929 resultados para Lindberg, Magnus
Resumo:
Mittakaavaa ei määritelty.
Resumo:
Julkaisussa: Atlas major, sive, Cosmographia Blaviana : qua solum, salum, coelum, accuratissime describuntur. Vol II
Resumo:
[N. 1:2000000].
Resumo:
A collection of laws prepared copied ca. 1591 by a Mathias Erici from Rauma, perhaps a judge or a teacher.
Resumo:
Arkit: A-B8.
Resumo:
Kartussissa ylhäällä vasemmalla: Perill[ustri] ac Generos[issi]mo Domino Gustavo Horn Comiti Biörneburgi, B. in Marienburgh, D[omi]n[o] in Hering et Malla. et c[aetera] S[acr]ae R[egi]ae M. Regnorumq[ue] Sueciae Senatori et Campi Mareschallo, Finlandiæ Australis Iudici Provinciali Equiti Aurato. Tabulam hanc Auct. Andrea Bureo Sueco. D.D. J. Blaeu.
Resumo:
Claude Joly, chantre de Notre-Dame, a inscrit sa signature au f. 2v (XVIIe s.). Ce ms. a appartenu à la cathédrale Notre-Dame de Paris, dont il porte l'ex-libris "A la bibliotheque de l'Eglise de Paris" (XVIIe s., f. 2v). Notre-Dame.
Resumo:
Figures et blasons dessinés et peints.
Resumo:
There is evidence that serotonin [ 5- hydroxytryptamine ( 5- HT)] is involved in the physiological responses to hypercapnia. Serotonergic neurons represent the major cell type ( comprising 15 - 20% of the neurons) in raphe magnus nucleus ( RMg), which is a medullary raphe nucleus. In the present study, we tested the hypothesis 1) that RMg plays a role in the ventilatory and thermal responses to hypercapnia, and 2) that RMg serotonergic neurons are involved in these responses. To this end, we microinjected 1) ibotenic acid to promote nonspecific lesioning of neurons in the RMg, or 2) anti- SERT- SAP ( an immunotoxin that utilizes a monoclonal antibody to the third extracellular domain of the serotonin reuptake transporter) to specifically kill the serotonergic neurons in the RMg. Hypercapnia caused hyperventilation and hypothermia in all groups. RMg nonspecific lesions elicited a significant reduction of the ventilatory response to hypercapnia due to lower tidal volume ( V-T) and respiratory frequency. Rats submitted to specific killing of RMg serotonergic neurons showed no consistent difference in ventilation during air breathing but had a decreased ventilatory response to CO2 due to lower VT. The hypercapnia- induced hypothermia was not affected by specific or nonspecific lesions of RMg serotonergic neurons. These data suggest that RMg serotonergic neurons do not participate in the tonic maintenance of ventilation during air breathing but contribute to the ventilatory response to CO2. Ultimately, this nucleus may not be involved in the thermal responses CO2.