Julie Gold
My research interests lie in understanding how cell microenvironments influence cell fate determination, and how we can control a cell’s microenvironment in vitro in order to produce cells and cell/material constructs for tissue engineering applications. We work with different material surface modifications, microfluidic channels providing gradients in cell-signaling molecules, and micro-and nanofabrication to pattern materials and cells, together with a range of cell types that are specific for each application area under study. Typical projects involve the study of cell attachment, spreading, migration, growth and differentiation in 2D and 3D environments. I am also Chair of the Chalmers Faculty Appointment Committee since 2018.
Showing 39 publications
Critical review of cultivated meat from a Nordic perspective
Involving Undergraduates in Research: Practices, Promises and Pointers
Developing cultured meat scaffolds of extruded vegetable-based proteins
Linking teaching and research in an undergraduate course and exploring student learning experiences
Developing cultured meat scaffolds of extruded vegetable-based scaffolds
Reflective Diaries – A Tool for Promoting and Probing Student Learning
From values and beliefs to teaching practice – a case study of novice tutors
Tasting genuine research in a course on tissue engineering
Skeletal myoblast differentiation on starch microspheres for the development of cultured meat
QCM-D - a useful tool for cell studies?
In vitro meat – What are the moral issues?
Kød uden dyr? Kan ny teknik gøre problemer med dyreetik og miljø til historie?
Electrospun polyurethane-based elastomer fibers for biomedical applications
Surface properties of electrospun polyurethane-based elastomer networks for biomedical applications
Supported phospholipid bilayers as a platform for neural progenitor cell culture
Issues of ligand accessibility and mobility in initial cell attachment
A novel cell force sensor for quantification of traction during cell spreading and contact guidance
DHA-induced changes of supported lipid membrane morphology
Swedish National Program of graduate education in biomaterials
Protein adsorption on model surfaces with controlled nanotopography and chemistry
Optically driven micromachine elements
Functional surfaces for biorecognition and sensing
Retention of bacteria on a substratum surface with micro-patterned hydrophobicity
Site-specific adhesion of Staphylococcus epidermidis (RP12) in Ti-Al-V metal systems
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Showing 3 research projects
Smart mat av havre och odlade muskelceller (Smat)
Mistra Environmental Nanosafety
Nanomaterial for stem cell division, migration and differentation into neural cells