Introduction: Arabidopsis thaliana is a small plant member of the mustard (Brassicaceae) family, used as a model organism in plant biology. The balance between vital-metabolic processes of growth and ...development performed on living organisms, is often affected by external influences. These influences represented by temperature, humidity, light intensity and nutrients, stimulate, accelerate, slow down or even stop all qualitative and quantitative development of the plant. Aims: To observe the evolution of plant in all phenological stages, starting with germination and ending with seed growth and development under the action of AD type bio-phyto-dynamic modulators. After the full growth of plant the research continues pursuing the possible changes relating to the plant genome. Materials and methods: Seeds of Arabidopsis thaliana were used, divided in three variants. Two with DEA and DIEE AD type bio-phyto-dynamic modulators attached and the third representing the witness variant. After the basal wheel of leaves has been formed some plants were selected to be exposed to water stress. Results: After a period of thirteen days without water the differences between the two categories were noticeable. The presence of bio-phyto-dynamic modulators managed to restore the balance needed to make visible the processes of growth and development of plants affected by water shortages. Conclusion: The presence of AD type bio-phyto-modulators had a protective effect for the plants affected by water stress, acting as a protective shield against water shortage.
The objective of the research was to observe the influence of A.D. type bio-phyto-modulators uponseed germination and plant biology. The biological material subject to analysis was represented by ...Coralvariety of tomato and hybrid Blondy F1 pepper seeds. As part of this experiment DEA A.D. type biophyto-modulators has been used. For germination rhythm determination was used one version in 4replications with 15 seeds each, which was attached a DEA type device and one control version, with nodevice attached. In the fourth day from seeding in variant with the tomatoes and DEA, the first plantsappeared, and until the sixth day all of the 15 seeds were germinated. The germination for “witness”variant began as late as day six and finished in tenth day. For the pepper seeds the sample with DEAbegan germination in the eighth day and ended in twelfth day while “the witness” began germinationin the twelfth day and ended in the fifteenth. We can see that in both cases where was located the DEAtype device germination occurred faster than normal germination time 6-8 days for tomatoes and 10-14 days for peppers. Using AD type bio-phyto-modulators brought a beneficial contribution increasinggermination speed for both species.
Introduction: The AD type bio-phyto-modulators work in the subtle field, act as resonators, they absorb the universal vibration through the liquid crystals they contain, and transform her in resonant ...vibration of the biological environment used. Aims: The germination and growing process to spruce and white willow under the influence of AD AD type bio-phyto-modulators. Materials and methods: The biological material analyzed consists in spruce and white willow seeds. To verify the germination capacity Linhartd type pots germination were used and the germination bed was made of filter paper. Besides given water treatment, seeds were stimulated with DIEE bio-phyto-modulators. Results: In the following days notable differences were observed between the stimulated variant and witness in what concerns the germination, growing and development of plants. The white willow plants grew up to 7-9 cm in height and were noticeably more vigorous than the witness variant that arrived at 5-7 cm in height. Differences in germination, growing and development were observed at the spruce plants too, between the two variants. Conclusion: Applying DIEE bio-phyto-modulators proved to be beneficial, with notable differences for both germination and plant growth.
Paulownia is a family tree with over 20 species. Among the best known are: Paulownia tomentosa, Paulownia elongata, Paulownia fortunei, Paulownia australis. Due to its rapid increase of its roots, ...Paulownia is extremely suitable for forestation of areas at risk of erosion and re-forestation of burned forests. The purpose of the experiments presented in this paper, are to determine the homogeneous electric field's influence on the acceleration of germination of Paulownia tomentosa seeds, at different exposure times/varying the exposure times. The results of the experiments proved that an accelerated germination was obtained. The best results were obtained when the exposures times of the plant to the homogeneous electric field was 20 minutes. The results of the experiments confirm the beneficial contribution of the electric field to the germination process. They also guide the authors of this paper to properly correlate their use with the corresponding classes of solar radiation intensity and humidity.
The AD type bio-phyto-modulators work in the subtle field, act as resonators, they absorb the universal vibration through the liquid crystals they contain, and transform her in resonant vibration of ...the biological environment used. The germination and growing process to spruce and locust under the influence of AD type bio-phyto-modulators. The biological material analyzed consists in spruce and locust seeds. To verify the germination capacity Linhartd type pots germination were used and the germination bed was made of filter paper. Besides given water treatment, seeds were stimulated with DIEE bio-phyto-modulators. In the following days notable differences were observed between the stimulated variant and witness in what concerns the germination, growing and development of plants. The locust plants grew up to 7-9 cm in height and were noticeably more vigorous than the witness variant that arrived at 5-7 cm in height. Differences in germination, growing and development were observed at the spruce plants too, between the two variants. Applying DIEE bio-phyto-modulators proved to be beneficial, with notable differences for both germination and plant growth.
Col-0 line Arabidopsis thaliana seeds were exposed to left and right torsion field for 30, 60 and 90 minutes. The field was generated using the Comfort-7, a device that besides axial and radial ...components of axion field has also an azimuth component. After exposure the seeds were evaluated for energy and capacity of germination. Comparing the results obtained for seeds exposed to left and right torsion field and unexposed seeds, the influence of torsion fields improved the energy of germination by an overall difference of 36.6% and 39.33%. For the seeds exposed to left torsion field, the higher the time of exposure, the greater results were obtained; the energy of germination increased by 14% at 60 minutes and 28.33% for 90 minutes exposure comparing to the 30 minutes variant.
The biological material analyzed consists in spruce and willow seeds exposed to magnetic field. Notable differences were observed between the stimulated variant and witness in what concerns the ...germination, growing and development of plants. The locust plants grew up to 7-9 cm in height and were noticeably more vigorous than the witness variant that arrived at 5-7 cm in height. Differences in germination, growing and development were observed at the spruce plants too, between the two variants. Applying magnetic field proved to be beneficial, with notable differences for both germination and plant growth.
Silybum marianum is an annual or biennial plant native to the Mediterranean area (Mossa et al. 1987). It was clearly demonstrated that silymarin exerts a strong protective effect against oxidative ...stress damage at the protein level which has a direct connection to its use as hepatoprotector for chronic inflammatory liver diseases and liver cirrhosis (Herman et al. 2011). Silymarin was proved to protect liver and kidney cells from toxic effects of drugs (Meghreji Moin et al.). The objective of the research was to observe the influence of magnetic field upon seed germination. Silybum marianum seeds were exposed to magnetic field action for three different time intervals 20, 40 and 60 minutes at an intensity of 2.2 Gauss. The seeds were divided in three variants of 100 seeds for each time exposure and another variant of 100 seeds was used, remaining unexposed to magnetic field, representing the control variant. All seed variants exposed to magnetic field action had a decreased percentage of germinated seeds in the first day of data reading compared to control variant. But overall, at the end of germination process, the percentage of germinated seeds increased with values up to 10% at the variants under the influence of magnetic field.The research conducted in the present paper indicates that the magnetic field has a stimulative effect on germination process. The studied time intervals of exposere and 2,2 Gauss magnetic field intensity had an increasing effect on germination process.
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