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Document type
Institution
Collection spécifique
Lingua
- Inglese (14)
Autore
- Ferretti, Guido (14)
- Moia, Christian (5)
- Bringard, Aurélien (4)
- Capelli, Carlo (3)
- Perini, Renza (3)
- Adami, Alessandra (2)
- Antonutto, Guglielmo (2)
- Bonjour, Julien (2)
- Sivieri, Andrea (2)
- Tam, Enrico (2)
- Anchisi, Sara (1)
- Atchou, Guillaume (1)
- Azabji, Marcel (1)
- Barthélémy, Jean-Claude (1)
- Berardelli, Claudio (1)
- Butti, Ferdinando (1)
- Capogrosso, Michela (1)
- Costa, Mario (1)
- Fagoni, Nazzareno (1)
- Fontolliet, Timothée (1)
- Licker, Marc (1)
- Linnarsson, Dag (1)
- Morel, Denis (1)
- Moroni, Renato (1)
- Pendergast, David (1)
- Pichot, Vincent (1)
- Ranieri, Piera (1)
- Rosa, Gabriele (1)
- Rossi, Huber (1)
- Sponsiello, Nicola (1) Di più Meno
Domaine
Parola chiave
- Arterial blood pressure (3)
- HR : Heart rate (3)
- Humans (3)
- $$\dot{Q}$$ Q ˙ : Cardiac output (2)
- Baroreflexes (2)
- Cardiac output (2)
- Energy cost (2)
- Exercise (2)
- Heart rate (2)
- Maximal oxygen consumption (2)
- S : Ramp slope (2)
- t : Time (2)
- $$C_{\overline{\text{v}}}{\text{O}}_{2}$$ C v ¯ O 2 : Mixed venous oxygen concentration (1)
- $$P_{\overline{\text{c}}}{\text{O}}_{2}$$ P c ¯ O 2 : Mean capillary oxygen partial pressure (1)
- $$W'$$ W ′ : Morton's model constant equal to the work carried out to sustain the power above critical power (1)
- $$W^{\prime}$$ W ′ : Work carried out above the critical power in a ramp test (1)
- $$\dot{Q}_{\text{max} }$$ Q ˙ max : Maximal cardiac output (1)
- $$\dot{V}$$ V ˙ : Gas flow (1)
- $$\dot{V}E$$ V ˙ E : Expired ventilation (1)
- $$\dot{V}\hbox{O}_{2\text{max} }$$ V ˙ O 2 max : Maximal oxygen consumption (1)
- $$\dot{V}\hbox{O}_{2}$$ V ˙ O 2 : Oxygen uptake (1)
- $$\dot{V}_{A}$$ V ˙ A : Alveolar ventilation (1)
- $$\dot{V}_{\text{A}} /\dot{Q}$$ V ˙ A / Q ˙ : Ventilation/perfusion ratio (1)
- $$\dot{V}_{\text{Emax}}$$ V · Emax : Maximal expired ventilation (1)
- $$\dot{V}{\rm O}_{2}$$ V ˙ O 2 : Oxygen uptake (1)
- $$\dot{V}{\text{O}}_{2}$$ V · O 2 : Oxygen consumption (1)
- $$\dot{V}{\text{O}}_{2}$$ V ˙ O 2 : Oxygen uptake (1)
- $$\dot{V}{\text{O}}_{{ 2 {\text{max}}}}$$ V · O 2 max : Maximal oxygen consumption (1)
- $$\dot{w}$$ w · : Power (1)
- $$\dot{w}$$ w ˙ : Mechanical power (1) Di più Meno