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Bacillus peptides and the suppression of pathogens and pests in fruit trees
Pathogens and pests are undoubtedly among the most significant stressors for plants, including ornamental, agricultural, and fruit-bearing species. 🐛 Throughout the growing season, fruit trees are exposed to numerous diseases and pests that can significantly reduce yields and plant growth. 🦠 One possible solution may be Bacillus strains, which belong to the group of plant growth-promoting bacteria (PGPR) and represent an ecological alternative to pesticides. 🔬 A 2024 study
Oct 23


The role of Bacillus subtilis probiotics in dairy cattle nutrition
Proper nutrition is the foundation of animal husbandry, particularly for dairy cows, as the quality and quantity of milk produced depend on their diet. ✅ Given the importance of the final product’s quality, feeding dairy cows requires the implementation of natural solutions that are safe for consumers. 📈 Probiotics support the balance of the gut microbiota, which leads to better nutrient utilization and improved animal health. 🧫 Supplementing cattle diets with probiotic str
Oct 23


Bacillus velezensis as a growth promoter for grapes
Abiotic and biotic stresses are becoming increasingly common during the growing season of crops, contributing to a decline in crop quality and yield. 🧫 Grapevines are extremely sensitive to environmental conditions, particularly to fungal diseases, which easily develop on leaves with large surface areas and in grape clusters that retain high moisture levels, which favor pathogen growth. 🦠 Bacillus velezensis is a plant-growth-promoting rhizobacterium (PGPR) capable of stimu
Oct 23


Melatonin produced by Bacillus bacteria and its effect on plants
Melatonin (N-acetyl-5-methoxytryptamine) is a hormone found in living organisms, where it acts as a biological regulator, influencing the normal course of development. 🌱 This hormone is responsible for the proper functioning of plants, playing a role in, among other things: protection against reactive oxygen species (ROS), stimulation of plant growth (an action similar to that of auxins), protection of chlorophyll from degradation under stressful conditions, regulation of ph
Oct 23


The role of Bacillus bacteria in the decomposition of plant residues
An excess of plant residues in fields creates conditions that limit plant growth and significantly affect changes in the composition of soil microorganisms. Plant residues that are difficult to decompose form an insulating layer that hinders airflow, thereby: create anaerobic conditions in which putrefaction occurs, and the population of beneficial microorganisms is reduced, lowers soil pH, which hinders proper plant growth, leads to “nitrogen starvation” due to rapid nitr
Oct 23


Bacillus & plant stress resilience 🦠⌬ Chemical signaling
The efficacy of microbial-based biostimulants depends on the beneficial microbes' capacity to colonize roots. Interactions between...
Mar 26, 2025


Horizontal gene transfer and safety of bacterial inoculants
Horizontal gene transfer (HGT) is the exchange of genetic information between microorganisms, a process that can include the spread of...
Mar 26, 2025


Bacillus effect on Salmonella reduction in turkey production
Salmonella is a dangerous pathogen in animals and humans, causing: - vomiting - diarrhea - inappetence - abdominal pain The use of...
Mar 26, 2025


Extreme environment microorganisms against heat stress
Throughout its life cycle, the plant faces adversity from biotic stresses, such as the presence of herbivores and parasites, as well as...
Mar 26, 2025
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