5 results about "Phycocyanobilin" patented technology

Disclosed herein is a method for enhancing immune response of a vaccine. The method includes preparing a Phycocyanin compound. The Phycocyanin compound includes at least one of C-phycocyanin (C-PC), Phycoerythrin (PE), Allophycocyanin (APC), phycocyanobilin (PCB), and combinations thereof. The method further includes administering the prepared Phycocyanin along with a vaccine composition to a living body.

The invention relates to a cyanobacterial bloom extraction method based on spectrum and phenological characteristics, and relates to the field of ecology, and the method comprises the steps: selecting a vegetation index PCI which is excellent in cyanobacterial bloom recognition, building a localized phycocyanobilin inversion model, and carrying out the homogeneity test of pixels around a sampling point; by calculating a PCI gradient image time sequence, cyanobacterial bloom and background water boundaries are identified, and a threshold value for distinguishing cyanobacteria and non-cyanobacteria pixels is determined by using a maximum gradient average value; constructing a cyanobacterial bloom recognition model based on the LSTM neural network; calculating cyanobacterial bloom outbreak intensity and coverage area, identifying a hot spot area and a cold spot area, and depicting distribution characteristics of cyanobacterial bloom in space; a PCI time sequence data set is synthesized, the evolution trend of a cyanobacterial bloom key phenological index time sequence is described, the innovation of the method lies in that spectrum and phenological characteristics are fused, cyanobacterial bloom spatial and temporal distribution is accurately analyzed, and guarantee is provided for water environment treatment and drinking water safety.

The application relates to the technical field of remote sensing monitoring, and discloses a lake cyanobacterial bloom detection method and system fusing remote sensing images. The method comprises the following steps: acquiring multispectral remote sensing images and synthetic aperture radar images of a target lake; calculating phycocyanobilin characteristic indexes and chlorophyll fluorescence peak indexes according to characteristic band reflectivity, screening pixels meeting a discrimination condition to obtain an optical water bloom distribution mask; calculating a radar-retrieved phycocyanobilin index according to a dual-polarization backscattering coefficient through a nonlinear regression model to obtain a radar water bloom distribution mask; and fusing the two masks to obtain a cyanobacterial bloom monitoring result. The application solves the problems that the existing cyanobacterial bloom detection method cannot realize all-weather monitoring, lacks cyanobacterial specificity recognition capability, and has insufficient reliability of a single data source, and improves the timeliness, accuracy and reliability of cyanobacterial bloom detection.

This invention discloses a method for preparing phycocyanin and its related applications, relating to the field of active substance extraction technology. Through a specific sequence of membrane filtration, cell disruption, and chromatography, this invention efficiently and selectively separates and purifies high-purity phycocyanin from the complex composition of *E. coli* fermentation broth. Compared to the cumbersome traditional process relying on algal extraction followed by chemical lysis, this method avoids the seasonality and geographical limitations of raw materials, achieving high recovery rates and highly selective enrichment of phycocyanin. The process flow is clear, the conditions are mild, and it is easy to scale up, demonstrating good industrial scalability potential. This invention not only provides a stable, economical, and efficient technical route for the large-scale preparation of phycocyanin but also lays a solid foundation for its in-depth application in high-value-added fields such as food, pharmaceuticals, and biological detection.

The present disclosure addresses the problem of providing technology for preventing or improving aging-related hearing loss. This problem is solved by a composition for preventing or improving aging-related hearing loss, the composition comprising, as an active ingredient, at least one selected from the group consisting of spirulina, phycocyanin, and phycocyanobilin.