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"Von all dem, was ich über Kunst gesagt habe, fand ich nur spannend, was sich auf Warhol, Pop-Art und den Hyperrealismus bezog", eröffnet Jean Baudrillard 1990 ein Gespräch mit Françoise Gaillard. Das Verhältnis von Baudrillards Philosophie zur Kunst stand nun, anlässlich seines 75. Geburtstags, auf der Karlsruher ZKM-Tagung "Baudrillard und die Künste" (16.-18.7.2004) erneut auf dem Prüfstand. Zwanzig internationale Redner beschäftigten sich mit seinen Theorien, seinen Fotografien und der immer noch von Missverständnissen geprägten Baudrillard-Rezeption.
Gegenstand der vorliegenden Arbeit sind die vor dem Zweiten Weltkrieg auf dem Gelände des Flottenkastells Alteburg in Köln-Marienburg gefundenen gestempelten Sigillaten, die im Römisch-Germanischen Museum (vormals Museum Wallraf-Richartz) in Köln inventansiert wurden. Obwohl das Fundmaterial durch einen Bombenangriff im Zweiten Weltkrieg stark in Mitleidenschaft gezogen wurde, sind von den 590 in den Inventarbüchern verzeichneten Töpferstempeln heute noch 245 erhalten. Weitere 165 Inventarbucheinträge sowie sieben durch Bleistiftzeichnungen erhaltene Stempelfaksimiles erlauben sichere Rückschlüsse auf Lesung sowie gegebenenfalls Herkunft und Datierung der heute verschollenen Stücke. Bedingt durch die Grabungsmethoden im 19. und beginnenden 20. Jahrhundert und aufgrund der Kriegsschäden im Bereich der Grabungsdokumentation können die Stempel heute in der Regel weder einzelnen Befunden noch Phasen zugeordnet werden, sondern müssen als Gesamtheit betrachtet werden. Trotz der folglich sehr eingeschränkten Auswertungsmöglichkeiten in Bezug auf die Geschichte des Flottenkastells dürfen die Stempel der Altgrabungen allein schon auf grund ihrer Menge nicht vernachlässigt werden: Neben den 1906 von Hagen veröffentlichten 62 Stempeln sind weitere 379 Stücke aus neueren Grabungen bekannt, so daß die hier vorgelegten 417 verwertbaren Stempel bzw. Inventarbucheinträge der Altgrabungen fast die Hälfte des bekannten Materials stellen. Ein Hauptanliegen der Arbeit ist die Darstellung, Töpferzuordnung, Herkunftsbestimmung und vor allem die möglichst gen aue zeitliche Einordnung der Sigillatastempel, die in erster Linie auf dem Vergleich mit Parallelfunden an datierten Fundplätzen beruht. Darüber hinaus sollen bei einer Auswertung des Gesamtmaterials Aussagen zur zeitlichen Verteilung der gestempelten Sigillata, zu den Anteilen verschiedener Produktionszentren und zur Häufigkeit einzelner Töpfer getroffen werden. Ein Vergleich mit der gestempelten glatten Sigillata weiterer Militärstarionen in Niedergermanien (Asciburgium, Neuss, Vechten) sollldären, ob die Zusammensetzung des Stempelmaterials den Spektren anderer vergleichbarer Fundplätze entspricht.
Stečaj je interdisciplinarno područje na kojemu se susreću prije svega ekonomisti i pravnici, odnosno u širemu smislu ekonomski i pravni sustavi razmišljanja i izražavanja. Štoviše, Wood upravo stečajni zakon smatra konačnim testom je li pravosuđe uopće pravedno. U ovome se radu analiziraju nesuglasice oko temeljnih naziva koji se upotrebljavaju u stečajnome pravu. Te je nazive potrebno analizirati, razjasniti, i predložiti rješenje kako bi postigli suglasje oko naziva koji se ne bi redefinirali pri svakoj izmjeni Stečajnog zakona. U trenutku kad se brojni zakoni izmjenjuju zbog usklađivanja s propisima Europske unije, a ti zakoni definiraju naše društvo i odnose, važno je razlučiti pojmove u stečajnome postupku. Budući da je hrvatski Stečajni zakon 1990-ih “prepisan” iz njemačkog izvornika, učinjen je ne samo legislativni već i kulturni i jezični prijenos. Usmjerenost na njemački uzor dovela je do toga da su uz pravna rješenja nekritički prevedeni i temeljni nazivi stečajnoga postupka te je zaboravljeno kako valja pozitivno diskriminirati materinski jezik i, kad god je to moguće, koristiti se uobičajenim hrvatskim riječima, osobito nazivima. U radu se prikazuje sukob temeljnih naziva stečajnog postupka i daju argumenti za uporabu osnovne leksičke jedinice na ovom području – naziva stečaj.
Teekesselchen
(1988)
Wo hat der Bengel nur das Wort wieder aufgeschnappt? Wenn er schon seine Programmierübungen für den Deutschunterricht nicht machen will, dann soll er doch 'Beyond Dark Castle' spielen oder sich durch Datennetze hacken, wie jeder anständige Junge in seinem Alter. Aber Sohnemann muß natürlich wieder aus der Reihe tanzen! Gedichte lesen! Jetzt haben wir die Bescherung: "Papa, was sind denn eigentlich 'Wipfel'?" ...
Die Reihe soll zukünftig in unregelmäßiger Folge über Fortschritte in der taxonomischen Forschung und über nomenklatorische Änderungen informieren, sofern Farn- und Samenpflanzen der deutschen Flora betroffen sind. Sie knüpft an die ähnlich strukturierten "Literaturberichte. Floristik und Systematik" in der Zeitschrift "Botanik und Naturschutz in Hessen" an, die von Heft 1 (1987) bis zu Heft 17 (2004) erschienen sind.
The following changes in nomenclature of some species of Amblyeems Thunberg, 1815, are proposed: A) Elevated to new taxonomic status- A. insuturatus (pic, 1902) from (Spennophagus subflavidus var.insuturatus); A. luteolineatus (pic, 1929) from (Spennophagus luteonotatus var .luteolineatus);A. paulonotatus (pic, 1906) from (Spennophagus luteonotatus var.paulonotatus). B) New synonymy-A. dispar(Sharp, 1885)(=Spermophagus longissimus Pic, 1902; =S. earyoborifonnis Pic, 1910; =S. guyanensis Pic, 1917; S.pieeosuturalis Pic, 1927; =S. earaeasensis Pic, 1954); A. gounellei (pic. 1902)(=S. eurtus Pic, 1911; =S. basipennis Pic, 1936); A. insuturatus (pic, 1902)(=A. woleotti Kingsolver, 1970;A.jatayensis (Pic, 1902)(=S.jatayensis var. bieolorieeps Pic, 1955; =S.jatayensis var. hahnelli Pic, 1955; A. IIwltimaculatus (pic, 1902)( =S. minasensis Pic, 1918); A. perfectus (Sharp, 1885)(=S. maeulatopygus Pic, 1927); A. reticulatus (Jekel, 1855)(=S. rufotestaeeus Pic, 1912);A.luteolineatus (pic, 1929)(=S. multisignatus Pic, 1954). C). Lectotype/s and paralectotype/s are designated for: S. luteonotatus Pic, 1902; S. multimaeulatus Pic, 1902; S. maeulatopygus Pic, 1927; S. subflavidus Pic, 1902; S. trisignatus Sharp, 1885; S.jatayensis Pic, 1902; S. longissimus Pic, 1902; S. earyoborifonnis Pic, 1910; S. dispar Sharp, 1885; S. subflavidusvar. insuturatus Pic, 1902. For all species listed in this paper, we provide a bibliography, label data on type material, sex of types and their repository.
In drei Fließgewässern der Stadt Meile im südöstlichen Landkreis Osnabrück wurden bei Untersuchungen in den Jahren 1993 und 1994 insgesamt 20 Süßwassermolluskenarten festgestellt. Eine Gesamtartenliste mit Angaben zur Häufigkeit der einzelnen Arten wird vorgelegt. Die Ergebnisse werden mit ähnlichen Untersuchungen verglichen und die Erfassungsmethodik wird diskutiert. Die betrachteten Gewässerabschnitte weisen eine weitgehend ähnliche Artenzusammensetzung mit verschmutzungstoleranten Organismen auf. Die regelmäßigen Gewässerunterhaltungsmaßnahmen sowie die ungenügende Wasserqualität beeinträchtigen die Lebensräume der Süßwassermollusken.
Conclusions Le Colpomenia simlosa que les auteurs américains appellent typica ne mérite pas ce nom, car il ne correspond pas à la plante méditerranéenne. La plante récemment immigrée sur les côtes atlantiques d' Europe, ou var. peregrina Nob., diffère du type méditerranéen par son thalle moins sinueux, pIns mince et plus souple, par ses sores moins limités, largement étendus, ses sporanges moins hauts; les cryptes pilifères y naissent par un processus différent de celui que MITCHELL a décrit. Elle paraît voisine de celle que les auteurs américains appellent var. typica; elle n'est vraisemblahlement pas originaire cles mers plus chaudes que les nôtres et il est possible qu'elle soit originaire de la côte pacifique de l'Amérique septentrionale; ceci nous laisse mieux comprendre sa naturalisation chez nous. Les zoospores des sporanges pluriloculaires (les seuls connus) du Colpomenia de la Méditerranée, et de sa variété peregrina, germent sans copulation. Elles fournissent un protonéma monosiphonié, simple ou ramifié qui, par le cloisonnement localisé de certaines cellules, engendre un glomérule d'abord mûriforme; en uniformisant sa surface, celui-ci devient vite un Colpomenia d'abord massif. Un même protonéma produit un seul, ou plusieurs, ou de nombreux Colpomenia. Les jeunes individus ainsi obtenus en culture n'ont. pu être conservés assez longtemps pour fructifier. Mais de vieux protonémas de la var. peregrina produisirent des sporanges pluriloculaires (interpétés ici comme des amorces gleglomérules aussitôt évoluées en sporanges) dont les zoospores fournirent des protonémas très ramifiés de seconde génération. Bien que restés en culture durant plusieurs mois, ces derniers n'ont produit ni glomérules ni sporanges; cette longue stérilité pourrait expliquer, au moins en partie, les irrégularités de la présence du Colpomenia dans la nature. Si l'on s'en rapporte aux dessins de KUCKUCK, publiés par OLTMANNS, les zoospores du Phyllitis et du Scytosiphon fournissent un protonéma qui rappelle celui du Colpomenia ; ceci confirme l'interprétation de BORNET, de FALKENBERG et de KJELLMAN qui rapprochaient ces trois genres dans un même groupe.
Der Dichter Paul Celan übersetzte aus sieben Sprachen ins Deutsche, weigerte sich aber zeit seines Lebens seine eigenen Gedichte zu übertragen. Zu der Frage, ob seine Lyrik überhaupt übersetzbar sei, hat er sich zudem meistens sehr skeptisch geäußert. Doch für seine Frau, die französische Künstlerin Gisèle Celan-Lestrange, verfasste er Vokabellisten und Interlinearübersetzungen zu einigen seiner Gedichte. Anhand des Briefwechsels, den die Partner fast 20 Jahre lang führten, soll die Bedeutung des Sprachwechsels im Leben und Werk Celans thematisiert werden. Denn der Wechsel zwischen dem Französischen der Briefe und dem Deutschen der Gedichte, zwischen der Sprache des Exils und der Muttersprache spiegelt zweifellos die Frage nach der individuellen und künstlerischen Identität wider. Die im Briefwechsel enthaltenen französischen Fassungen der Gedichte stellen daher einen absoluten Einzelfall dar. Der Dichter verstand diese Texte nicht als Übertragungen im vollen Sinn des Wortes, trotzdem gewähren sie dem Interpreten einen einzigartigen Einblick in die Werkstatt des Dichters. Die vergleichende Analyse der deutschen und französischen Fassung der Einzeltexte zeigt, wie die Tätigkeit des Dichters und die des Übersetzers Paul Celans zueinander beisteuerten.
U radu se na temelju vlastitih terenskih istraživanja i literature prikazuje suglasnički sustav južnomoslavačkih kajkavskih govora, njegov inventar, distribucija i podrijetlo, na primjeru triju govora – Kutinskoga Sela, Osekova i Okešinca. Prikazuju se zajedničke i razlikovne značajke triju navedenih govora. Južnomoslavački kajkavski govori pripadaju južnomoslavačkomu ili donjolonjskomu dijalektu.
U radu se analiziraju hrvatski pridjevi Vranciceva rjecnika nastali izvodenjem i slaganjem. Jedan broj pridjevskih tvorenica baštinio je Vrancic iz starohrvatske književnosti, koje su poslužile istodobno kao model za leksikografove znatno brojnije samostalne tvorbene zahvate. S obzirom na specifican put nastanka petojezicnoga rjecnika u clanku se pridjevske izvedenice promatraju u cjelini Vranciceva leksikografskoga pristupa. Posebna je pozornost upravljena suodnosu tvorbe i znacenja.
1. The migration of the spotted mackerel, Pneumatophorus tapeinacephalus distributing in the coastal sea of Japan was investigated in relation to the geographical distribution of the fishing grounds, seasonal change of fishing condition. sea conditions and fork length. Secondarily, some anatomical and histological observations were carried out on spotted mackerels caught in the coastal sea area around Kagoshima and its vicinity to clarify the sex differentiation and the seasonal cycle of the gonads. 2. Spotted mackerels are distributed throughout a wide sea area stretching from north of Formosa to the south of Japan Sea. including the Pacific coastal sea from Kyushu to Chiba Prefecture. The northern limit of the distribution area is assumed to be the sea areas off San-in and Chosi. 3. The schools of adult fish make a feeding migration to the circumference of Saishu Island and to the sea area off Ashizuri cape in summer. and these schools make a spawning migration toward the sea area around the Osumi Islands and the southern area of the East China Sea in winter. 4. In winter some schools of adult fish remain living in the sea area south of the Izu Islands. These schools belong to a group isolated incompletely from that of the East China Sea. as some of them are those which came from the East China Sea. 5. The larvae grow while they are being brought by the sea current or tide current. When they have reached 50~60mm. in total length. they aggregate in schools and approach the coast. In spring they swim in the coastal nursery grounds. 6. From summer to autumn, the schools of the young fish make a feeding migration to the sea off San-in and to the eastern coastal sea of Chiba Prefecture. In winter. they make a seasonal migration to the coastal sea of South Kyushu, the East China Sea and the southern sea area of the Izu Islands. 7. The range of vertical distribution of the larvae is supposed to be the layer from the surface to 40m. in depth. The vertical distribution of the adult fish is chiefly in the layer, 40-70m. in depth, during the period from late autumn to early spring. It becomes shallower in late spring and summer, the depth being about 20-40m. 8. The ranges of water temperature and salinity in the sea where the adult fish schools are distributed are 17.0-26.0°C and 34.0~34.8%0. respectively. 9. The spawning takes place during the period from the end of January to June in the southern part of the East China Sea and the sea areas around the Osumi Islands, off Ashizuri Cape and around the Izu Islands. These spawning grounds are sea areas where a comparatively rapid current is running towards a land shelf. 10. The ranges of the optimum water temperatures and salinities for the spawning are assumed to be 17-23°C and 34.0-34.8 0/00, respectively. 11. The primordial germ cells seem to migrate to the gonad by amoeboid movement from other places than the gonad. 12. The early indifferent gonad is very slender and suspended with a mesogonium, in the coelom. It is composed of peritoneal epithelium, stroma cells and primordial germ cells. 13. The formation of the gonocoel begins as a longitudinal depression on the surface of the gonad, facing the mesentery. This depression takes place in the gonad of the fish, about 60mm. in fork length, prior to the sex differentiation. 14. The sex differentiation occurs directly without a phase of a juvenile hermaphrodite. 15. The gonad in which the gonocoel is greatly enlarged becomes an ovary, while that in which the gonocoel is left narrow becomes a testis. 16. In the early ovary the layer containing oogonia is surrounded with stroma cells. The surface of the ovary is covered with cuboidal epithelium. 17. In the ovary of the fish, 100-130mm. in fork length, the wall of the ovocoel forms small protuberances, which become the lobes of the ovary. The oocytes are situated in these lobes. The yolk formation begins in the oocytes, 15.....,20.a in diameter, 18. The maturing process of eggs is clasified into the following 7 stages; the chromatin nucleolus, the peripheral nucleolus, the yolk vesicle, the early yolk globule, the late yolk globule, the migrating nucleus and the matured stage. Ovarian eggs at the migrating nucleus stage and the matured stage are observed in the fish, more than 300mm. in fork length. 19. The surface of the early testis is covered with peritoneal epithelium. The interior is filled up with the multiplied stroma cells and the spermatogonia scattered among them. In the testis of a somewhat later stage, a lot of branches are stretched out of the testocoel. Some of the spermatogonia are arranged directly beneath the peritoneal epithelium and the others are buried deep in the testis. The testis lacks a layer of stroma cells under the peritoneal epithelium. 20. In the testis of young male fish the spermatogonia increase in number and surround the small branches of testocoel; they form seminiferous tubules. The testocoel and its large branches become the rete apparatus constructed of collecting ducts. The maturation division appears in the testes of the fish more than 280mm. in fork length. 21. The sex ratio of the young fish is approximately 1 : 1. The ratio between the gonad length and the fork length shows an exponential increase. The gonads of adult fish are enlarged about 9-13 % of the original length during the spawning season. 22. During the months from July to November the oocytes in the ovaries of adult female :fish are at the chromatin nucleolus stage and the peripheral nucleolus stage. During the same season there are only spermatogonia in the testes of adult male fish. The gonads of adult fish begin to increase in size in December and become the largest in March and April. The increase in size of the ovary is chiefly due to the enlargement of ova on account of yolk deposition. The increase in size of the testis is due to accumulation of spermatozoa. 23. A few oogonia can be seen m the ovanes of adult female fish during and immediately after spawning. Numerous spermatogonia appear along the inner walls of the seminiferous tubules late in the spawning season.
Resume 1) The egg of Squilla oratoria DE HAAN is centrolecithal and undergoes partial cleavages resulting in rudimentary primary yolk pyramids. 2) The germinal disk is first represented by a pair of optic lobes and a ventral plate, which are afterward connected by paired, lateral ectoderm thickenings to form a V-shape. The V is then transformed into an O by the appearance of a transverse band between the optic lobes of both sides. 3) A small blastopore is formed. Of the mesendoderm cells derived from the blastopore by cell immigrations, those attached to the lower surface of the lateral ectoderm thickenings are differentiated into a U-shaped, naupliar mesoderm band. This inesoderm band joins the preante:mulary mesoderm derived from the optic lobe, and grows into a complete ring conforming to the shape of the germinal disk. 4) The extra-blastoporic immigrants consist of a preantennulary mesoderm, mesodermal yolk cells and a part of the naupliar mesoderm. The greater part of the preantennulary mesoderm cells disintegrate sooner or later, without forming any distinct structure. The mesodermal yolk cells also degenerate after taking part in the dissolution of the deutoplasm. A discussion as regards the mutual relationship between these elements, with the conclusion that the formation of the preantennulary mesoderm represents the initial step of the extra-blastoporic cell sinking from the whole egg surface, is included. 5) The endodermal elements consist of a compact cell mass differentiated from the posterior part of the mesendoderm layer and the endodermal yolk cells immigrated from the blastopore. The yolk cells, after migrating through the most peripheral part of the yolk, scatter all over its surface. The endoderm plate is nothing but a mass of yolk cells. which remain without scattering. 6) Eight mesoteloblasts derived from the blastoporic lip are attached to the inner surface of the thoracico-abdominal process, making four groups. The ectoteloblasts are differentiated from the ordinary blastoderm cells in a later stage than the mesoteloblasts. In the final condition they consist of 21 cells forming a complete ring around the thoracico-abdominal process. 7) Both the ectoderm and the mesoderm are derived from the teloblasts in all of the post-naupliar segments.· The dorsal ectoderm, however, is non-teloblastic in only a few anterior segments. Differentiation of segments proceeds from the front toward the back. 8) The telson mesoderm is formed by the cells sunk from the telson ectoderm which is derived from the peri-blastoporic ectoderm . 9) The anus is the remnant of the blastopore. In accordance with the change of the caudal furca, the anus is displaced from the dorsal side of the telson to the ventral border between this and the last abdominal segment. 10) There is a distinct nauplius stage. Of the meta-naupliar segments, those from the m:txillula to the second maxilliped are laid on the germinal disk, the following segments together forming a thoracico-abdominal process. Two maxiliiped segments, however, are later separated from the cephalon with the development of the carapace fold, and join the trunk segments. Externally, six abdominal segments are formed. 11) The ganglionic cells are proliferated from the neuroblasts occupying the most superficial part of the centra1 nervous system. The giant ganglionic cells arise from the ordinary ganglionic cells and not directly from neuroblasts. The development of the cerebrum is described. The tritocerebra of both sides are conne~ted by a transverse nerve-fibre bundle behind the stomodaeum. The ganglia of the segments from the mandible to the second maxilliped first exhibit a typical ladder-like shape. Of these ganglia, the anterior three constitute a sub-resophageal ganglion by more or less complete fusion, while the posterior two are transferred from the cephalon to the thoracico-abdomimil process with the constriction of the segments. The inter-ganglionic cell groups take part in the constriction of the consecutive segments. The seventh abdominal ganglion is clearly indicated by the presence of such a cell group as well as of a pair of nerve fibre masses. 12) The development of the compound eye is traced. The ganglion opticum is derived from the ectoderm of the optic lobe lateral to the protocerebrum; it is not an outgrowth of the cerebrum. 13) The ganglion visceralum is differentiated from the anterior wall of the stomodaeum. 14) A median dorsal organ is formed. In close connection with the activity of this organ, the embryo undergoes one ecdysis. 15) The mid-gut epithelium is formed by the gradual expansion of the anterior and posterior endoderm plates over the yolk sac. These plates, however, extend only on the ventral side of the yolk sac before hatching. The posterior plate is produced by the concentration of the scattered yolk cells toward the periphery of the. plate differentiated from the mesendoderm, while the anterior plate is formed by yolk cells alone. 16) The greater part of the intestine develops from the outgrowth of the posterior endoderm epithelium, the proctodaeum occupying only the rectum. 17) The posterior liver lobes are produced from the posterior endoderm plate as a pair of blind tubes and extend as far backward as the telson. The anterior liver lobes and the lateral mid-gut cceca are rather incompletely developed, being ~eparated by shallow superficial grooves of the yolk sac. These two pairs of diverticula are only partially covered by the endoderm epithelium, and develop into more or less distinct coeca during larval life. They later seem to be completely absorbed again by the mid-gut. 18) The product of each division of the mesoteloblast is equivalent to one mesodermal-segment. The mesoderm of the seventh abdominal segment is derived from the posteriorly situated daughter cell produced by the last division of the teloblast. In' accordance with the grouping of teloblasts, the trunk mesoderm is separated into two ventral and two dorsal bands. Each band is further separated into segmentally arranged blocks, the somites. The ccelom develops in no stage and in no segment. 19) The dorsal mesoderm gives rise to the extensor and the oblique muscles of the trunk, the anterior and posterior limb muscles, as well as to the mesodermal inclusion of the limb. The -ventral mesoderm grows into the flexor. The connective tissue investing the intestine -and the liver lobes are principally constructed from the dorsal mesoderm. The germ cell does not appear until hatching. A brief account is also given of the fate of the naupliar mesoderm. 20) The heart wall and the pericardial floor are morphologically one unit. They arise from the dorsal mesoderm as a pair of membranes stretching between it and the intestine. The dilated and elongated parts of the heart are formed by the subsequent union of these paired rudiments. 21) The anterior dorsal vessel has a two-fold origin; it is formed by the fusion of an anterior rudiment extending backward from the rostrum and a posterior one developing as a tubular outgrowth of the heart. The former is derived from the rearrangement of mesenchymatous cells which migrated from the anterior end of the naupliar mesoderm. 22) By the time of hatching, two pairs of lateral vessels are formed as hollow linear thickenings of the pericardial floor in front and behind the dilated part of the heart. 23) The antennal gland remains rudimentary without acquiring any intercellular lumen. The maxillar gland is not laid until hatching. The labral and anal glands are derived from the peristomodaeal and the telson mesoderm respectively. 23) Comparisons are made bewteen Squilla and other orders of Malacostraca as regards the salient points of the embryonic development. These have led to the conclusion that the Stomatopoda are most closely related in their embryonic development to Nebaliacea, and further that Stomatopoda represent a rather primitive group separated from the main stem of Malacostraca very early, only next in order to Nebaliacea.
The purpose of the present paper is to describe the thoracic cirripeds found in the waters around the Seto Marine Biological Laboratory. The material dealt with in this paper was collected almost entirely by myself during the period extending from the summer of 1930 up to the present time, except a few species obtained from the Soyo-maru Expedition undertaken by the Imperial Fisheries Experimental Station during the years 1926-1930. Descriptions of the latter have already been given (HIRO, 1933a). The present material consists, with few exceptions, of specimens from the littoral zone and shallow water; none of the specimens are from deep water. However, I have paid special attention to the commensal forms from the ecological and faunistic standpoint, and have thus been able to enumerate a comparatively large number of species in such a restricted area as this district.
In seinen Ausgaben der Altdeutschen Predigten (...) hatte A.E. Schönbach mehrmals (...) einen Untersuchungsband angekündigt; obwohl er bei Edition des 3. Bandes als für die vorliegenden Texte fertig bezeichnet wird, ist er nie erschienen.(...) Die folgenden Studien (...) wollen aus dem umfangreichen Programm Schönbachs (...) zur Hauptsache nur Fragen der Überlieferung behandeln und eine weitergehende Aufschlüsselung der Vorgeschichte der Leipziger Sammlung bieten, als sie A. Linsenmayer in seiner ‚Geschichte der Predigt in Deutschland’ (...) gegeben hat.
The first step in methanol metabolism in methylotrophic yeasts, the oxidation of methanol and higher alcohols with molecular oxygen to formaldehyde and hydrogen peroxide, is catalysed by alcohol oxidase (AOX), a 600-kDa homo-octamer containing eight FAD cofactors. When these yeasts are grown with methanol as the carbon source, AOX forms large crystalline arrays in peroxisomes. We determined the structure of AOX by cryo-electron microscopy at a resolution of 3.4 Å. All residues of the 662-amino acid polypeptide as well as the FAD are well resolved. AOX shows high structural homology to other members of the GMC family of oxidoreductases, which share a conserved FAD binding domain, but have different substrate specificities. The preference of AOX for small alcohols is explained by the presence of conserved bulky aromatic residues near the active site. Compared to the other GMC enzymes, AOX contains a large number of amino acid inserts, the longest being 75 residues. These segments are found at the periphery of the monomer and make extensive inter-subunit contacts which are responsible for the very stable octamer. A short surface helix forms contacts between two octamers, explaining the tendency of AOX to form crystals in the peroxisomes.
The sting apparatus and pygidium are described for eight of 20 Lordomyrma species and one of five Mayriella species. The apparatus of L. epinotaiis is distinctly different from that of other Lordomyrma species. Comparisons with other genera suggest affinities of species of Lordomyrma to species of Cyphoidris and Lachnomyrmex, while Mayriella abstinens Forel shares unusual features with those of Proatta butteli.