Torna Indietro

Cerebral blood flow at hyperventilation : the interrelation between oxygen and carbon dioxide tensions in the cerebrovascular response to hyperventilation in dogs

Winso, Inger

Informazioni

Lo trovi in

Categoria

Testo

Natura

Monografia

Titolo

Cerebral blood flow at hyperventilation : the interrelation between oxygen and carbon dioxide tensions in the cerebrovascular response to hyperventilation in dogs

Nomi

[Autore] Winso, Inger

Descrizione

Cerebral blood flow at hyperventilation : the interrelation between oxygen and carbon dioxide tensions in the cerebrovascular response to hyperventilation in dogs / by Inger Winso

Descrizione Fisica

72 p. : ill. ; 23 cm.

Data

1971

Luogo di pubblicazione

Goteborg

Paese

SVEZIA

Lingua

INGLESE

Fonte

Biblioteche SBN Sardegna

IT\ICCU\CAG\1837369

Link Risorse

http://id.sbn.it/bid/CAG1837369

Commenti

Carica altri

Scrivi un commento

Invia

Cerebral blood flow at hyperventilation : the interrelation between oxygen and carbon dioxide tensions in the cerebrovascular response to hyperventilation in dogs

Tag

Cyprus and Sardinia in the Late Bronze Age: Nuragic table ware at Hala Sultan Tekke

Cyprus and Sardinia in the Late Bronze Age: Nuragic table ware at Hala Sultan Tekke

Reflex hyperventilation in relation to cardiovascular changes in cats

Reflex hyperventilation in relation to cardiovascular changes in cats

In the blood : portrait of a Griot

None. [Part 1]: 1. Introduction to the study of motion (24 min) ; 2. Fundamental principles of flow (23 min) ; 3. Fluid motion in a gravitational field (23 min)

Dogs in the traffic

Shocking

Commenti

Regione Sardegna

Cerebral blood flow at hyperventilation : the interrelation between oxygen and carbon dioxide tensions in the cerebrovascular response to hyperventilation in dogs

Tag

Cyprus and Sardinia in the Late Bronze Age: Nuragic table ware at Hala Sultan Tekke

Cyprus and Sardinia in the Late Bronze Age: Nuragic table ware at Hala Sultan Tekke

Reflex hyperventilation in relation to cardiovascular changes in cats

Reflex hyperventilation in relation to cardiovascular changes in cats

In the blood : portrait of a Griot

None. [Part 1]: 1. Introduction to the study of motion (24 min) ; 2. Fundamental principles of flow (23 min) ; 3. Fluid motion in a gravitational field (23 min)

Dogs in the traffic

Shocking

Commenti