Analysis of the Induced Root Secretions

Methods of nematode control involve chemical, physical, agricultural, and biological methods. Using chemical nematicides pollutes the environment and is prone to residues; physical methods using heat and electricity to disinfect are tedious and unsustainable, and intercropping and crop rotation do not apply to all crops. Biological methods of manipulating special root secretions into functional fertilizers of biological origin are the best option for the development of sustainable agriculture. Inter-root regulation is playing an increasingly important role in agricultural production as a new agricultural technology tool.

Fig.1 Selection of methods for controlling nematode disease.

Lifeasible provides an analysis of the induced root secretions by rhizosphere microorganisms with decades of experience. We develop an advanced platform equipped with advanced instruments and professional staff to perform proteomic analysis with a high standard. We deliver satisfactory and reliable results and reports on time to our customers worldwide.

Analysis of Root Secretions Affecting Nematode Tropism

• Root secretion is a general term for the continuous release of compounds from root tissues into the soil during the life activity of the root system. Root secretions include ions, amino acids, amides, sugars, organic acids, phenolic acids, and various secondary metabolites.
• There is also an interaction between the microorganisms and the chemical secretions of the plant roots around the plant's root system. It has been widely demonstrated that root secretions of susceptible crops cause nematodes to tropism and promote egg hatching.
• Lifeasible provides analysis of the induced root secretions regulating nematode tropism, including identification of root secretions and screening of specific root secretions of resistant plants by gas chromatography-mass spectrometry (GC-MS), X-ray computer tomography (CT) and magnetic resonance imaging (MRI) visualization techniques.

Analysis of Root Secretions Regulating Nematode Recognition

• Plant roots interact with nematodes, and infestation-competent J2 larvae have a series of olfactory neurons that can respond to active substances secreted by the root system. Therefore, by disrupting the tropism and movement of J2 larvae toward the host plant, it is one of the effective measures to mitigate nematode infestation.
• We provide analysis of the induced root secretions regulating nematode recognition and infection, helping our customers identify the critical genes in nematode recognition of root secretions, such as Famide-like peptides (FLPs), to further investigate the intrinsic mechanisms.

Lifeasible offers services covering the induced root secretions by rhizosphere microorganisms to meet your research demands. With years of experience in the biological industry, our professional platforms can help clients solve types of difficulties. If you are interested in our services or have any questions, please feel free to contact us or make an online inquiry.