12 Results for 'kamp'
PAGE 1 OF 1
Article
Regenerating and Renewing Heart Tissue – 2023 WARF Innovation Award Nominee
Meet the cell and regenerative biology team that has identified a protein that could regenerate heart tissue. University of Wisconsin-Madison Asst. Prof. Ahmed Mahmoud, Prof. Timothy Kamp and Assoc. Prof….
Technology
Methods For Cardiac Fibroblast Differentiation of Human Pluripotent Stem Cells
Cardiac fibroblasts (CF) comprise a major fraction of the total cells in the heart and can arise from mesodermal progenitor cells as the heart develops. CFs are primarily responsible for generating ex...
Learn More
Learn More
Timothy Kamp, Jianhua Zhang | P160319US02
Technology
Primed Cardiac Progenitors And Methods For Making And Using Same
An improvement to the GiWi protocol for differentiating human pluripotent cells to developmentally mature cardiomyocytes includes a step of activating innate immunity in mesoderm stage cells in the in...
Learn More
Learn More
Timothy Kamp, Mitch Biermann | P170074US02
Technology
Generation Of Cardiomyocytes From Human Pluripotent Stem Cells
Methods for generating high-yield, high-purity cardiomyocyte progenitors or cardiomyocytes from pluripotent cells are described. Wnt/β-catenin signaling is first activated in pluripotent cells, e.g.,...
Learn More
Learn More
Sean Palecek, Timothy Kamp, Xiaojun Lian | P110259US02
Technology
Cardiac Differentiation Of Human Pluripotent Stem Cells Under Defined Conditions Using Matrix Overlay Methods
Methods for culturing the pluripotent stem cells to undergo epithelial-to-mesenchymal transition and for generating high-yield, high-purity cardiomyocyte cultures from pluripotent stem cells are descr...
Learn More
Learn More
Timothy Kamp, Jianhua Zhang, Samira Azarin, Sean Palecek, Xiaojun Lian | P100142US02
Technology
METHODS OF INDUCING CARDIAC CELL PROLIFERATION AND INDUCING HEART REGENERATION
UW-Madison researchers have discovered that inducing expression of the protein LRRC10 in mouse hearts promotes heart regeneration. Neonatal mice have hearts that naturally regenerate for the first wee...
Learn More
Learn More
Ahmed Mahmoud, Timothy Kamp, Youngsook Lee | P230238US02
Technology
EFFICIENT DIFFERENTIATION OF SECOND HEART FIELD CARDIAC PROGENITOR CELLS AND RIGHT VENTRICLE CARDIOMYOCYTES FROM HUMAN PLURIPOTENT STEM CELLS
UW-Madison researchers have developed methods for deriving right ventricle-like cardiomyocytes from second heart field (SHF) cardiac progenitors. The addition of insulin or the inhibition of endogenou...
Learn More
Learn More
Timothy Kamp, Yukihiro Saito | P220326US02
Technology
METHOD FOR CULTURING STEM CELLS
A three-dimensional microwell system that supports long term pluripotent cell culture and formation of homogeneous embryoid bodies (EBs) is described. Microwell-cultured pluripotent cells remain viabl...
Learn More
Learn More
Timothy Kamp, Jianhua Zhang, Jeffrey Mohr, Juan DePablo, Sean Palecek | P08310US02
Technology
Generating Human Heart Cells via Lineage Reprogramming
Converting one type of cell to another with no intermediate pluripotent stage is called lineage reprogramming. The method has been used to ‘reprogram’ mouse fibroblasts to cardiomyocytes (heart mu...
Learn More
Learn More
Timothy Kamp, Pratik Lalit | P140116US02
Article
2023 WARF Innovation Award winners tackle heart disease, diabetes
Two UW-Madison teams selected from 400+ innovation disclosures CONTACT: Jeanan Yasiri Moe Director of Strategic Communications and Public Affairs [email protected] | (608) 960-9892 MADISON, Wis. – A protein that could regenerate…
Article
Countdown to 2023 WARF Innovation Awards
Two $10,000 prizes to be revealed mid-December CONTACT: Jeanan Yasiri Moe Director of Strategic Communications and Public Affairs [email protected] | (608) 960-9892 MADISON, Wis. – Excitement is building for the 2023…
Article
WARF Innovation Awards
Recognizing High Potential Disclosures Each fall the WARF Innovation Awards recognize some of the best inventions at UW-Madison. WARF receives hundreds of new invention disclosures each year. Of these disclosures,…