BIORHYTHMOGENETICS: “STARTING TIME” AS VARIABILITY FACTOR
Journal Title: Analele Stiintifice ale Universitatii Alexandru Ioan Cuza din Iasi, Serie noua, Sectiunea II a. Biologie vegetala - Year 2015, Vol 61, Issue 1
Abstract
Laboratory experiments performed on alga Scenedesmus quadricauda (Turp.) Bréb. (Chlorophyta) utilizing biorhythmological methodology recorded significant variations in its multiplication pattern accordingly certain hours selected as “starting time” of cultures. The diurnal diversity of genetic time may state new approaches with theoretical and applied importance for Biorhythmogenetics and Biorhythmotechnology development.
Authors and Affiliations
Simona APOSTOL
Keywords
Related Articles
- EP ID EP230677
- DOI -
- Views 109
- Downloads 0
PARTIAL RESEARCH ON THE MORPHOLOGY, PHYSIOLOGY AND PHYTO-CHEMICAL COMPOSITION OF THE SEEDS OF PALIURUS SPINA-CHRISTI MILLER (RHAMNACEAE) UNDER VARIOUS BEFORE GERMINATING TREATMENTS
In this paper we are following the fundamental morphological, structural and physiological study that would explain the advantages of certain methods for before germinating treatments of the seeds of Paliurus spina...
GRAZING CAPACITY - A TOOL TO ESTABLISH POTENTIAL HABITATS FOR THE RELEASE OF THE EUROPEAN BISON IN “VÂNĂTORI NEAMŢ” NATURAL PARK
Beginning with 2003, the Administration of the “Vânători Neamţ” Natural Park has initiated a program for the reintroduction in the wilderness of the European bison, which will establish a wild population. Although the Eu...
PHYSIOLOGICAL AND BIOCHEMICAL ASPECTS AT APPLE VARIETIES CULTIVATED IN THE NE REGION OF ROMANIA
The article discusses about the variation of a few biochemical and physiological indicators which were performed on the foliar surface (the pigments chlorophyll content, the water content, the dry matter content, the int...
CHARACTERIZATION OF THE MICROBIOTA FROM DIFFERENT TYPES OF ANTHROPOGENIC SOILS
The paper present the quantitative analysis of microbiota of different types of soils from antropized zones of Iasi and the macro- and micro-morphological characterization of isolated strains.
THE BIOLOGICAL LASER SYSTEMS AS BIOPHOTONIC MODELS OF THE LIVING MATTER WITH LIVING MATTER THERMODYNAMIC IMPLICATIONS. THE BIOLOGICAL LASER THEORY (PART II)
The paper consists in the obligatory theoretical examination from a thermodynamic point of view of the “biophotonic model” of “laser systems” and “biological laser phenomena” as models of the living matter structur...