Tylenchocriconema alleni n. g., n. sp. from Guatemala (Tylenchocriconematidae n. fam.; Tylenchocriconematidae n. superfam.; Nematoda)

Tylenchocriconema alleni n.g.n.sp, is described from soil about roots of a bromeliad from Guatemala City, Guatemala. It has characteristics of both the Tylenchoidea and Criconematoidea. Tylenchocriconematidae, n. fam., and Tylenchocriconematoidea, n. superfam., are proposed to express the relationship of this species to other taxa. Tylenchulidae and Paratylenchidae are considered closely related, and Tylenchulidoidea, n. rank, is proposed to indicate their relationship.     

Trichopus lachmanni, n. sp.; Structure et Morphogenèse

SUMMARY. Trichopus lachmanni n. sp. possesses, in common with other members of the family Dysteriidae, a fixation organelle composed of vesicles and a secretory ampoule. But no "foot-like" appendix exists in this species, and the ampoule opens at the bottom of an antapical pit which bears a short fringe of membranelles derived from the somatic ciliature. The vibratile fringe participates in the spinning of the glutinous secretion which temporarily fastens the organism to the substrate. This specialized ciliature is characteristic of the genus Trichopus which was created by Claparède & Lachmann for a species, T. dysteria , which, though insufficiently described, is certainly different from T. lachmanni.     

Marine star-shaped-aggregate-forming bacteria: Agrobacterium atlanticum sp. nov.; Agrobacterium meteori sp. nov.; Agrobacterium ferrugineum sp. nov., nom. rev.; Agrobacterium gelatinovorum sp. nov., nom. rev.; and Agrobacterium stellulatum sp. nov., nom. rev.

Two new species of aerobic, gram-negative, peritrichously flagellated or nonmotile marine bacteria usually forming star-shaped aggregates were isolated from northeastern Atlantic Ocean bottom sediments. These organisms resembled eight star-shaped-aggregate-forming bacterial species from the Baltic Sea originally ascribed to the genus Agrobacterium but not included on the Approved Lists of Bacterial Names because of their questionable relationships to true agrobacteria. These two sets of star-shaped-aggregate-forming bacteria were compared by means of phenotypic data, DNA base compositions, DNA-DNA relatedness, and one-dimensional electrophoretic analysis of low-molecular-weight RNAs (5S rRNA and tRNA). According to the results of genotyping, the northeastern Atlantic Ocean isolates and three of the Baltic Sea species formed a group of closely related bacteria that could not be excluded from the genus Agrobacterium with certainty. Until more genotypic data are available, these five marine species are regarded as a distinct subdivision of the genus Agrobacterium consisting of Agrobacterium atlanticum sp. nov. (type strain, 1480T = DSM 5823T), A. meteori sp. nov. (type strain, 1513T = DSM 5824T), A. ferrugineum sp. nov. nom. rev. emend. (type strain, ATCC 25652T), A. gelatinovorum sp. nov. nom. rev. emend. (type strain, ATCC 25655T), and A. stellulatum sp. nov. nom. rev. emend. (type strain, ATCC 15215T). "A. aggregatum" proved to be a later subjective synonym of A. stellulatum, which had priority. The remaining four Baltic Sea species, "A. agile," "A. kieliense," "A. luteum," and "A. sanguineum," could not be placed in the new subdivision of Agrobacterium.     

Gloeococcus bavaricus n. sp. undCoelastrella compacta n. sp.

Ohne Zusammenfassung     

Eimeria lemuris n. sp., E. galago n. sp. and E. otolicni n. sp. from a Galago Galago senegalensis

SYNOPSIS. Three new species of Eimeria are described from the intestinal contents of a galago Galago senegalensis E. Geoff. imported into the Amsterdam Zoo from Africa. The oocysts of E. lemuris n.sp. are 44-57 by 38-47 μ and contain 4 sporocysts measuring 17-20 by 10.5–14 μ. The oocysts of E. galago n.sp. are 20-25 by 19-23 μ and contain 4 sporocysts measuring 9-12 by 6-9 μ. The oocysts of E. otolicni n.sp. are 23-31 by 22-28 μ and contain 4 sporocysts measuring 10-15 by 8-12 μ. A few Isospora resembling I. arctopitheci Rodhain, 1933 were seen.     

Two newCandida species:Candida chilensis sp.n. andCandida valdiviana sp.n.

Two new nitrate-assimilating yeasts isolated from decomposed wood ofNothofagus sp. are described. The namesCandida chilensis andCandida valdiviana are proposed.A table is given of the assimilation and fermentation reactions of the currently acceptedCandida species that use nitrate as the sole source of nitrogen.Candida koshuensis was not validly described so the nameCandida boidinii must be accepted for this species.The work done at the Universidad Austral de Chile had financial support of the Comisión Nacional de Investigatión Científica y Technológica (Proyecto No. 151).     

Torulopsis bombicola sp. n.

A new yeast species,Torulopsis bombicola, is described, that produces extracellular hydroxy fatty acid sophorosides. It utilizes relatively few carbon compounds. It forms a mannan having a proton magnetic resonance spectrum similar to the spectra of the galactomannans ofTorulopsis apis, Torulopsis nodaensis andT. magnoliae, but differing from those ofT. gropengiesseri galactomannan andT. apicola mannan.Issued as N.R.C.C. No. 11234.The authors wish to thank Mr. M. Mazurek for the determination of the p.m.r. spectra, and Mr. N. R. Gardner and Mr. R. J. Magus for valuable technical assistance.     

Endomycopsis montevidensis n. sp.

A new species of the genusEndomycopsis is proposed. It was isolated from waste water, at Montevideo-Uruguay.By its morphological and biochemical proprieties it differs from allEndomycopsis previously described.

---

---

Este trabajo fue desarrollado en el Laboratorio de Micologia de la Facultad de Química de Montevideo, Uruguay y en uso de una beca de la Universidad Federal de Pernambuco para perfecciobamiento en el estudio de las levaduras.     

Endomycopsis montevidensis n. sp.

A new species of the genusEndomycopsis is proposed. It was isolated from wast water, at Montevideo-Uruguay.By its morphological and biochemical proprieties it differs from allEndomycopsis previously described.Este trabajo fue desarrollado en el Laboratorio de Micologia de la Facultad de Quimica de Montevideo, Uruguay y en uso de una beca de la Universidad Federal de Pernambuco para perfeccio bamiento en el estudo de las levaduras.     

Mycoderma Lafarii n. sp.

Ohne Zusammenfassung     

Alectorolophus hercegovinus n. sp.

Ohne Zusammenfassung     

Colchicum Jankae n. sp.

Ohne Zusammenfassung     

Pichia delftensis sp.n.

Pichia delftensis is described as a new species. It was isolated from a naturally fermented apple juice that had been left on the yeast deposit. This film yeast differs fromP. membranaefaciens in its positive assimilation of hexitols.