Su-Chun Zhang, a world-renowned neuroscientist and pioneer in stem cell research, has developed a method for printing neural tissues that allows cells to form neural networks in vitro. The human brain...
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UW-Madison researchers have identified several tryptophan decarboxylase (TDC) mutations for improving enzymatic activity towards substituted tryptamines. Having identified these mutations, the researc...
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Aspects of the present disclosure from UW Madison researchers are directed to methods and apparatuses involving characterization via homologizing disparate speech terminology. As may be implemented in...
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UW-Madison researchers have developed a protein-based method for selective deuteration of amino acids. The inventors’ method leverages the aminotransferase DsaD, a PLP-dependent enzyme, and a sm...
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UW-Madison researchers disclose an improved method for generating diverse microbiomes. The method leverages growth media composition and species inoculum ratios to control the makeup of the consortia,...
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Catalysts play countless roles in modern society including production of fertilizer, synthesis of plastics and other ubiquitous materials and development of pharmaceuticals. However, many catalysts re...
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UW-Madison researchers have developed and characterized nine murine monoclonal antibody (mAb) reagents that react uniquely with the EC1 (2x), EC2 (2x), EC5 (3x), and EC6 (2x) extracellular cadherin re...
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A UW-Madison researcher has established a cell line, called VACO6, from a discarded tissue specimen of a surgically resected primary human colon cancer. The detailed characteristics of the clinical do...
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UW-Madison researchers have developed a number of variants of lytic strain L. reuteri ∆Φ1attB1∆Φ2∆attB2 (WARF case P170020). They are: L. reuteri∆Φ1, in which prophage #1 is dele...
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UW-Madison researchers have developed photo-cleavable anionic surfactants, particularly 4-hexylphenylazosulfonate (Azo) and sodium 4-hexylphenylazosulfonate derivatives, which can be rapidly degraded ...
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UW-Madison researchers developed an improved method of gene editing human iPSCs through CRISPR-Cas. They added the histone deacetylase small molecule inhibitor Trichostatin A (TSA) before addition of ...
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A UW-Madison researcher has developed a Rhesus Macaque induced pluripotent stem cell (iPSC) line, called the Rh2431 iPSC line. 
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UW-Madison researchers have developed a titin DNA construct (a ‘titin minigene plasmid’) that is useful for identifying agents that modulate the titin size reduction that correlates with a...
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A UW-Madison researcher has developed a Cynomolgus Macaque induced pluripotent stem cell (iPSC) line, called the cy0657 iPSC line.
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UW-Madison researchers disclose a new method for differentiating brain mural cells – encompassing pericytes and vascular smooth muscle cells – from hPSCs. The inventors used their previous...
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The present invention is a novel, primatized mouse model for studying the immune system of nonhuman primates in a relatively low-cost mouse. The UW-Madison inventor used a different source of immune c...
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UW researchers have developed modified genetically encoded plasma membrane voltage probes for monitoring mitochondrial and ER membrane voltage gradients. A fluorescence protein tag was coupled with a ...
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UW-Madison researchers have developed three novel monoclonal antibodies that all have exceptional activity against human and mouse GATA2.   
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A UW-Madison researcher has developed a rabbit polyclonal antibody for methylated PKM2. There are three PKM2 arginine methylation sites R445, R447, R455. The antibody was generated using peptides enco...
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UW-Madison researchers have developed a CRISPR-based genome editing tool to study and modify PULs in B. uniformis. The B. uniformis PULs show distinct glycan-degrading functions and transcriptional co...
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A UW-Madison researcher has developed and characterized an anti-RBM20 polyclonal antibody rabbit preparation (which he calls the “RBM20 antibody”). The inventor expressed and purified the ...
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UW-Madison researchers disclose two mutant Bacteroides strains, BU ΔPUL18 and BU ΔPUL37, each with characteristics that could be useful in modulating the gut microbiome.
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UW-Madison researchers have developed a GFAP knockout mouse model, designated tm1Mes, that has been engineered to have an internal deletion of the Gfap gene that renders it completely non-functional. ...
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UW-Madison researchers have developed a mouse model of Alexander disease, designated B6.129S7 (Cg) Gfap tm2Mes, that was engineered as a knock-in of the R236H point mutation in the Gfap gene; this is ...
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UW-Madison researchers have developed a mouse model of Alexander disease, designated FVB.129S7 (Cg) Gfap tm2Mes, that was engineered as a knock-in of the R236H point mutation in the Gfap gene; this is...
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