Biomedical subjects

N N Banina

Publications and source records attributed to N N Banina.

3 recordsLinked to original sources

PubMedDate not supplied

[Distribution of apiosomae on the body of fishes in the light of the parasite-host relationship].

The paper deals with the distribution of apiosomae over the body of fishes. The microecological condition (inhabitation on the skin, fins and gills) are analysed. Quantitative regularities are revealed in the distribution of apiosomae which are associated with differences in the inhabitation conditions on various parts of the nost's body and the character or morphological variability resulting from these differences. It was established that the fins, espeically the paired ones, and the surface of the body are most favourable for apiosomae. The gills have the least invasion density.

Animals↗

PubMedDate not supplied

[Apiosome organization and their systematic position].

The ability of apiosomes for the formation of non-contractile stems (such as epistylids) and colonies suggests to refer them to the family Epistylidae rather than to Scyphididae. On the other hand, the atrophy of the stem in the majority of the species, changes in the structure of the foot, in the form and position of the nuclei under the effect of parasitism on fishes suggest their separation into a distinct subfamily, Apiosomatinae subfam. n.

Animals↗

PubMedDate not supplied

[Distribution of Apiosomae over the body of fishes in the light of parasite-host relationship].

The paper deals with the distribution of apiosomae over the body of fishes. The microecological condition (inhabitation on the skin, fins and gills) are analysed. Quantitative regularities are revealed in the distribution of apiosomae which are associated with differences in the inhabitation conditions on various parts of the host's body and the character of morphological variability resulting from these differences. It was established that the fins, especially the paired ones, and the surface of the body are most favourable for apiosomae. The gills have the least invasion density.

Adaptation, Physiological↗