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332 Results for 'Research Tools'
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Technology
DESIGN AND APPLICATION OF NOVEL PHOTORECEPTOR-SPECIFIC PROMOTERS FOR RETINAL GENE THERAPY APPLICATIONS
UW-Madison researchers have developed a novel photoreceptor specific promoter-enhancer construct that they call “IMPG2 PE1”, which is based on two distinct regulatory sequences of the human Interp...
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David Gamm, Yashdeep Phanse | P240064US02
Technology
Yeast-Based Intein Platform for Drug Production
The therapeutic and biochemical properties of proteins including antibodies can be enhanced by custom chemical functionalization that enables modifications, such as small molecule drug conjugation, PE...
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Eric Shusta, Cathryn Marshall | P150056US02
Technology
HaloTag-Tau Rat Model
A UW-Madison researcher has developed a rat model for studying the dynamic nature of the protein Tau, a protein implicated in numerous neurological diseases including Alzheimer’s and Parkinson’s d...
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Anjon Audhya | P250365US01
Technology
Thymocyte Humanized Animals, Methods of Making and Methods of Use Thereof
A UW researcher developed a method for making humanized mice through the transplantation of free neonatal thymus cells into immune deficient mice. The researcher injected 10 million thymocytes, collec...
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Matthew Brown | P230024US02
Technology
MOUSE MODEL: PPCD1-Delta 40 ("CURE FOR POSTERIOR POLYMORPHOUS CORNEAL DYSTROPHY (PPCD)")
UW-Madison researchers have developed a mouse model (PPCD1-Delta 40) for Posterior Polymorphous Corneal Dystrophy (PPCD).They have also developed second mouse model (see P250382US01 below).
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Christopher Bradfield, Anna Lee Shen, Alex Veith | P250382US02
Technology
MOUSE MODEL: PPCD1 ("CURE FOR POSTERIOR POLYMORPHOUS CORNEAL DYSTROPHY (PPCD)")
UW-Madison researchers have developed a mouse model (PPCD1) for Posterior Polymorphous Corneal Dystrophy (PPCD). They have also developed second mouse model (see P250382US02 below).
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Christopher Bradfield, Anna Lee Shen, Alex Veith | P250382US01
Technology
Device For Facilitating The Imaging Of Biological Entities
UW-Madison researchers have developed a microfluidic flow cell for EM sample grid preparation. The two-piece device was designed so that EM substrates (grids or disks) could be placed within a central...
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Elizabeth Wright, Nicholas Rienstra, Steve Garvis, Juan Sanchez | P240253US01
Technology
COMPROPORTIONATION-BASED AUTOCATALYTIC CYCLES AND RELATED METHODS
UW-Madison researchers have developed an approach capable of identifying numerous (200+) inorganic autocatalytic cycles. Their method combined a comproportionation reaction with an auxiliary oxidation...
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Betul Kacar, Zachary Adam | P240076US02
Technology
Phenylglyoxal-Based Alkyne (PGA) Chemical Tag for Protein Citrullination Analysis
UW-Madison researchers have developed a phenylglyoxal-based alkyne (PGA) chemical probe exhibits a high specificity towards protein citrullination sites and offers compatibility with various azide-con...
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Lingjun Li, Miyang Li, Min Ma, Hung-Yu Chiang | P240335US02
Technology
POLYMER-DEGRADING ENZYMES USING YEAST DISPLAY AND METHODS OF USE THEREOF
UW-Madison researchers disclose an ultrahigh-throughput directed evolution platform. The platform leverages yeast display, a specially designed modular molecular probe, and fluorescence-based cell sor...
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Jeffrey Martell, Mario Cribari, Maxwell Unger, Ashley Ogorek | P240043US02
Technology
Modeling High-Malignant Wilms Tumors With Reprogrammed WIT49Cells (WIT49-iPSC) For Therapeutic Intervention
UW-Madison researchers have created an animal model for studying Wilms Tumor by using Wilms Tumor cells from patients. The researchers reprogrammed the patient tumor cells into induced pluripotent ste...
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Wei Xu, Gui Ma, Wan-Ju Li | P230404US01
Technology
RNA-Guided DNA Transportation
UW-Madison researchers have applied transposon technology to CRISPR-mediated gene targeting to create libraries of genetically modified bacteria displaying differentially expressed genes throughout th...
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Jason Peters, Amy Banta | P230410US02
Technology
GENTLE AND DIRECT COPPER-BASED PROTEIN AZIDYLATION FOR BIOCONJUGATION
UW-Madison researchers have developed an improved and simpler method for rapidly attaching azide (N3) groups to proteins in solution. Whereas the reaction described in P220072 required an oxidative re...
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Michael Sussman, Benjamin Minkoff, Jamison Wolfer, Yun Hu, Jennifer Schomaker | P240219US02
Technology
A MOUSE MODEL FOR TUNABLE AND REVERSIBLE GATA2 DEGRADATION
UW-Madison researchers generated a mouse model in which the VENUS reporter and the Small Molecule Assisted Shut-off (SMASh) tag are knocked-in at the C-terminus of the endogenous GATA2 allele. In the ...
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Daniel Matson | P250337US01
Technology
AN ENZYMATIC TOOL FOR ATP-DEPENDENT SYNTHESIS OF PEPTIDE AND PROTEIN C-TERMINAL THIOESTERS
UW-Madison researchers have developed an enzyme-substrate pair that can be used as a tool for C-terminal thioesterification of proteins and peptides. Their tool is based on E. coli MccB, an E1-like en...
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Amy Weeks, Clara Frazier, Debashrito Deb | P240096US02
Technology
Mouse Models for Protein Granule Diseases (S639G KI)
Overload of protein granules in cells induces many forms of diseases, and is especially found in neurodegenerative diseases such as Alzheimer's disease and amyotrophic lateral sclerosis as well as...
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Wei Guo | P210193US01
Technology
Mouse Models for Protein Granule Diseases (S637A KI)
Overload of protein granules in cells induces many forms of diseases, and is especially found in neurodegenerative diseases such as Alzheimer's disease and amyotrophic lateral sclerosis as well as...
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Wei Guo | P210193US02
Technology
Controlling Yeast Populations with Inter-Domain Genetic Modification via Conjugation Mediated Genetic Transfer
UW-Madison researchers have developed a novel method for performing highly efficient trans-kingdom genetic conjugation from bacteria to fungi. They further developed the method into a system to kill s...
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Megan McClean, Kevin Stindt | P230419US02
Technology
MICROBIAL COMMUNITIES THAT INHIBIT CLOSTRIDIOIDES DIFFICILE AND METHODS OF USING SAME
UW-Madison researchers have developed a workflow for identifying microbial strains that are effective in treating CDI. Using this workflow, they found that the ability for a microbiome (existing or tr...
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Ophelia Venturelli, Jordy Sulaiman | P240102US02
Technology
METHODS OF LABELING, PROCESSING, AND ANALYZING PROTEIN SAMPLES
UW-Madison researchers have developed an improved covalent labeling system for use in protein footprinting. The innovation of the present disclosure advances a currently existing technology -- a coval...
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Michael Sussman, Jamison Wolfer, Benjamin Minkoff | P230380WO01
Technology
Bioluminescent Tagging In Lactic Acid Bacteria
UW-Madison researchers have developed biomaterials useful for the luminescent-based quantification of recombinant protein production by lactic acid bacteria under a variety of stimuli, via a method th...
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Jan Peter Van Pijkeren, In Young Choi | P230411US01
Technology
Methods for Enriching Microbial Cell-Free DNA in Plasma
UW-Madison researchers have developed a method of enriching microbial DNA in a plasma DNA sample for early detection of microbial infection. Previously, this group found that microbial DNA fragments a...
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Mehreen Kisat, Bradon McDonald, Eddie Dominguez | P230447US02
Technology
Keratinocyte Cell Line (From Little Brown Bat)
UW-Madison researchers have developed an immortalized keratinocyte cell line from the little brown bat (a species that is now endangered). They utilized that cell line to create a model of bat hiberna...
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Bruce Klein, Marcos Isidoro | P240382US01
Technology
Monoclonal Antibodies Targeting Ketamine and Its Metabolites
UW-Madison researchers have developed monoclonal antibodies to ketamine and monoclonal antibodies to 6-HNK, one of the major metabolites of ketamine. The antibodies are selective enough to bind to the...
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Cody Wenthur, Jillian Kyzer, Natalie Gonzalez Velazquez, Uriel Enriquez | P240365US01
Technology
MICROBIAL COMMUNITIES THAT PRODUCE BUTYRATE FROM FIBER AND METHODS OF USING SAME TO PRODUCE BUTYRATE
UW-Madison researchers have developed a method for increasing butyrate production in the gut. The method includes delivering a microbial community that include certain bacteria, yeasts, and other micr...
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Ophelia Venturelli, Erin Ostrem, Ryan Clark | P230206US02