Refine
Has Fulltext
- yes (479)
Year of publication
Document Type
- Book article / Book chapter (479) (remove)
Keywords
- Psychologie (26)
- Animal Studies (23)
- Cultural Animal Studies (23)
- Cultural Studies (23)
- Ecocriticism (23)
- Environmental Humanities (23)
- Human-Animal Studies (23)
- Literary Studies (23)
- cultural studies (13)
- Kulturwissenschaften (12)
Institute
- Institut für deutsche Philologie (104)
- Institut für Psychologie (bis Sept. 2007) (82)
- Neuphilologisches Institut - Moderne Fremdsprachen (70)
- Institut für Altertumswissenschaften (33)
- Neuphilologisches Institut - Moderne Fremdsprachen (bis 2007) (32)
- Institut für Internationales Recht, Europarecht und Europäisches Privatrecht (21)
- Institut für Psychologie (21)
- Institut für Biblische Theologie (18)
- Theodor-Boveri-Institut für Biowissenschaften (18)
- Institut für Pharmakologie und Toxikologie (14)
Schriftenreihe
- Cultural Animal Studies, Band 3 (23)
- Aesthetische Eigenzeiten, 17 (1)
- Akten des ... Symposiums des Mediävistenverbandes; 13,2 (1)
- Aventiuren; 13 (1)
- Deuterocanonical and Cognate Literature Studies (1)
- Deuterocanonical and Cognate Literature Yearbook (1)
- GenderCodes - Transkriptionen zwischen Wissen und Geschlecht; 17 (1)
- Image ; 185 (1)
- International Archives of the History of Ideas / Archives internationales d’histoire des idées 242 (1)
- Jahrbuch der Oswald-von-Wolkenstein-Gesellschaft; 17 (1)
Sonstige beteiligte Institutionen
No abstract available
No abstract available
No abstract available
Motoneurons played an essential role in establishing the concept of target-mediated support of innervating neurons. However, it took several decades until molecules were identined which trophically support motoneurons in vitro and in vivo. The most potent molecule identined so far is ciliary neurotrophic factor (CNTF). It is expressed as a cytosolic molecule in myelinating Schwann cells rather than in skeletal muscle in the postnatal period and therefore does not qualify as a target-derived neurotrophic factor regulating motoneuron survival during embryonic development. However, the inactivation of CNTF by gene targeting experiments results in progressive atrophy and degeneration of motoneurons, demonstrating that CNTF plays an essential role as a maintenance factor for motoneurons postnatally. Secretory molecules which are expressed in skeletal muscle during embryonic development and which support motoneurons in culture and partially also in vivo include members of the NGF gene family (BDNF, NT-3, NT-4/S) , FGF-S, IGF-I, and UF. The evaluation of the physiological importance of these molecules is under investigation.
No abstract available
No abstract available
Werkstatt für Behinderte
(1994)
No abstract available
Verhaltensauffälligkeit
(1994)
No abstract available
MCD
(1994)
No abstract available
Lernen
(1994)
No abstract available
Lernbehinderung
(1994)
No abstract available
Ausbildung
(1994)
No abstract available
Comprehensive geochemical investigations of rnetabasites yielded constraints for a correlation of, or discrimination between the different tectonic units within the northeast Bavarian crystalline basement. The Münchberg nappe pile consists of at least five large tectonic units which exhibit differences in lithology, in part also in metamorphie grade and in metamorphie history. The metabasites in each of these nappes show their own, significant geochemical characteristics. The lowermost tectonic unit, the Bavarian lithofacies, includes the anchimetamorphie Ordovician Randschieferserie which contains alkaline basalts. In their geochemistry, they are sirnilar to the metabasites of the Fichtelgebirge crystalline complex in the autochthonous Saxo-thuringian. The next higher tectonic unit of the Münchberg nappe pile, the Prasinit-Phyllit-Serie contains metabasites which can be derived from subalkaline basalts with a clear calc-alkaline tendency. There is a striking geochemical resemblance to the metabasites of the Erbendorf Greenschist Zone (EGZ) underscorinq the similar lithology of both allochthonous units which appear to be in a similar tectonic position. The Randamphibolit-Serie higher up in the Münchberg nappe pile consists of metabasites with tholeiitic characteristics and a pronounced differentiation trend. The next higher tectonic unit, the Liegendserie of the Münchberg gneiss cornplex s. str., contains metagabbros to metagabbronorites with a high-Al basaltic composition. The amphibolites and banded hornblende gneisses of the overlying Hangendserie are of subalkaline basaltic character with calc-alkaline affinity. The Zone Erbendorf-Vohenstrauss (ZEV) is currently regarded as an allochthonous unit equivalent to the higher crystalline nappes of the Münchberg pile. However, the geochemical character of the metabasites do not encourage such a correlation. Neither the schistose and striped amphibolites nor the flaseramphibolites of the ZEV with their N-KORB and E-MORB character respectively, find convincing counterparts in the crystalline nappes of the Münchberg pile. However, an interestingly close resemblance exists between the schistose and striped amphibolites in the ZEV, on the one hand, and in the autochthonous Zone Tirschenreuth- Mähring (ZTM) and the adjacent Moldanubian sensu strictu, on the other. Owing to the absence of age criteria, our results cannot be used, so far, to reconstruct the paleogeographical position of the individual tectonic units, based on the geochemical characteristics of their respective metabasites.