Note: This page contains sample records for the topic somnolencia diurna excesiva from Science.gov.
While these samples are representative of the content of Science.gov,
they are not comprehensive nor are they the most current set.
We encourage you to perform a real-time search of Science.gov
to obtain the most current and comprehensive results.
Last update: August 15, 2014.
1

[Butterflies (Lepidoptera, Diurna) in the high-mountain southeastern Russia].  

PubMed

Groups of butterfly species established under high-mountain conditions in the southeastern Russia were described. The role of species with different distribution including arctic-alpine and alpine ones typical of these conditions in the species composition was considered. Fifteen local faunas inhabiting the areas of Buryatia, Chita, Amur, and Sakhalin Regions, and Khabarovsk and Maritime Territories were taxonomically analyzed. The common faunistic background was found in the mountains of the Mongolian-South-Siberian and East-Siberian provinces, while only some elements of the high-mountain fauna were observed at individual elevations of the South-Okhotsk province. PMID:17352197

Martynenko, A B

2007-01-01

2

[Patterns of formation of island fauna of Rhopalocera (Lepidoptera, Diurna) at the northern forest boundary in the region of Pleistocene continental glaciation (by the example of White Sea islands)].  

PubMed

Patterns of formation of island Rhopalocera fauna at the northern forest boundary in the region of Valdai inland ice were analyzed by the example of White Sea islands. The ecotone effect, typical for northernmost taiga and forest-tundra and introducing the transitional Rhopalocera fauna in near-tundra forest between the boreal and hypoarctic zones, was not observed on the White Sea islands. Island isolation provided for the absence of some Arctic species, entering near-tundra forest from the North, in the island fauna. Island Rhopalocera faunas represent poor variants of the northern taiga fauna lacking some polyzonal and temperate species and having a reduced set of Arctic boreal species. PMID:16771146

Bolotov, I N; Shutov, E V

2006-01-01

3

HŪgado Graso no Alcohůlico: una entidad cada vez mŠs frecuente y de pronůstico incierto  

Microsoft Academic Search

RESUMEN La enfermedad de hŪgado graso no alcohůlica, en inglťs non alcoholic fatty liver disease (NAFLD), es definida como una acumulaciůn excesiva de grasa en los hepatocitos. Presenta una prevalencia mundial de alrededor del 15 al 25%. Los factores de riesgo asociados frecuentemente a NAFLD son obesidad, diabetes tipo 2 y dislipemia. Por un lado se ha propuesto que una

Andrea Mariel Actis

4

[ Monotherapy with tamsulosin].  

PubMed

G.G. Ť un paziente di 62 anni, in condizioni generali discrete, che giunge alla nostra osservazione per la presenza di sintomi urinari del basso tratto urinario, International Prostate Symptom Score (IPSS) pari a 16. Anamnesi familiare negativa per carcinoma prostatico. Il paziente esegue terapia con calcio antagonista per ipertensione arteriosa. Ha subito un intervento di colecistectomia. Il paziente riferiva inoltre una qualitŗ di vita negativamente influenzata da sintomi minzionali irritativi che lo portavano ad alzarsi piý di 3 volte a notte per urinare ed una pollachiuria diurna ogni 3 ore. Viene inoltre riferita un'attivitŗ sessuale moderatamente insoddisfacente. PMID:22101552

Sciarra, Alessandro

2011-01-01

5

La Transpiraci√¬≥n - Movimiento del Agua a Trav√¬©s de las Plantas  

NSDL National Science Digital Library

La transpiraci√¬≥n es la p√¬©rdida de agua en forma de vapor por las plantas. El agua es absorbida del suelo por las ra√¬≠ces y transportada en forma l√¬≠quida por el xilema hacia las hojas. En las hojas, unos pequeños poros permiten que el agua (H2O) escape a la atm√¬≥sfera en forma de vapor, al tiempo que se permite la entrada de bi√¬≥xido de carbono (CO2) para la fotos√¬≠ntesis. De toda el agua absorbida por las plantas, menos del 5% es retenida y utilizada para crecimiento y almacenamiento. En esta lecci√¬≥n se explicar√¬° porque las plantas pierden tanta agua, la ruta que √¬©sta sigue dentro de la planta, como pudieran las plantas controlar la p√¬©rdida excesiva de agua y como las condiciones ambientales influyen en la p√¬©rdida de agua por las plantas.