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Books on the topic 'Blood lactate'

Author: Grafiati

Published: 4 June 2021

Last updated: 20 February 2023

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1

The blood lactate response to exercise. Champaign, IL: Human Kinetics, 1995.

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2

Roberts, Philip Anthony. Differences in blood lactate concentrations as a measure of fitness between institute and club swimmers following a period of training: BA(Hons) Human Movement Studies dissertation. Cardiff: SGIHE, 1987.

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3

Kim, Tae-gwŏn. Sangji mit haji undong hu hoebok chokŏn i sinchʻe tallyŏn puwi ŭi yusan chegŏyul kwa subsequent performance e michʻinŭn hyokwa: Effects of recovery condition on blood lactate removal rate and subsequent performance of trained limbs after arm and leg exercise. Korea: s. n., 1986.

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4

Woods, Trevor Alfred John. The effects of endurance training on ventilation, blood lactate and plasma potassium during incremental exercise. [s.l: The Author], 1996.

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5

Gilfillan, Elaine. An investigation into changes in aerobic and anaerobic capacities in age-group swimmers, by blood lactate profilesand the identification of objective levels of training loads for young swimmers. Edinburgh: Moray House College, 1990.

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6

Jiang, Chang. Gender differences in peak blood lactate concentration and blood lactate removal following strenuous exercise. 1991.

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7

Chang, Jiang. Gender differences in peak blood lactate concentration and blood lactate removal following strenuous exercise. 1992.

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8

Gender differences in peak blood lactate concentration and blood lactate removal following strenuous exercise. 1991.

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9

Blood lactate responses for three competitive swimming strokes. 1988.

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10

Blood lactate responses for three competitive swimming strokes. 1990.

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11

Determination of the lactate threshold by respiratory gas exchange measures and blood lactate levels during incremental-load work. 1987.

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12

Determination of the lactate threshold by respiratory gas exchange measures and blood lactate levels during incremental-load work. 1989.

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13

Determination of the lactate threshold by respiratory gas exchange measures and blood lactate levels during incremental-load work. 1989.

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14

The relationship between skeletal muscle blood flow and blood lactate concentrations during exercise in rats. 1990.

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15

Jansen, Tim C., and Jan Bakker. Lactate monitoring in the ICU. Oxford University Press, 2016. http://dx.doi.org/10.1093/med/9780199600830.003.0139.

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An increased blood lactate level (hyperlactataemia) is commonplace in critically-ill patients. Lactate is usually measured with the aim of detecting tissue hypoxia, but this is an oversimplification as aerobic processes can also result in increased levels. Understanding of the various anaerobic and aerobic mechanisms of production and clearance is essential for the correct interpretation of hyperlactataemia. Despite the broad differential diagnosis, hyperlactataemia generally predicts adverse outcomes. The consistency of its prognostic value emphasizes its place in the risk stratification of critically-ill patients. Lactate clearance was non-inferior to central venous oxygen saturation as a goal of early resuscitation in patients presenting to the emergency department with severe sepsis or septic shock. Therapy guidance by lactate monitoring significantly reduced hospital mortality in ICU patients admitted with hyperlactataemia after adjustment for predefined risk factors, a finding consistent with important secondary endpoints. These results confirm that lactate monitoring offers clinical benefit and should be incorporated within a goal-directed therapy strategy.

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16

Validation of equations to predict lactate threshold, fixed blood lactate concentrations, and peak values from a 3200 meter performance time. 1991.

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17

Plasma and erythrocyte lactate concentrations in humans after submaximal exercise. 1992.

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18

Plasma and erythrocyte lactate concentrations in humans after submaximal exercise. 1990.

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19

Differences in peak blood lactate values in long course versus short course swimming. 1991.

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20

Differences in peak blood lactate values in long course versus short course swimming. 1992.

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21

The relationships among exercise blood lactate response, muscle blood flow, and oxidative adaptation to endurance training in the rat. 1992.

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22

The relationships among exercise blood lactate response, muscle blood flow, and oxidative adaptation to endurance training in the rat. 1992.

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23

Tracer kinetic studies of glucose and lactate metabolism in trained and untrained animals. 1986.

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24

Stanley, William C. Lactate kinetics in man at rest and during exercise. 1990.

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25

Stanley, William C. Lactate kinetics in man at rest and during exercise. 1986.

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26

Stanley, William C. Lactate kinetics in man at rest and during exercise. 1986.

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27

Stanley, William C. Lactate kinetics in man at rest and during exercise. 1986.

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28

Cocaine and exercise: Temporal changes in the plasma concentrations of catecholamines, lactate, glucose and cocaine. 1994.

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29

Analysis of the 4 mmole per liter level of blood lactate and time to fatigue. 1986.

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30

Vincent, Peter A. Analysis of the 4 mmole per liter level of blood lactate and time to fatigue. 1986.

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31

Analysis of the 4 mmole per liter level of blood lactate and time to fatigue. 1986.

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32

Respiratory gas exchange, heart rate and blood lactate during running at submaximal workloads established by the lactate threshold and % VOb2s max in highly trained and less trained runners. 1989.

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33

Respiratory gas exchange, heart rate and blood lactate during running at submaximal workloads established by the lactate threshold and % VOb2s max in highly trained and less trained runners. 1987.

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34

Respiratory gas exchange, heart rate and blood lactate during running at submaximal workloads established by the lactate threshold and % VO₂ max in highly trained and less trained runners. 1989.

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35

A comparison of the lactate and ventilatory responses to incremental and steady state running. 1986.

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36

A comparison of the lactate and ventilatory responses to incremental and steady state running. 1987.

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37

The use of oxygen consumption and blood lactate measures in training for peak championship swimming performance. 1992.

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38

The use of oxygen consumption and blood lactate measures in training for peak championship swimming performance. 1990.

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39

A comparison of blood lactate concentrations following submaximal aerobic dancing and jogging at equal heart rates. 1985.

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40

A comparison of blood lactate concentrations following submaximal aerobic dancing and jogging at equal heart rates. 1987.

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41

Blood lactate and integrated EMG of cyclists, runners and untrained subjects during incremental and constant load work. 1989.

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42

Blood lactate and integrated EMG of cyclists, runners and untrained subjects during incremental and constant load work. 1986.

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43

The effects of pedal frequency on VOb2s and work output: At lactate threshold (LT), fixed blood lactate concentrations of 2 and 4 mM and at max in competitive cyclists. 1985.

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44

The effects of pedal frequency on VO₂ and work output at lactate threshold (LT), fixed blood lactate concentrations of 2 and 4 mM and at max in competitive cyclists. 1985.

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45

Buchanan, Mark Kevin. The effects of pedal frequency on VO₂ and work output: At lactate threshold (LT), fixed blood lactate concentrations of 2 and 4 mM and at max in competitive cyclists. 1985.

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46

The effect of L-carnitine supplementation on blood and muscle lactate accumulation during high intensity sprint cycling exercise. 1993.

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47

The effect of L-carnitine supplementation on blood and muscle lactate accumulation during high intensity sprint cycling exercise. 1993.

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48

The effect of L-carnitine supplementation on blood and muscle lactate accumulation during high intensity sprint cycling exercise. 1993.

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49

The effect of L-carnitine supplementation on blood and muscle lactate accumulation during high intensity sprint cycling exercise. 1993.

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50

The effect of acute anemia on endurance capacity, glucose and lactate kinetics, and the relative distribution of blood flow in rodents. 1988.

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