mhurhangee/ep-ind-claims huggingface dataset:
A method for characterizing a biological sample comprising: measuring a methylation level of a CpG site for the gene HOXA1 and one or more genes selected from either EMX1, DAB2IP, TSPYL5, ACP1, BDH1, Chr12.133, CLEC11A, DBNL, EFNB2, LRRC4, SPINT2, CCNJ_3707, CCNJ_3124, PFKP, SCRN1, and ECE1 in a biological sample of a human individual through treating genomic DNA in the biological sample with bisulfite; amplifying the bisulfite-treated genomic DNA using a set of primers for the genes; and determining the methylation level of the CpG site by methylation-specific PCR, quantitative methylation-specific PCR, methylation-sensitive DNA restriction enzyme analysis, quantitative bisulfite pyrosequencing, or bisulfite genomic sequencing PCR, and comparing the methylation level to a methylation level of a corresponding set of genes in control samples without HCC; and determining that the individual has HCC when the methylation level measured in the genes is higher than the methylation level measured in the respective control samples. measuring a methylation level of a CpG site for the gene HOXA1 and one or more genes selected from either EMX1, DAB2IP, TSPYL5, ACP1, BDH1, Chr12.133, CLEC11A, DBNL, EFNB2, LRRC4, SPINT2, CCNJ_3707, CCNJ_3124, PFKP, SCRN1, and ECE1 in a biological sample of a human individual through treating genomic DNA in the biological sample with bisulfite; amplifying the bisulfite-treated genomic DNA using a set of primers for the genes; and determining the methylation level of the CpG site by methylation-specific PCR, quantitative methylation-specific PCR, methylation-sensitive DNA restriction enzyme analysis, quantitative bisulfite pyrosequencing, or bisulfite genomic sequencing PCR, and comparing the methylation level to a methylation level of a corresponding set of genes in control samples without HCC; and determining that the individual has HCC when the methylation level measured in the genes is higher than the methylation level measured in the respective control samples.
Magnetic foot for a power tool, more particularly for a magnetic core drilling machine, having a base body comprising a bearing surface for contacting a workpiece to be machined and in which at least one first permanent magnet and at least one second permanent magnet are accommodated, the magnetic forces of which interact to form a resultant holding force, wherein the at least one first permanent magnet and the at least one second permanent magnet are each rotatably mounted about their own axis of rotation in the base body between a first position, in which the resultant holding force of the magnetic foot is maximized, and a second position, in which the resultant holding force of the magnetic foot is minimized, characterized in that, in the second position, the poles of adjacent permanent magnets (4, 5) which face the bearing surface comprise unequal polarity.
A cyclotrisiloxane wherein one, two, or three of the ring silicon atoms has a hydridosiloxanylalkyl substituent, wherein the alkyl group has about 2 to 8 carbon atoms.
A white ink composition, comprising: a liquid vehicle including water and organic co-solvent; from 0.5 wt% to 15 wt% of white metal oxide particles dispersed in the liquid vehicle; and from 0.1 wt% to 30 wt% of polyurethane particles dispersed in the liquid vehicle, wherein the polyurethane particles include a polyurethane polymer with polymerized sulfonated-diamines, polymerized nonionic diamines, and isocyanate-generated self-crosslinked amines. a liquid vehicle including water and organic co-solvent; from 0.5 wt% to 15 wt% of white metal oxide particles dispersed in the liquid vehicle; and from 0.1 wt% to 30 wt% of polyurethane particles dispersed in the liquid vehicle, wherein the polyurethane particles include a polyurethane polymer with polymerized sulfonated-diamines, polymerized nonionic diamines, and isocyanate-generated self-crosslinked amines.
A surveying instrument comprising: a distance measuring module for irradiating an object with the distance measuring light and measuring a distance to said object based on the reflected distance measuring light from said object, wherein said distance measuring module includes a light projecting optical system configured to project said distance measuring light and a light receiving optical system configured to receive said reflected distance measuring light, said light receiving optical system includes a quadrangular prism and a photodetector, said quadrangular prism comprises a first plane, a second plane, a third plane and a fourth plane, characterized in that said quadrangular prism is configured so that said reflected distance measuring light enters in said first plane, sequentially internally reflects on said second plane, said first plane, and said third plane, is transmitted through said fourth plane, and projected, and said reflected distance measuring light projected from said quadrangular prism is configured to be received by said photodetector.
A downlink transmission method, comprising: sending, by a network side device, a signaling indication to a terminal device UE, wherein the signaling indication carries allocation information, and the allocation information is used to indicate a plurality of downlink transmission resources used to transmit data blocks, wherein the allocation information comprises a time-frequency interval between the plurality of downlink transmission resources, a quantity of resource blocks corresponding to the plurality of downlink transmission resources, and a time-frequency location of a reference resource block in the resource blocks or the allocation information comprises the time-frequency location of the reference resource block in the resource blocks corresponding to the plurality of downlink transmission resources, characterized in that code modulation schemes of resource blocks in a plurality of resource blocks are different. sending, by a network side device, a signaling indication to a terminal device UE, wherein the signaling indication carries allocation information, and the allocation information is used to indicate a plurality of downlink transmission resources used to transmit data blocks, wherein the allocation information comprises a time-frequency interval between the plurality of downlink transmission resources, a quantity of resource blocks corresponding to the plurality of downlink transmission resources, and a time-frequency location of a reference resource block in the resource blocks or the allocation information comprises the time-frequency location of the reference resource block in the resource blocks corresponding to the plurality of downlink transmission resources, characterized in that code modulation schemes of resource blocks in a plurality of resource blocks are different. the time-frequency location of the reference resource block in the resource blocks corresponding to the plurality of downlink transmission resources, characterized in that code modulation schemes of resource blocks in a plurality of resource blocks are different.
A fuse assembly comprising: a fuse body; a terminal assembly disposed within the fuse body and having first and second opposing surfaces, the terminal assembly comprising a fuse element extending between a first terminal and a second terminal; an endbell to be coupled to the fuse body, the endbell comprising: a first endbell portion having a first crush rib engaging the first surface of the terminal assembly; and a second endbell portion having a second crush rib engaging the second surface of the terminal assembly, the first endbell portion and the second endbell portion being fastened to one another with the terminal assembly sandwiched therebetween, the first crush rib and the second crush rib forming a seal around the terminal assembly. a fuse body; a terminal assembly disposed within the fuse body and having first and second opposing surfaces, the terminal assembly comprising a fuse element extending between a first terminal and a second terminal; an endbell to be coupled to the fuse body, the endbell comprising: a first endbell portion having a first crush rib engaging the first surface of the terminal assembly; and a second endbell portion having a second crush rib engaging the second surface of the terminal assembly, the first endbell portion and the second endbell portion being fastened to one another with the terminal assembly sandwiched therebetween, the first crush rib and the second crush rib forming a seal around the terminal assembly. a first endbell portion having a first crush rib engaging the first surface of the terminal assembly; and a second endbell portion having a second crush rib engaging the second surface of the terminal assembly, the first endbell portion and the second endbell portion being fastened to one another with the terminal assembly sandwiched therebetween, the first crush rib and the second crush rib forming a seal around the terminal assembly.
A foldable, stented valve replacement comprising: a valve replacement capable of being folded so as to temporarily reduce its diameter by up to 50%; and a foldable stent positioned about the exterior of the valve, the foldable stent having a circular inflow rim and a circular outflow rim connected by a plurality of longitudinal support posts, the foldable stent being constructed of a memory shaped alloy capable of changing from a malleable martensite phase to a memorized austentite phase at an Af temperature between 15°C and 25°C such that the stent is capable of being folded in the martensite phase so as to temporarily reduce its diameter by up to 50%. a valve replacement capable of being folded so as to temporarily reduce its diameter by up to 50%; and a foldable stent positioned about the exterior of the valve, the foldable stent having a circular inflow rim and a circular outflow rim connected by a plurality of longitudinal support posts, the foldable stent being constructed of a memory shaped alloy capable of changing from a malleable martensite phase to a memorized austentite phase at an Af temperature between 15°C and 25°C such that the stent is capable of being folded in the martensite phase so as to temporarily reduce its diameter by up to 50%.
A microscopy system (100; 400) for imaging a sample (102; 402; 602), the microscopy system comprising: a focused ion beam system configured to direct a focused ion beam onto a sample (102; 402; 602); a scanning electron microscope system configured to direct an electron beam (104; 404) onto the sample (102; 402; 602); and a plurality of charged-particle detectors, each detector being configured to monitor an electrical current on the detector; and a first controller configured to receive a plurality of signals indicative of the electrical currents on the plurality of charged particle detectors and configured to control automatically properties of a focused ion beam produced by the focused ion beam system in response to the received signals, said system characterized in that the plurality of charged particle detectors includes a movable shutter located between the sample (102; 402; 602) and the scanning electron microscope system, the shutter being configured to be moved automatically into a position between the sample (102; 402; 602) and the scanning electron microscope system, so that when the electron beam is not irradiating the sample (102; 402; 602) the shutter is positioned between the sample (102; 402; 602) and the scanning electron microscope system. a focused ion beam system configured to direct a focused ion beam onto a sample (102; 402; 602); a scanning electron microscope system configured to direct an electron beam (104; 404) onto the sample (102; 402; 602); and a plurality of charged-particle detectors, each detector being configured to monitor an electrical current on the detector; and a first controller configured to receive a plurality of signals indicative of the electrical currents on the plurality of charged particle detectors and configured to control automatically properties of a focused ion beam produced by the focused ion beam system in response to the received signals,
A barrier comprising a cured phosphate composition and a glass fibre scrim, wherein the glass fibre scrim is capable of reducing the pH of demineralised water having a pH of 7 to a pH 6.3 or lower, when assessed in accordance with ISO 3071:2005, said barrier having a thickness of at least 1 mm, and said cured phosphate composition being impregnated in the glass fibre scrim.
A method in a mobile communication terminal serving as a node terminal in a Personal Area Network, PAN, the method comprising: monitoring a plurality of PANs in a network system to perform short-range communication, and selecting at least one PAN according to the monitoring; generating channel information for the selected PAN and terminal address information including an address of the mobile communication terminal; transmitting the generated channel information and the terminal address information to an associated peripheral device; connecting with the selected PAN; and receiving from the peripheral device a join request message, including the address of the mobile communication terminal, in the selected PAN. monitoring a plurality of PANs in a network system to perform short-range communication, and selecting at least one PAN according to the monitoring; generating channel information for the selected PAN and terminal address information including an address of the mobile communication terminal; transmitting the generated channel information and the terminal address information to an associated peripheral device; connecting with the selected PAN; and receiving from the peripheral device a join request message, including the address of the mobile communication terminal, in the selected PAN.
Piston-cylinder arrangement, in particular for a clutch actuation system in a motor vehicle, having a piston, which is arranged in axially movable fashion in the interior of a cylinder, and having an inductive sensor system, which comprises a conductive target fastened to the piston and comprises a sensor which is fastened to the cylinder, wherein the conductive target is in the form of a sleeve which is pushed over an approximately complementary cylindrical section of the piston, characterized in that the sleeve has a longitudinal slot for temporary expansion during the fastening to the complementary cylindrical section of the piston.
A Brassica plant comprising at least two IND genes at two loci, or a cell, part, seed or progeny thereof, characterized in that it comprises at least two mutant IND alleles at one locus in its genome, wherein said mutant IND alleles are mutant alleles of a gene encoding a functional IND protein, wherein the functional IND gene comprises a nucleic acid molecule selected from the group consisting of: a. a nucleic acid molecule which comprises at least 90% sequence identity to SEQ ID NO: 1, SEQ ID NO: 3 from the nucleotide at position 46 to the nucleotide at position 633, SEQ ID NO: 3, SEQ ID NO: 5, or SEQ ID NO: 7; and b. a nucleic acid molecule encoding an amino acid sequence comprising at least 90% sequence identity to SEQ ID NO: 2, SEQ ID NO: 4 from the amino acid at position 16 to the amino acid at position 210 or SEQ ID NO: 4, wherein said mutant IND alleles comprise a mutated DNA region consisting of one or more inserted, deleted or substituted nucleotides compared to a corresponding wild-type DNA region in the functional IND gene and wherein said mutant IND alleles do not encode a functional IND protein. a. a nucleic acid molecule which comprises at least 90% sequence identity to SEQ ID NO: 1, SEQ ID NO: 3 from the nucleotide at position 46 to the nucleotide at position 633, SEQ ID NO: 3, SEQ ID NO: 5, or SEQ ID NO: 7; and b. a nucleic acid molecule encoding an amino acid sequence comprising at least 90% sequence identity to SEQ ID NO: 2, SEQ ID NO: 4 from the amino acid at position 16 to the amino acid at position 210 or SEQ ID NO: 4,
A method of extracting and isolating an essential oil from a plant-based biomass, the method comprising: combining a biomass including an essential oil with a cover within an attrition mill, where the essential oil is soluble in the cover, and the attrition mill includes milling media; milling the biomass and the cover in the attrition mill for a duration; reducing the particulate size of the biomass during the milling by repeatedly contacting the biomass with the milling media and maintaining the temperature within the mill above 60 degrees Celsius during a majority of the milling duration; releasing the essential oil from the biomass to the cover during the milling; dissolving at least a portion of the essential oil released from the biomass in the cover during the milling, where the cover reduces the oxidation of the released essential oil in relation to the milling without the cover; forming a mixture during the milling including a solution of the essential oil in a solvent, where the essential oil is a solute and the cover includes the solvent, and a milled byproduct biomass; and separating the solution from the milled byproduct biomass, where the solution includes the essential oil characterised in that said biomass is a plant-based biomass from cannabis or tobacco plants. combining a biomass including an essential oil with a cover within an attrition mill, where the essential oil is soluble in the cover, and the attrition mill includes milling media; the essential oil is soluble in the cover, and the attrition mill includes milling media; milling the biomass and the cover in the attrition mill for a duration; reducing the particulate size of the biomass during the milling by repeatedly contacting the biomass with the milling media and maintaining the temperature within the mill above 60 degrees Celsius during a majority of the milling duration; releasing the essential oil from the biomass to the cover during the milling; dissolving at least a portion of the essential oil released from the biomass in the cover during the milling, where the cover reduces the oxidation of the released essential oil in relation to the milling without the cover; forming a mixture during the milling including a solution of the essential oil in a solvent, where the essential oil is a solute and the cover includes the solvent, and a milled byproduct biomass; and separating the solution from the milled byproduct biomass, where the solution includes the essential oil characterised in that said biomass is a plant-based biomass from cannabis or tobacco plants. a solution of the essential oil in a solvent, where the essential oil is a solute and the cover includes the solvent, and a milled byproduct biomass; and separating the solution from the milled byproduct biomass, where the solution includes the essential oil characterised in that said biomass is a plant-based biomass from cannabis or tobacco plants.
A method of drawing liquid past a capillary stop junction (100, 115) by placing a soluble matrix in physical contact with said capillary stop junction (100, 115); wherein said soluble matrix, by capillary force, draws liquid past said capillary stop junction (100, 115) and into itself, after which a portion of said soluble matrix dissolves in said liquid; wherein said dissolution releases said liquid from said soluble matrix, wherein a capillary stop junction (100, 115) is formed when a region of high capillarity interfaces with a region of low capillarity.
A composition comprising at least one urethane based polymer or pre-polymer and at least a portion of discrete carbon nanotube molecular rebar to form or polymerize into a polyurethane/molecular rebar formulation, wherein the discrete carbon nanotube fibers molecular rebar comprises an oxidation content from 1 to 15 weight percent, wherein a portion of said discrete carbon nanotubes are open ended; and wherein said carbon nanotube fibers have an aspect ratio of 10 to 500, and wherein 40% to 90% by number of the carbon nanotubes have an aspect ratio of 30-70, and 1% to 30% by number of the carbon nanotubes have aspect ratio 80-140.
A lubricant reservoir with an autofill shutoff valve comprising: a valve body; a lubricant flowpath extending through the valve body; a lubricant inlet extending into the valve body through a first side of the valve body and connected to the lubricant flowpath; characterized by a first lubricant outlet extending into the valve body through a second side of the valve body and connected to the lubricant flowpath, wherein the first lubricant outlet is oriented towards the lubricant reservoir and is configured to provide lubricant directly to the lubricant reservoir; and a valve stem extending through the lubricant flowpath between the lubricant inlet and the lubricant outlet, the valve stem projecting out of the second side of the valve body and movable between a first position, corresponding to a refill state, and a second position, corresponding to a filled state; wherein the valve stem allows lubricant to flow from the lubricant inlet to the first lubricant outlet when the valve stem is in the first position and the valve stem seals the lubricant flowpath between the lubricant inlet and the first lubricant outlet when the valve stem is in the second position. a valve body; a lubricant flowpath extending through the valve body; a lubricant inlet extending into the valve body through a first side of the valve body and connected to the lubricant flowpath; characterized by a first lubricant outlet extending into the valve body through a second side of the valve body and connected to the lubricant flowpath, wherein the first lubricant outlet is oriented towards the lubricant reservoir and is configured to provide lubricant directly to the lubricant reservoir; and a valve stem extending through the lubricant flowpath between the lubricant inlet and the lubricant outlet, the valve stem projecting out of the second side of the valve body and movable between a first position, corresponding to a refill state, and a second position, corresponding to a filled state; wherein the valve stem allows lubricant to flow from the lubricant inlet to the first lubricant outlet when the valve stem is in the first position and the valve stem seals the lubricant flowpath between the lubricant inlet and the first lubricant outlet when the valve stem is in the second position.
A steering gear for boats, comprising at least one control member, such as a steering wheel, a lever or the like, connected to a drive shaft of a transmission, said transmission being composed of at least two dynamically engaged transmission elements, i.e. an input transmission element and an output transmission element, which output element drives at least one motion transfer member of said control member, which is designed to transfer motion to an operating unit, such that any displacement/rotation of said control member is transferred to said transfer member through said transmission, said motion transfer member consisting of a pull and/or push cable, characterized in that said pull and/or push cable includes a coupling member for slidable attachment thereof to the steering gear, said coupling member having at least two coupling seats (32, 33), at least one of said coupling seats being designed for engagement with a corresponding coupling claw on the steering gear, said coupling member consisting of a sheath-like element for said pull and/or push cable to slide therein, said at least two coupling seats (32, 33) consisting of two annular throats of said sheath.