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AIMRC Seminar: Engineering the Cell-Matrix Interface; Understanding and Guiding Cell Function

Dr. Claudia Loebel of the University of Michigan will delve into the use of engineered systems to study cell-extracellular matrix interactions during a lecture at 12:55 p.m. May 1 in Gearhart Hall 108.

United statesGearhart hallClaudia loebelJason burdickArkansas integrative metabolic research centerUniversity of pennsylvaniaNational institutes of healthNational heartAmerican lung associationSciences scholarBlood instituteNational institutes of health under award numberUniversity of michiganCell matrix interfaceGuiding cellGuiding cell function

Sustainable, more efficient synthesis route of hyaluronic acid polymers for biomedical applications

Sustainable, more efficient synthesis route of hyaluronic acid polymers for biomedical applications
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United statesClaudia loebelUniversity of michiganEleanor plasterCarbohydrate polymer technologies

Packard Foundation Announces 20 New Fellows For 2023

The David and Lucile Packard Foundation has selected 20 Packard Fellows for 2023. The fellows will each receive $875,000 over five years for their research

San franciscoUnited statesSan diegoStanford universityNoah stephens davidowitYuzhang liClaudia loebelMarissa weichmanLisa poulikakosChristina harveyBriana abrahmsNicole martinezYayuan liuYanxiang dengRitchie chenRichard alley

Therapy with New Biosealant can Improve Healing After Injury

Therapy with New Biosealant can Improve Healing After Injury Written by AZoMApr 12 2021 According to a recent animal-based study performed by scientists from the Perelman School of Medicine at the University of Pennsylvania, a novel biosealant therapy could help stabilize injuries that cause the disintegration of cartilage tissues, opening the door for a future fix or even better start working directly with new cells to improve healing. Image Credit: SciePro/shutterstock.com Advanced Healthcare Materials journal. Our research shows that using our hyaluronic acid hydrogel system at least temporarily stops cartilage degeneration that commonly occurs after injury and causes pain in joints. In addition to pausing cartilage breakdown, we think that applying this therapy can present a surface that is ‘sticky’ for cells, such as stem cells that are routinely injected into joints to counteract injury. This reinforcing hydrogel could actually synergize with those cells to create a

Jamesl careyEdwardd bonnevieLianem millerKamiels salehJason burdickClaudia loebelJay patelRobert mauckVentures programEmory universityNational institutes of healthMckay labMckay orthopaedic research laboratoryNational science foundationPerelman school of medicinePenn health tech

New Biosealant Can Stabilize Cartilage, Promote Healing After Injury

New Biosealant Can Stabilize Cartilage, Promote Healing After Injury Penn Medicine researchers showed that a new hyaluronic acid hydrogel system can reinforce and seal areas of injured cartilage in animal studies Newswise PHILADELPHIA A new biosealant therapy may help to stabilize injuries that cause cartilage to break down, paving the way for a future fix or – even better – begin working right away with new cells to enhance healing, according to a new animal-based study by researchers at the Perelman School of Medicine at the University of Pennsylvania. Their research was published in . “Our research shows that using our hyaluronic acid hydrogel system at least temporarily stops cartilage degeneration that commonly occurs after injury and causes pain in joints,” said the study’s senior author,

University of pennsylvaniaUnited statesJamesl careyEdwardd bonnevieLianem millerKamiels salehJason burdickClaudia loebelJay patelRobert mauckVentures programEmory universityNational institutes of healthMckay labNational science foundationPerelman school of medicine