Melissa Krebs

Melissa Krebs serves as Associate Professor in the Department of Chemical and Biological Engineering at Colorado School of Mines, where she leads research in biomaterial-driven tissue regeneration with applications spanning growth plate injuries, glaucoma, and diabetic wound healing. Her work bridges fundamental cell-microenvironment interactions with translational therapeutic development.

Education:

• BS, MS – University of Rochester
• PhD – Case Western Reserve University
• Post-Doctoral Study – Case Western Reserve University and University of Colorado Anschutz Medical Campus

Krebs' research centers on engineering biopolymer systems that control cellular responses through precise delivery of bioactive factors, mechanical cues, and insoluble signals. Her group investigates how extracellular matrix composition, growth factors, and cell-cell interactions influence tissue formation, with particular emphasis on trabecular meshwork behavior in glaucoma, growth plate cartilage regeneration, and diabetic wound repair mechanisms. This work integrates advanced biomaterials synthesis with 3D cell culture models to establish design principles for regenerative therapies.

Analysis of recent publications reveals a dominant focus on zwitterionic and polyelectrolyte hydrogels for sustained anti-inflammatory delivery, particularly using cerium oxide nanoparticle-miRNA conjugates for diabetic wounds. The group has pioneered photopolymerization techniques for cell-instructive scaffolds and demonstrated significant advances in growth plate injury treatments through MAPK14-targeting siRNA delivery and microgel-based regeneration strategies.

Scientific Awards:

• Faculty Excellence Award (2020)
• Mines Inventor of the Year (2017)
• Daniels Fund Faculty Fellow Award (2016)
• Boettcher Investigator (2013)
• TERMIS Young Investigator Award (2011)

Professor Krebs directs the Krebs Research Group, securing substantial funding for translational projects including BRIGE (Biopolymer Regeneration of Injured Growth Plate Elements) and diabetic wound healing initiatives. Her lab has generated multiple patents for hydrogel drug delivery systems and microgel fabrication methods, with strong industry partnerships advancing clinical applications. Current grants focus on pediatric growth plate regeneration and glaucoma therapeutics.

The Krebs Lab operates within Colorado School of Mines' Chemical and Biological Engineering facilities, utilizing advanced biomaterials characterization, 3D bioprinting, and in vitro disease modeling platforms to develop next-generation regenerative solutions with clinical impact.