plant reflected (off plant) / only certain wavelengths of light can be, absorbed / used; ora absorbed by / hits, non-photosynthetic parts; e.g. bark passes through leaf / misses chlorophyll / misses chloroplasts; some is heat that is used in evaporation / respiration; max 2

Inglise keel

574

pdf

The 4-Hour Body - An Uncommon Guide to Rapid Fat-Loss, Incredible Sex, and Becoming Superhuman - Timothy Ferriss

 Down-Left Chop Ideal Placement Turkish Get-Up Start and Finish of Two-Arm Single-Leg Deadlift RUNNING FASTER AND FASTER Hip Flexors Stretch Reverse Lunge Demonstration Untrained and Trained Start Positions Reverse Hyper(extension) on a Bench and Swiss Ball Enzyme Activity Graph Super Quad Stretch Pelvic Symmetry and Glute Flexibility Stretches Repositioning the Pelvis Pre-Workout Glute Activation Running by the Numbers Video Snapshots Diagram of Energetic Systems Taper Schedule 12-Weeks to 50k Schedules GETTING STRONGER How to Perform the Conventional Deadlift Brench-Press Plyometrics The Torture Twist The Sumo Deadlift The Sharapova Sit-Up: Janda Bench Pressing 854 Pounds: Set up Bench Pressing 854 Pounds: Technique FROM SWIMMING TO SWINGING Full Stroke The Cushion The Slot Impact Position Historical CSRs Area of Impact (AOI) Angle L Practicing Your Angles APPENDICES AND EXTRAS Weight (Food) Conversions

Inglise keel

3

docx

Rational Use of Diagnostic Tests

Rational Use of Diagnostic Tests Screening tests Diagnostic tests are often used to screen asymptomatic patients and identify risk factors for occult disease. Screening tests should be generally noninvasive, inexpensive, and of minimal risk to the patient. Screening tests should have high diagnostic sensitivity, which means few false negative results would be expected, as the goal of testing is to rule out the presence of disease. Screening tests should be used to screen for diseases that (1) have serious consequences if left undetected, (2) are reasonably prevalent within the population, and (3) have treatment options readily available. Should a positive result be obtained, a more accurate, confirmatory test should then be performed. One example of a screening test would be the urine cortisol-to-creatinine ratio (Cort:Crt)u, which is used to screen symptomatic patients for canine hyperadrenocorticism.[1,2] The (Cort:Crt)u ratio tests for the presence or absence of u

Inglise keel

11

doc

Formaldehyde

Water When released to water, formaldehyde will biodegrade to low levels in a few days. In nutrient- enriched seawater, there is a long lag period (40 hours) prior to measurable loss of formaldehyde by presumably biological processes. Formaldehyde in aqueous effluent is degraded by activated sludge and sewage in 48­72 hours. In a die-away test, using water from a stagnant lake, degradation was complete in 30 hours under aerobic conditions and 48 hours under anaerobic conditions. Bhattacharya and Parkin used anaerobic chemostats to study fate and kinetic effects of sludge and continuous additions of formaldehyde to acetate and propionate enrichment systems. The high reduction of formaldehyde with continuous addition is indicative of biodegradation, since the combination of volatilization, adsorption, and chemical transformation should account for less than 25% of the removal. Up to 80% of the formaldehyde was removed, with biodegradation accounting

Inglise keel

10

docx

Soil microflora

population, the diminution in microbial activity is always alarming (Barabasz et al. 2002). Factors influencing soil microflora Soil microorganisms depend on soil for their nutrition, growth and activity. Based on My Agriculture Information Bank (2013) the major soil factors which influence the microbial population, distribution and their activity in the soil are: 1. Natural conditions (including soil fertility, pH, aeritation, temperature, moisture, organic matter, food and energy supply, microbial association and interactions) 2. Cultural practices These factors play a great role in determining not only the number and type of organism but also their activities. Variations in any one or more of these factors may lead to the changes in the activity of the organisms which ultimately affect the soil fertility level. Natural conditions Extreme environments such as high-altitude and highlatitude ecosystems are very sensitive to environmental changes

Inglise keel

Meedia

Kommentaarid (0)