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Does oxygen limit thermal tolerance in arthropods? A critical review of current evidence
Comparative biochemistry and physiology. Part A, Molecular & integrative physiology, ISSN 1095-6433, 02/2016, Volume 192, pp. 64 - 78
OCLTT | Respiration physiology | Crustaceans | Insects | Hyperoxia | Thermal biology | Hypoxia | Heat tolerance | Cardiovascular capacity | Ventilation | Climate warming | Circulation | Biochemistry & Molecular Biology | Physiology | Life Sciences & Biomedicine | Zoology | Science & Technology | Arthropods - physiology | Oxygen - pharmacology | Climate | Temperature | Oxygen - physiology | Aquatic Organisms - physiology | Arthropods - metabolism | Oxygen Consumption - physiology | Animals | Crustacea - physiology | Body Temperature Regulation - drug effects | Insecta - physiology | Acclimatization - drug effects | Acclimatization - physiology | Index Medicus | CTmin, critical thermal minimum — as for CTmax, but reflecting the cold tolerance | SMR, standard metabolic rate — the minimum rate of oxygen consumption needed to sustain life in resting, post-absorptive organisms at a given temperature | Tpejus, pejus temperature — the temperature beyond which aerobic metabolism declines rapidly and hypoxemia sets in | Review | SMR, relative aerobic scope, sometimes also referred to as factorial aerobic scope | OCLTT, hypothesis, oxygen and capacity limited thermal tolerance hypothesis | MMR | Topt, optimal temperature — the temperature where an organism can achieve maximum aerobic scope (MMR − SMR) | MMR − SMR, absolute aerobic scope (AAS) | MMR, maximum metabolic rate — the maximum rate at which oxygen can be consumed at a given temperature | Tcrit, critical temperature — the temperature beyond which aerobic metabolism is no longer sufficient to cover energy demand and anaerobic metabolism sets in | CTmax, critical thermal maximum — an empirical endpoint of heat tolerance found in heating trials where the temperature is ramped up, indicating the temperature at which the animal becomes moribund and can no longer escape the adverse temperatures
Journal Article
2011, ISBN 0309158230, xxviii, 671
Leadership | Nursing | Nurse's Role | Practice | Health Policy | Education, Nursing | trends | United States | Educational Attainment | Educational Change | Health Services | Competence | Labor Force Development | Nursing Education | Responsibility | Environmental Influences | Role | Allied Health Personnel | Undergraduate Study | Cost Effectiveness | Cooperation | Barriers | Models | Safety | Quality Assurance | Job Skills
Book
2015, ISBN 1451195176, ix, 307
Book
2015, ISBN 1558106316, xix, 395 pages
Book
2015, Fifth edition., ISBN 9780826172525
eBook
2015, 1, ISBN 9780826120465, xxvi, 537 pages
Book
2015, ISBN 9780826168771, xvii, 324
Book
2015, ISBN 0826130267, xv, 190
Book
2014, ISBN 9781905539857, xiv, 166
Book
2015, ISBN 9780826126726, xl, 291
Book
2016, SAGE video shorts, ISBN 1473957036
Video Recording
Journal Article
12/2015, ISBN 0309380316, 220
eBook
14.
Study scope
Gastrointestinal nursing, ISSN 1479-5248, 02/2019, Volume 17, pp. S8 - S9
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2008, 1. Aufl., ISBN 9781405156769, xxi, 402
Book
2006, ISBN 9780521855266, xv, 416
Book
Technovation, ISSN 0166-4972, 2011, Volume 31, Issue 8, pp. 362 - 373
Innovative performance | Open innovation | DUI and STI innovation modes | Scope | Depth and orientation of openness | Operations Research & Management Science | Engineering | Social Sciences | Technology | Business & Economics | Management | Engineering, Industrial | Science & Technology | Developing countries | Analysis | Studies | Performance evaluation | Developing countries--LDCs | Innovations | Open systems
Journal Article
2013, ISBN 9780826108159, xx, 275
Book