Green pesticides are an essential part of agricultural production and economic development and are related to global food security, food safety, and ecological safety. For the needs of green agricultural products, it becomes crucial to conduct new targets and molecular design of green pesticides, the creation of plant immuno-attractants, and the synthetic biology of biopesticides.
Lifeasible is actively developing green pesticides that can efficiently control pathogens, remove weeds from fields, and kill pests, while being safe for humans, animals, natural enemies of pests, and the crops themselves, and can be rapidly decomposed by natural environmental sun and microorganisms, with low or no residues in agricultural products. This can help our customers protect agricultural products' yield and quality, prevent the frequent occurrence of various crop diseases and pests, and ensure food security.
| Types |
Features |
Details |
| Microbial pesticide |
The use of microorganisms (such as bacteria, fungi, viruses, and nematodes) or their metabolites to control agricultural pests. |
Microbial pesticides, microbial insecticides, microbial fungicides, microbial herbicides, and microbial plant growth regulators. |
| Animal source pesticide |
The use of live animals and their products to control agricultural pests. |
Insects produce a variety of internal and external hormones, including animal toxins, insect endocrine hormones, insect pheromones, and natural enemy animals. |
| Plant-derived pesticide |
The use of active parts of plants or the extraction of active ingredients processed into pharmaceuticals. |
Including light-activated pesticides, azadirachtin, rotenone, essential oils, etc. The active substances are alkaloids, flavonoids, terpene compounds, and volatile oils. |
| Genetically modified crops and genetically engineered pesticide |
Pesticides are made from recombinant DNA through genetic inheritance. |
Fungal-derived biopesticides developed using genetic engineering can reduce the ability to transmit human pathogens and increase resistance to abiotic stresses. |
| Green chemical pesticide |
Pesticides with high selectivity, only for specified pests, and non-toxic or low toxicity and rapid degradation of non-pollution. |
For new anti-plant virus agents with immune activation function, for discovering disease activators based on natural product structure, multi-target biogenic pesticides, and nucleic acid pesticides. |
Advantages
- No harm to crops, not easy to produce biological resistance.
- Has a very high biological activity, and control of pesticide pests potency is very high, and the amount used per unit area is very small.
- Highly selective, while friendly to natural enemies of agricultural pests, for which there is no toxicity or very little toxicity.
- It is purely natural, pollution-free, or biologically produced, easily accepted and degraded by humans, livestock, and the natural environment.
- Low emission of volatile organic carbon compounds, low residue, friendly to the environment.
Green pesticides are a natural alternative to chemical pesticides because of their low toxicity, non-residual and non-polluting properties. Lifeasible uses biotechnology and computer-aided technology to open up more effective pathways for the research and development of green pesticides. Please feel free to contact us to learn how we can make green pesticides play an important role in the development of safe, high-yield, efficient and high-quality agriculture.
For research use only, not intended for any clinical use.
