34 results about "Marine biology" patented technology

The invention relates to a multi-source information fusion algorithm for detection and early warning of marine organisms in a nuclear power plant. It is mainly aimed at the data collected by multiple sensors on the site, adopts a decision-level fusion form, and performs data respectively based on a linear regression model and a fuzzy neural network prediction method. Through analysis and calculation, the early warning model of multi-source information fusion for marine life detection and early warning is obtained; it uses the least squares multi-parameter function estimation method in the linear multiple regression model estimation method, and combines the linear regression function that comes with MATLAB to perform multi-parameter estimation Obtain the calculation formula of intrusion intensity, fitting error and Euclidean distance, etc.; use fuzzy theory and neural network technology to fit sensor sampling data, and realize non-parametric multi-sensor data fusion algorithm to determine the degree of marine biological invasion and the occurrence of water intake The possibility of blockage, etc., provides support for the overall improvement of the reliability of the cold source of the nuclear power plant.

The invention belongs to the technical field of marine biology, and in particular relates to a universal RPA nucleic acid isothermal amplification primer, a kit and an application thereof for bivalve mollusks infected with herpes virus OsHV‑1. The primers are a set of amplification primers, consisting of upstream and downstream primers and probe primers; the upstream primers are shown in SEQ ID NO.1; the downstream primers are shown in SEQ ID NO.2; the probe primers are shown in SEQ ID NO.3 shown. The present invention designs general-purpose RPA amplification detection primers for 7 kinds of OsHV-1 mutant strains in currently known four kinds of bivalve hosts, and establishes a test strip RPA detection system and method for OsHV-1. On-site rapid screening and detection of OsHV‑1 is of great value and has broad market application prospects.

The present invention relates to marine biology, paleoceanography, sedimentary geology and other disciplines, and can be applied in the fields of foraminifer species identification research, marine environment indication research, paleoenvironment reconstruction and global change research, etc. Specifically, it is a A rapid preparation method for deep-sea foraminifera lumen structure grinding plate. Foraminifera isolated from deep-sea sediments were treated with gum immersion, hanging drop embedding, position adjustment and water grinding, that is, complete grinding of the inner cavity structure of deep-sea foraminifera was quickly obtained. The invention can more accurately identify the species of the foraminifera through the level information obtained by grinding, and avoid scientific confusion such as identification errors caused by external morphological variations such as the shape, texture, and number of chambers of the foraminifera. The invention provides accurate scientific basis and quick problem-solving scheme for the accurate identification of types of deep-sea foraminifera and the research on indications to the marine environment, paleoenvironment reconstruction research, global change research and other subject fields.

The invention discloses a marine natural gas hydrate development environment monitoring system and method. On a seabed, with a development point as the center of a circle, three concentric circles which are a first monitoring circle, a second monitoring circle and a third monitoring circle are arranged from the inside to the outside, and an in-site monitor, a seabed submerged buoy monitor and a mooring buoy monitor are arranged. In a development environment, four dimensions of data of an atmosphere, a seabed, seawater and an underground are monitored at the same time, and underground sedimenttemperature pressure / soil mechanics monitoring, seabed deformation monitoring of a mining area, the monitoring of seabed submerged buoy / mooring buoy, ROV-based real-time observation and monitoring, mining products and environmental impact monitoring are related. Monitoring ways cover many subjects of marine geology, engineering geology, physical oceanography, marine chemistry, marine biology and the like. A comprehensive environmental impact assessment technical scheme with the integration of 'seabed sediment, submarine sedimentation, multiple parameters of a submarine boundary layer, longitudinal profile characteristics of seawater, surface seawater and atmosphere, and the production of gas, water and sand' in one body is formed.

The invention provides a cetacean whistle signal detection method based on Mel subband spectrum entropy. From the perspective of spectral entropy, the present invention combines the Mel filter to realize the detection of the dolphin whistle signal by calculating the Mel sub-band spectral entropy, and further reduces the false alarm probability through the time threshold to improve the detection accuracy. The method of the invention is simple and easy, can realize the automatic detection and extraction of the whistle signal, and reduces the workload of manual extraction. The dolphin whistle signal is of great value for the research of bionic camouflage underwater acoustic communication, dolphin population classification and identification, etc. Therefore, the method of the present invention can help related researches such as bionic camouflage underwater acoustic communication and marine biology.

The invention relates to the technical field of marine biology. The sea anemone contains a lot of polypeptide toxins and proteins, such as toxin compounds and protease inhibitors, and especially, palytoxin in the nematocysts of the sea anemone, is believed to be a chemical weapon for defense. Currently, the studies on a sea anemone Kunitz-type protease inhibitor and the functions thereof are very limited. The present invention provides a sea anemone derived Kunitz-type protease inhibitor, the amino acid sequence of the protease inhibitor is shown in SEQ ID NO: 2. The present invention also provides the encoding gene of the protease inhibitor, and applications of the protease inhibitor in the preparation of drugs for the treatment of acute pancreatitis and acute hemorrhagic pharmaceutical, and pesticides.

The invention belongs to the technical field of marine organisms, and provides a preparation method and application of ethanol extract of Cryptocodella sp. The ethanol extract of cryptocoleum provided by the invention is obtained by repeatedly freezing and thawing fresh cryptocoleum wet algae, centrifuging to take the precipitate and adding ethanol for ultrasonic extraction, and the obtained cryptocoleum ethanol extract can Significantly improve the activity of superoxide dismutase (SOD) in Caenorhabditis elegans and promote the removal of reactive oxygen species (ROS) in the body, reduce the level of reactive oxygen species (ROS) in the body, and at the same time it can alleviate the oxidative stress caused by premature aging phenomenon, has a significant antioxidant effect, and can be applied to the preparation of health food and medicines with antioxidant functions.

The invention belongs to the technical field of marine biology, and provides a cyanea capillata polypeptide growth factor named as Cc-GRN-1. The amino sequence of the growth factor is represented by the SEQ ID No. 1. The invention also provides a preparation method and applications of the cyanea capillata polypeptide growth factor. The cyanea capillata polypeptide growth factor has a prominent promoting effect on cell proliferation, and has a good application prospect in development of damage repairing drugs.