Semi-quantitative detection system of target substances based on the phenomenon of surface plasmon resonance or SPR.
This instrument is based on an optical reading system for SPR chips.
The instrument can be easily transported from a laboratory to a contaminated site to make the measurement directly out in the field.
Samples can be analyzed directly using a very small volume (a few microliters) without any pretreatment procedure, and the output signal can be read in a few minutes.
Through dedicated software, the instrument is always connectable to the Internet to allow data to be saved to the cloud.
The great versatility of this instrument allows the use of a wide range of sensors such as those modified for SARS-CoV-2, BSA, or bare.
The system consists of:
From the development of specific adsorbent materials for contaminants to sensor systems for their detection, each patent represents a step forward in our mission to provide advanced and innovative technological solutions.
Method, equipment, and process of separating contaminating material from a liquid.
Optical sensor, sensor system and sensing system to detect the presence and/or concentration of an anality in a solution, process for making said optical sensor.
Optical sensor, support for said optical sensor and detection system to detect the presence and/or concentration of an anality in a solution.
Molecularly molded polymer, its applications and preparation process.
Optical sensor, sensor system and sensing system to detect the presence and/or concentration of an anality in a solution, process for making said optical sensor.
Method for detecting a virus in a liquid medium, molecular sensor for its implementation, and procedure for preparing the molecular sensor.
