VITA CARE
VITA CARE
Integrating bio-recognition chemistry with precision optical sensing for rapid and quantitative microbial detection.
VITA CARE’s biosensing platform combines biochemical recognition mechanisms with advanced optical signal quantification to enable rapid microbial detection without laboratory infrastructure.
The system is designed to translate biological reactions into measurable digital signals through controlled colorimetric analysis and algorithm-driven CFU correlation modeling.
The detection platform utilizes specialized colorimetric reagents such as Bromocresol Purple and ONPG to detect microbial metabolic activity and enzymatic reactions.
To enhance specificity and sensitivity, the system incorporates antigen–antibody interactions coupled with enzyme-based signal amplification. This layered recognition mechanism enables detection of microbial presence at low concentrations.
The BIOTRACE device integrates a calibrated optical sensing module that measures color intensity changes on the detection strip.
The captured optical data is processed using internal algorithms to convert color gradients into quantitative microbial load estimations based on CFU correlation standards.
Target-specific microbial recognition for enhanced specificity.
Amplified detection sensitivity through biochemical cascade reactions.
Algorithm-based conversion of color intensity into microbial quantification.
Compact and field-deployable device architecture.
Unlike conventional culture-based microbial detection systems that require incubation and centralized laboratories, VITA CARE’s technology is designed for decentralized deployment.
By integrating biochemical detection chemistry with portable optical hardware and digital processing, the platform bridges the gap between laboratory-grade diagnostics and real-world field applications.