4 results about "Bioburden" patented technology

This application proposes a method for preparing gradient-pore structured biochar for soil remediation microbial loading, relating to the field of biomass resource utilization technology. The preparation method includes: pyrolyzing biomass raw materials at high temperature and then cooling to obtain biochar embryos; dissolving surfactants in water to prepare an impregnation solution; impregnating the biochar embryos in the impregnation solution and drying to obtain a mesoporous template; dispersing starch in water, heating, and adding the mesoporous template while stirring, reacting, and then cooling, settling, and drying to obtain a macroporous template; and calcining the macroporous template under an inert atmosphere using a gradient heating process to obtain biochar with a gradient-pore structure. This application, through synergistic regulation of raw material composition, pretreatment process, and programmed pyrolysis activation process, achieves for the first time a continuous gradient distribution of pore size from the outside to the inside ("macropore → mesopore → micropore") within a single biochar particle, significantly improving its performance as a microbial carrier.

Abstract The invention relates to a perioperative cobotic system designed to monitor, assess, and manage bioburden in real-time within operating room environments during surgical procedures and turnover phases. The system includes a mobile base equipped with a drive mechanism for maneuverability, a camera to capture image data, an actuator for camera movement, and a biosensor for direct bioburden assessment. Abstract assessment. 20 26 20 16 37 04 M ar 2 02 6 A b s t r a c t 2 0 2 6 2 0 1 6 3 7 0 4 M a r 2 0 2 6 a s s e s s m e n t .

The present application relates to the technical field of radiation sterilization dose management, and particularly relates to a medical instrument radiation sterilization dose dynamic optimization system based on biological load analysis. The present application firstly obtains sterilization resistance according to the quantity difference of various bacteria before and after sterilization in all batches in the historical working period, combined with the corresponding radiation dose; further obtains comprehensive vitality combined with the seasonal similarity between working periods; further obtains biological load consistency and classifies the historical batches according to the similar characteristics of the quantity of all similar bacteria before sterilization and the comprehensive vitality between any two batches; further selects a reference batch, obtains a more reasonable initial radiation dose of the current working period according to the biological load consistency of the reference batch and the first batch at present, combined with the corresponding sterilization record, reduces the interference of seasonal activity difference of bacteria, reduces the number of subsequent repeated verification and correction, and improves the sterilization efficiency.

One among various embodiments discloses a sealed nutrient cartridge for bioburden or sterility testing, comprising a transparent cover, a flexible side panel assembly coupled to the transparent cover, a transparent film assembly coupled to the flexible side panel providing a transparent film on an opposing side of the transparent cover, wherein the transparent cover, the flexible side panel assembly, and the transparent film assembly form an interior vessel for receiving a growth medium and a sample of a product.