Scientific Publications

Inicium®

Biostimulant influence on morphological and agrochemical characters in banana (Musa AAA cv. Williams)

May 2022
Scientific articles | Bioestimulantes | Inicium® | StresSal® | Others

Some of the limitations for plant acclimatization in vitro in banana cultivation have been poor rooting and slow leaf development, which affect survival in the field under stress conditions after planting. The aim of this study is to compare seedling response of Musa cv. Williams treated with biostimulants and commercial de-stressing agents. Thirty days after inoculation, pseudostem diameter (cm), fresh plant mass (g), fresh root mass (g), root number, soil-plant analysis developmen...

Demonstrative trial of the properties of the Inicium® peptide biostimulant

April 2019
Bioestimulantes | Scientific articles | Inicium®

In order to characterize the effect of the INICIUM® product, the aerial and underground development of pepper plants treated and untreated with the root application biostimulant was monitored. The results showed an incentive effect of growth in the post-transplant phase in plants treated with INICIUM®, which is visualized in an early growth of the root system. This effect seems to be associated with the production of thinner and longer roots that would provide a greater surface area of wat...

Growth of "Parvin" Mango in Nursery as Affected by a Peptide-Based Biostimulant Applied to the Soil

January 2015
Scientific articles | Inicium®
Research was conducted in the nursery to determine the effects of a biostimulant based on low weight peptides on grafted ‘Parvin’ mango for transplant production. The biostimulant treatments evaluated were 0 (check), 1, 2, 3, 4 and 5 ml of biostimulant per liter of water, applied as soil drench at 150 ml per plant per application, eight times at two-week intervals. By 98 days after the first application, biostimulant treatments did not affect scion stem diameter. In contrast, mango scion le...

SEST International Symposium

September 2009
Scientific Communications | Inicium®

Transplant ability to overcome physiological stress and become established in a new environment depends on the ability of seedlings to withstand root disturbance, the water and nutrient uptake capacity of the roots, and the plant capacity to regenerate new roots. This response is the result of changes in gene expression that are related to the mechanisms activated by the plant to withstand stress. Focusing on the critical stage after transplanting, Bioiberica, S.A developed Inicium, a totall...

The 7th New Ag International Conference & Exhibition

March 2009
Scientific Communications | Inicium®

In plant life cycle transplanting is one of the most stressful phases, especially if an environmental stress factor occurs within the following days. Plant’s ability to establish itself and settle down after transplanting depends on its adaptive response to changing environmental factors. This response is the result of changes in gene expression that are related to the mechanisms activated by the plant to withstand stress. Inicium® is a totally natural product based on characterized pepti...

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