Arntz
Claudia Arntz, Lengerich DE
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20090163370 | Competitive N-Hybrid System - The invention relates to a method for identifying highly affinous ligands comprising the following steps: a) creating a bank for a mutagenized first hybrid protein comprising a plurality of mutants; b) expression of a first hybrid protein in a host with a second hybrid protein, one of the hybrid proteins comprising the DNA binding domain of a transcription factor and a bait protein and the other hybrid protein comprising the activation domain for a transcription factor and a prey protein; c) allowing the binding reaction between the first and second hybrid protein in order to form a complex with a functional transcription factor in the host cell under reaction conditions, which are such that the balance of the binding reaction is offset on the side of the hybrid proteins; d) detecting the binding reaction by detecting a reporter gene expressed via the functional transcription factor; e) optionally repeating one or more steps from a) to d); f) selection of a mutant. | 06-25-2009 |
20100297772 | METHOD FOR THE CREATION OF GENETIC DIVERSITY IN VIVO - Disclosed is a method for creating genetic diversity in vivo, comprising the following steps: fragments of at least one wild-type gene sequence are produced, each of said fragments being provided with at least one region which is homologous with a vector that is suitable for in vivo recombination; randomized bridging oligonucleotides of at least one defined oligonucleotide sequence are produced, parts of the bridging oligonucleotide being homologous with at least one fragment of the wild-type gene sequence; and the linearized vector, at least one wild-type fragment, and the randomized bridging oligonucleotide/s are introduced into an in vivo system for homologous recombination. | 11-25-2010 |
20110237451 | COMPETITIVE N-HYBRID SYSTEM - A method of identifying high-affinity ligands, comprising the following steps: | 09-29-2011 |
Claudia Arntz, Kleiststrasse DE
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20110110856 | Optimized Adhesin Fragments And Corresponding Nanoparticles - The invention relates to optimized adhesins and nanoparticles to which said adhesins are bound. The invention furthermore relates to providing said nanoparticles by way of in vivo contrast agents, in particular for the diagnosis of bowel cancer. | 05-12-2011 |
Floyd Arntz, Newton, MA US
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20120235417 | Reciprocating Wind-powered Transducer Employing Interleaved Airfoil Arrays - A reciprocating transducer to convert windpower to electrical energy includes an odd sub-array of blades and an even sub-array of blades, wherein two odd thrust rods are pivotably coupled to the ends of each of the odd numbered blades, two even thrust rods are pivotably coupled to the ends of each of the even numbered blades, an odd tilt rod is pivotably coupled to the trailing edge of each of the odd numbered blades, an even tilt rod is pivotably coupled to the trailing edge of each of the even numbered blades. The tilt rods are moved up and down, thereby changing the attitude of the blades, a crank shaft converts the linear motion of the thrust rods into rotational motion, and a generator converts the rotational motion into electrical power. | 09-20-2012 |
Hendrikus Petrus Maria Arntz, Eindhoven NL
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20150052784 | Snow Removal Device - A snow removal system is provided that includes a compression module having a tubular casing with an inlet, and an outlet having a converging cross-sectional surface area shape and air-hole perforations, a conveyor screw concentric to the casing spanning from the inlet to the outlet is powered to move and compact the snow at the outlet, a conveyor belt moves the output snow away from the compression module at a velocity v | 02-26-2015 |
20150354158 | SNOW REMOVAL DEVICE - A snow compression and removal device is provided that includes a horizontal auger supported within a concave snow plow, a pump having an input disposed at a first end of the auger and an opening at a second end, a compression module first end disposed at an output of the pump, where the compression module includes a tubular casing having a snow inlet and a snow outlet, where the snow outlet has a converging or straight cross-section tubular shape that is perforated with air holes, and a conveyor screw, where the conveyor screw rotates on an axis that is disposed concentric to the tubular casing and spans from the snow inlet to the outlet and is powered to move and compact snow from the inlet to the outlet, where air from the snow is exhausted through the air holes, where the compressed snow is output. | 12-10-2015 |
Theodorus Petrus Maria Arntz, Nijmegen NL
Patent application number | Description | Published |
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20150354158 | SNOW REMOVAL DEVICE - A snow compression and removal device is provided that includes a horizontal auger supported within a concave snow plow, a pump having an input disposed at a first end of the auger and an opening at a second end, a compression module first end disposed at an output of the pump, where the compression module includes a tubular casing having a snow inlet and a snow outlet, where the snow outlet has a converging or straight cross-section tubular shape that is perforated with air holes, and a conveyor screw, where the conveyor screw rotates on an axis that is disposed concentric to the tubular casing and spans from the snow inlet to the outlet and is powered to move and compact snow from the inlet to the outlet, where air from the snow is exhausted through the air holes, where the compressed snow is output. | 12-10-2015 |