Soil is the basic environmental element of the ecosystem and the material basis for human survival and development, so it is important to strengthen the prevention and control of soil pollution and analysis of physical and chemical properties. In addition, soil as the basis of agricultural development, agriculture also has a pivotal role, what kind of soil is suitable for what kind of crops, to absorb the crop growth process and what elements are still missing, etc. can be detected through soil analysis to obtain results. In addition to testing the plasticity index of soil samples, Lifeasible can also use various methods to test the LL (liquid limit), SL (shrinkage limit), flow index, toughness index, fluidity index/hydroplasticity ratio, and other indicators of soil samples.

The dramatic increase in the world's population means that more food is needed to feed the global population. In contrast, factors such as frequent global climate extremes, decreasing arable land area, and soil pollution caused by the overuse of chemical fertilizers pose many challenges to agricultural production. Therefore, it is essential to provide innovative solutions to address bottlenecks in agricultural production. Based on the urgent needs of agricultural development, Lifeasible has been building and designing new anabolic pathways in plants based on the close integration of synthetic biology and plant metabolic engineering, aiming to provide a wider range of design ideas and operational possibilities for improving plant growth and crop yield. Our in-depth research in plant anabolism, continuous design, and optimization of plant anabolic pathways have shown essential applications in the field of anabolic research in the field of agricultural research. More info：a plant-derived natural photosynthetic system for improving cell anabolism