Low tensile strength, poor elastic modulus, and complex concrete cracking work condition
are almost unavoidable due to the intrinsic brittleness. To deal with concrete maintenance …

The present study investigated the CaCO3 precipitation performance of ureolytic and non-
ureolytic bacteria co-cultured as a self-healing agent for cementitious materials crack repair …

Sporosarcina pasteurii, a common soil bacterium has been tested for microbial treatment of
cement mortar. The present study also seeks to investigate the effects of growth medium …

Sustainable building materials in global development can effectively reduce their energy
and economic demands. Concrete infused with microorganisms possesses self-repair …

The rhizosphere microbiome plays a vital role in crop growth and adaptation. However, the
effects of rice genotype, nitrogen (N) fertilization, and their interactions on the rhizosphere …

This study investigated the effect of nutrient types on the hydration of cementitious materials
incorporated with co-cultured bacteria. The medium consisted of co-cultured bacteria …

In response to escalating ecological concerns, there is an unprecedented surge in demand
for sustainable construction materials. These materials should necessitate minimal energy …

Right from getting a safe place to live in, construction activity in the present-day world has
been diversified in many areas of human development. Amongst all construction materials …

Urease-producing microbes are of significance due to their potential application in
biocement production. Sporosarcina koreensis Q1 is a urease-producing bacterium …

巴氏芽孢八叠球菌是迄今为止所知的利用尿素降解进行生物矿化的最为高效的微生物系统之一,
基于其碳酸钙生物矿化形成的" 超**能力", 巴氏芽孢八叠球菌已经被成功地应用于沙石 …