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Bacillus pasteurii

◑ Environmental

Sequenced

Public genome assembly available

Bacillus pasteurii (now reclassified as Sporosarcina pasteurii) is a urease-producing soil bacterium studied primarily for its role in microbially induced calcite precipitation, a process used in construction materials and environmental engineering, and is not a recognized probiotic organism. Research on this species focuses on urease biochemistry, environmental bioremediation, and, in one in vitro study, polypropylene microplastic degradation. It has no established probiotic safety profile and is not used in human supplementation.

Where it's been studied Tags come from a conservative keyword scan of each paper's title, abstract, and summary. A tag is research coverage, not measured effect. How we classify this →

Share of this strain's 6 body-system-tagged papers that concern each system. Research coverage, not measured effect.

Gut 5 papers · 83%

Cardiovascular 2 papers · 33%

Brain & Mood 1 paper · 17%

Immune 1 paper · 17%

Metabolic 1 paper · 17%

Symptoms in the research A tag means the paper's text names the symptom or condition — research coverage, not evidence of benefit. How we classify this →

Share of this strain's 5 symptom-tagged papers that mention each symptom or condition. Research coverage, not evidence of benefit.

H. pylori 4 papers · 80%

Blood pressure 1 paper · 20%

Research Study-type filters use AI-classified labels, audited but not guaranteed — check the paper itself before leaning on one. How we classify this →

162 papers reference this strain in the probiotic database.

Match confidence

Experimental data related to the removal of U(VI)

· Mendeley Data

Microbial-modified coal-based solid waste backfill material: Mechanical improvement and its effect on the water environment

· Journal of Cleaner Production

Effect of freeze-thaw cycles on engineering properties of nano-SiO2 enhanced microbially induced calcium carbonate precipitation in kaolinite clay

· Cold Regions Science and Technology

Optimizing Bacillus pasteurii spore germination and unveiling impermeability mechanisms in microbial self-healing concrete

· Frontiers in Microbiology

Sustainable reuse of coal mine overburden stabilised with microbially induced calcite precipitation

· Proceedings of the Institution of Civil Engineers - Ground Improvement

Rapid and highly effective self-repair of concrete cracks based on magnetic microbes

· Magazine of Concrete Research

Bio-Enhanced Lightweight Concrete: Self-Healing and Mechanical Performance

· SSRN Electronic Journal

Biomineralization and High Calcite Formation by Bacillus: Implications for Fiber Bio-Concrete Applications

· Fusion Journal of Engineering and Sciences

The synergistic performance and mechanism of coal dust suppression contributed by Bacillus pasteurii assisted with a potent indigenous Lysinibacilus MN-5

· Journal of environmental chemical engineering

Research on the Effect of Natural Seawater in Domesticating Bacillus pasteurii and Reinforcing Calcareous Sand

· Journal of Marine Science and Engineering

Biodegradation of polypropylene microplastics by Bacillus pasteurii isolated from a gold mine tailing

· Emerging contaminants

Synthesis of 2-aminothiazole sulfonamides as potent biological agents: Synthesis, structural investigations and docking studies

Alkali-Resistant Domestication of Bacillus pasteurii and Its Growth Kinetics in Sodium Carboxymethyl Cellulose Solid-Free Drilling Fluids

Bio-Grouting: Advancing Soil Stabilization for Eco-Friendly Infrastructure

· Journal of Civil Engineering and Urbanism

Temperature- and alkali-resistant induced domestication of Bacillus pasteurii in drilling fluid and its borehole wall enhancement properties

· Petroleum Science

Biocalcification of Sandy Gypseous Soil by Bacillus Pasteurii

· Salud Ciencia y Tecnología - Serie de Conferencias

Microbial-Induced Calcium Carbonate Precipitation and Basalt Fiber Cloth Reinforcement Used for Sustainable Repair of Tunnel Lining Cracks

Identification of coastal pesticide pollutants as potent inhibitors of Bacillus pasteurii urease mediated calcium carbonate precipitation: a computational approach

· Journal of Biomolecular Structure and Dynamics

Performance of Self-Healed Alkali-Activated Slag Mortar at Elevated Temperature

· Journal of Materials in Civil Engineering

A Binary Microorganism Self-Healing Agent for Concrete Cracks Comprising Bacillus pasteurii and Saccharomyces cerevisiae

· Journal of Materials in Civil Engineering

Browse all 162 papers →

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