Seliḥot shel kol ha-shanah : bi-leshon Ashkenaz ke-seder u-minhag k.k. Franḳfurṭ ...

asher ḥiber ṿe-tiḳen ... Elyaḳim ben ... Yaʿaḳov ...

Sēder qînôt miṭ ṭaiṭš : ke-minhag q"q aškenazzîm weil ich hob gizehn doś di (qines) di mir an (Tišaʿ be-Av) ṭun zogn zain ... šwer tzu fur šṭin ...

Digitalisat der Ausg. Amśṭrdm, [1717/18]

Baba-buch : doś klug hachṭig fur nuchḷich un fur sṭondlichi gišichṭnis Baba ; ein goṭś fuchṭigr feršṭ un grofi ein lerung onṭr weizung droiz tzu merkn ...

Digitalisat der Ausg. Prag, [1766/67]

Minhagim : fun ali minhagim in Ashkenaz durkh daz gontsi yor, bi-fraṭ ṿi man zikh hir tsu ḳ. ḳ. Franḳfurṭ ...

[Isaak aus Tyrnau]

Dos rikhṭige beshraybung fun dem frommen Roṭhshild oys Frankfurṭ-am-Mayn : (ṿos iz geshṭorben be-... 5. Shevat 661) ; oych dos beshraybung fun di yudishe Franḳfurṭer "Gheṭe" ...

ferfasṭ durkh D. B. Ṭ.

Ms. Heb. 4°1092 - Sefer ha-zikhronot le-bet ha-keneset he-ḥadash poh ḳ.ḳ. Franḳfurṭ de-Mayn

Aus dem Bestand der Israelischen Nationalbibliothek, Signatur: Ms. Heb. 4°1092.

Haʿavarat ʿatsamot mi-shte bate ʿalmin bi-kfar Griezheym : ʿal-yede ḥevrot ha-ḳedoshim de-ḳ. ḳ. Franḳfurṭ de-Mayn

[von Isak Mainz]

(Table 1) Prey species identified from the scats of Antarctic fur seals (Arctocephalus gazella) on Bouvet Island

Intraspecific differences in the diets of many species of pinnipeds are to be expected in view of the great differences in morphology, life history and foraging behaviour between the sexes of many species. We examined the diet of the Antarctic fur seal population at Bouvetøya, Southern Ocean, to assess intersexual differences. This was made possible by the analysis of prey remains extracted from scats and regurgitations collected in areas used primarily by one or the other sex. The results indicate that both males and females feed primarily on Antarctic krill Euphausia superba with several species of fish and squid being taken, likely opportunistically given their prevalence. Significant differences were identified in the frequency of occurrence of otoliths in scats and the percentage numerical abundance of the major fish prey species in the diet. Adult males ate a smaller quantity of fish overall, but ate significantly more of the larger fish species. The greater diving capabilities of males and the fact that they are not limited in the extent of their foraging area by having to return regularly to feed dependant offspring may play a role in the differences found between the diets of males and females. Additionally, females might be more selective, favouring myctophids because they are richer in energy than krill. The absence of major differences in the diet between the sexes at this location is likely due to the high overall abundance of prey at Bouvetøya.

Volum, e recopilacio de tots los furs, y actes de Cort, que tracten dels negocis, y affers respectants a la Casa de la Deputacio y Generalitat de la Ciutat, y Regne de Valencia : en execucio del Fur 83 de les Corts del Any M.DC.III

En colofón añade como editor:"A despeses de la Deputacio, y la Generalitat de dita Ciutat, y Regne ..."

Ectopic expression of the agouti gene in transgenic mice causes obesity, features of type II diabetes, and yellow fur.

Mice that carry the lethal yellow (Ay) or viable yellow (Avy) mutation, two dominant mutations of the agouti (a) gene in mouse chromosome 2, exhibit a phenotype that includes yellow fur, marked obesity, a form of type II diabetes associated with insulin resistance, and an increased susceptibility to tumor development. Molecular analyses of these and several other dominant "obese yellow" a-locus mutations suggested that ectopic expression of the normal agouti protein gives rise to this complex pleiotropic phenotype. We have now tested this hypothesis directly by generating transgenic mice that ectopically express an agouti cDNA clone encoding the normal agouti protein in all tissues examined. Transgenic mice of both sexes have yellow fur, become obese, and develop hyperinsulinemia. In addition, male transgenic mice develop hyperglycemia by 12-20 weeks of age. These results demonstrate conclusively that the ectopic agouti expression is responsible for most, if not all, of the phenotypic traits of the dominant, obese yellow mutants.

Botanische Jahrbücher fur Systematik, Pflanzengeschichte und Pflanzengeographie.

v.48 (1913)

Botanische Jahrbücher fur Systematik, Pflanzengeschichte und Pflanzengeographie.

v.55 (1919)

Botanische Jahrbücher fur Systematik, Pflanzengeschichte und Pflanzengeographie.

v.5 (1884)

Botanische Jahrbücher fur Systematik, Pflanzengeschichte und Pflanzengeographie.

v.57 (1920-1922)