Titlebook: Incompatibility in Fungi; A Symposium held at Karl Esser,John R. Raper Book 1965 Springer-Verlag Berlin · Heidelberg 1965 Ascomycetes.Basi

GALL

書目名稱Incompatibility in Fungi影響因子(影響力)




書目名稱Incompatibility in Fungi影響因子(影響力)學科排名




書目名稱Incompatibility in Fungi網(wǎng)絡公開度




書目名稱Incompatibility in Fungi網(wǎng)絡公開度學科排名




書目名稱Incompatibility in Fungi被引頻次




書目名稱Incompatibility in Fungi被引頻次學科排名




書目名稱Incompatibility in Fungi年度引用




書目名稱Incompatibility in Fungi年度引用學科排名




書目名稱Incompatibility in Fungi讀者反饋




書目名稱Incompatibility in Fungi讀者反饋學科排名

Folklore

Heterogenic incompatibility,ngi. During the last decade, however, it has become evident that this is . general principle leading to incompatibility. In the study of different geographical races of the ascomycete ., which belongs to the Sordariaceae, .. We have suggested the terms . and ., respectively, ...

變色龍

The function of the mating-type locus in filamentous Ascomycetes,at heterothallism in this species is a genetically determined condition in which the two mating groups (.) are determined by the two alleles (.) at a single locus. About a decade later, . and . (1932) proved that the two mating groups are not the opposite sexes; that is, all strains are hermaphrodit

fodlder

Brain-Imaging

Somatic recombination in Basidiomycetes,nstrated in vegetative cells of several species of filamentous fungi. This paper will briefly review what is known of the mechanisms for genetic exchange or recombination in vegetative cells of the Basidiomycetes.

affect

Somatic recombination in the Basidiomycete Coprinus radiatus,actors (for more details, see the paper of . p. 31). Additional genes are known, however, that prevent the formation of a dikaryon between homokaryons carrying different .- and .-factors. Thus, if the three following strains are confronted:. (where . is a gene leading to a dwarf phenotype) none of t

GLIB

Incompatibility and nuclear migration,ear migration; the control of breeding can restrict migration. As this symposium bears witness, much effort is now aimed toward understanding how incompatibility genes regulate migration, heterokaryon formation, and breeding. The investigation of nuclear migration has developed rather slowly since i

排斥

Results of electron microscope work on Coprinus,sidiomycetes. The edge of each septal pore is thickened enclosing a narrow tubular passage .09—.18 . in diameter. On either side of the pore is a dome shaped, perforated pore cap. Both septa of the clamp connection in a dikaryon and the septa of homokaryons have pores of this type.

使顯得不重要

Physiological aspects of tetrapolar incompatibility,d the other physiological. We have already heard discussed in some detail the principal genetic features of the system: a) bifactorial control, b) the bipartite structure of the incompatibility factors, c) the requirement of genetic difference between factors for full compatibility and dikaryosis, d

財政

Genetic investigation into the mode of action of the genes controlling self incompatibility and hettibility or incompatibility of a given mycelium with another ; this is the problem of the physical basis of the action of the incompatibility gene. A second problem is to determine which developmental stages of the sexual process are affected by the incompatibility mechanism; this is a physiological