Patents
Literature
Patsnap Eureka AI that helps you search prior art, draft patents, and assess FTO risks, powered by patent and scientific literature data.

8 results about "Motility" patented technology

Motility is the ability of an organism to move independently, using metabolic energy. This is in contrast to mobility, which describes the ability of an object to be moved. Motility is genetically determined, but may be affected by environmental factors. For instance, muscles give animals motility but the consumption of hydrogen cyanide (the environmental factor in this case) would adversely affect muscle physiology, causing them to stiffen, leading to rigor mortis. In addition to animal locomotion, most animals are motile (some move by passive locomotion). The term applies to bacteria and other microorganisms, and to some multicellular organisms, as well as to some mechanisms of fluid flow in multicellular organs and tissue. Motile marine animals are commonly called free-swimming, and motile non-parasitic organisms are called free-living.

SNP (Single Nucleotide Polymorphism) marker for influencing rapid forward movement sperm proportion of pig

The invention provides an SNP (Single Nucleotide Polymorphism) marker for influencing the rapid forward movement sperm proportion of a pig. The sequence of nucleic acid of the SNP marker is shown as SEQ ID No.1, and the site of the SNP marker is located at the 301st site from the 5'end on the nucleic acid shown as SEQ ID No.1, corresponds to the 3803902 site from the 5 'end on the NW018084979.1 chromosome of the international pig genome of the version 11.1, and is C or T.
Owner:JIANGXI AGRICULTURAL UNIVERSITY

A method and application for assessing the motility activity of marine parasitic dinoflagellates-Hymenopteran sporozoites using trajectory analysis

This invention belongs to the field of microalgal cell motility analysis and detection, specifically relating to a method and application for assessing the spore motility activity of the marine parasitic dinoflagellate *Heliotropium indicum* using trajectory analysis. The method includes steps such as microscopic image acquisition, video tag re-identification for image sequence grouping, image preprocessing (grayscale conversion, filtering and noise reduction, thresholding, hole filling, and overlap segmentation), trajectory detection based on the nearest neighbor algorithm, and visualization of trajectory and velocity data output. The spore cell motility activity detection method proposed in this invention can be used to evaluate the spread and infective capacity of *Heliotropium indicum*, as well as assess the killing effect of different drug types and dosages, providing technical support for taking corresponding control measures. This detection technology is practical, efficient, accurate, and reliable, and is expected to be widely applied in practice, promoting the healthy and sustainable development of aquaculture.
Owner:INST OF OCEANOLOGY - CHINESE ACAD OF SCI

Methods and systems for modifying motility of engineered multicellular organisms

PCT designated stageWO2026102322A1Culture processEmbryonic cellsMulticellular organismMotility
Disclosed are methods and systems for modifying the motility of engineered multicellular organisms. The engineered multicellular organisms include an aggregate of cells, e.g., ciliated cells. The methods may include exposing the engineered multicellular organism to an acoustic stimulation, e.g., sound at a frequency of about 5 Hz to about 1000 Hz.
Owner:TRUSTEES OF TUFTS COLLEGE

Systems for focused targeting of magnetic-oxygen responsive bacteria and methods of use thereof

A system for acquiring imaging information, diagnosis, and treatment of a subject using magnetic-oxygen responsive bacteria, and methods of use thereof; the system has a processor; and a memory storing program code that, when executed by the processor, causes the processor to acquire imaging information of a target region within the subject; applying a magnetic field under the first magnetic field intensity so as to guide magnetic-oxygen response bacteria towards a target region with an anoxic region in the subject; and applying a magnetic field having a second magnetic field strength lower than the first magnetic field strength to cause the magnetic-oxygen responsive bacteria to follow an oxygen gradient before the magnetic-oxygen responsive bacteria lose motility to attract the bacteria to the hypoxic region.
Owner:STARPAX BIOPHARMA INC

Attractants for Pseudomonas bacteria and their uses

This technology provides the ability to control the motility of microorganisms. [Solution] The attractant for Pseudomonas bacteria comprises at least one of polylysine and Bacillus bacteria, indicated by accession number NITE P-03755.
Owner:TOKYO UNIVERSITY OF AGRICULTURE

A device for promoting gastrointestinal motility in an animal

ActiveCN224402571UGuaranteed stabilityImprove the production effectPeristalsisMotility
The utility model discloses a device that promotes the gastrointestinal peristalsis of animals, including upper mesa and lower mesa, the upper mesa is set on the lower mesa upper end, be provided with stabilizing assembly between the lower mesa and upper mesa, the stabilizing assembly is used for guaranteeing the stability when shaking, the lower mesa inside is provided with power component, and the power component is used for providing the power of shaking, the utility model belongs to promote the gastrointestinal peristalsis technical field of animals, and specifically is a device that promotes the gastrointestinal peristalsis of animals.
Owner:于洋 +2

Application of indole-3-lactic acid in improving immunity of sea cucumber and inhibiting virulence factors of vibrio splendidus

PendingCN122376585ABiotechnologyAquatic animal
The application provides application of indole-3-lactic acid in improving immunity of sea cucumber and inhibiting virulence factors of Vibrio splendidus. The application is used for preparing a product for inhibiting virulence factors of Vibrio, and a product for improving immune defense ability of aquatic animals; wherein the aquatic animals are preferably sea cucumber, and the Vibrio is preferably Vibrio splendidus. Researches show that under the premise of basically not affecting the growth of Vibrio splendidus, the indole-3-lactic acid can significantly reduce hemolytic activity, protease activity, motility and biofilm formation of the Vibrio splendidus, and can reduce intestinal permeability of the sea cucumber, repair intestinal physical barrier, relieve excessive inflammatory response induced by Vibrio splendidus infection, thereby improving survival rate of the sea cucumber after attack and reducing incidence probability. The technology has the advantages of small dosage, clear effect, green safety and low drug resistance selection pressure, and is suitable for prevention and control of sea cucumber skin rot syndrome.
Owner:NINGBO UNIV

SYSTEM FOR DETERMINING GASTRAL MOTILITY AND NUTRITION OF A PATIENT

ActiveDE602019086349T2Nutritional statusNutrition
Owner:NUTRITRACK MEDICAL VOF