01/31/2022
A soil microbe 🦠 monitoring MICROCHIP would be amazing paired with Soil Innoculant 🌱💚
It's been developed based on the following principles:
1. CCD/CMOS chip monitoring and calibration systems, including polarization microphotometric system for the reconstruction of the brightness profiles (3D luminance surface) with the parallel display of the vectoroscopy results, a system for particle counting with oscilloscopic–photographic registration for video microscopy based on a lensless luminescent microscope, a stand for verification and calibration using a stroboscopic oscilloscope reflectometer with a discreteness up to the nanosecond range, and
2. Telemetry system of the active chips with radio frequency identification and a receiver with the fine-tuning (in the earlier versions—manual tuning using agometric procedure.
In fact, it is possible to use the data of a telemetric signal (in real time) after digitization without compression as a source of kinetic descriptors of the processes on chip-to-soil interface.
There are several areas that could be developed within the framework of the paper, which seem to be rather interesting and promising for the soil science, geochemical microbiology and ecological studies: implementation of the microfluidic capillary soil planar chip technique in an alternative version with preservation of the capillary/microfluidic characteristics in Perfil’ev–Gabe method variations (from capillary analysis methods of soil microflora to microfluidic LDI- and SPIM-compatible pedoscopes, etc.), and combination of capillary methods of soil microbiology with capillary methods of mass spectrometry techniques (in chromatographic micro-columns and nano-columns on a chip; in ESI capillaries; data collection from MS-patch-clamp microcapillaries, etc.).
The complex of technologies for soil microbiological and agrochemical monitoring studies using an active chip is being developed based on the following principles: 1. CCD/CMOS chip monitoring and...