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Nick J. Carroll Lab

The University of New Mexico

Chemical and Biological Engineering

The Carroll SynBio Lab investigates the programmable assembly of genetically engineered and artificial soft materials for synthetic biology control mechanisms with utility in synthetic cell, tissue engineering, bio sensing, and medical imaging systems. Our interests extend from fundamental polymer physics to synthetic cell organelles, from all-aqueous emulsion drops to cancer tumor spheroids. The techniques we use include droplet-based and acoustic microfluidics, protein engineering, light scattering, silica sol gel chemistries, and electron microscopy.

Lab News

November 2021 Proofs are in! Carroll Lab Invited Paper ACS I&EC Award Issue.
Dr. Carroll will be inducted into the 2021 Class of Influential Researchers Dec 8.
Our manuscript, DNA Binding by an Intrinsically Disordered Elastin-like Polypeptide for Assembly of Phase Separated Nucleoprotein Coacervates has been accepted for publication in the I&EC award issue. About the Class of Influential Researchers award:
The global team of editors and editorial advisory board members identified this class of influential, early career researchers (those with 10 or so years in their independent research career) on the basis of the quality and impact of their research.
Industrial & Engineering Chemistry has been at the forefront of chemical engineering research since 1909. It is the largest, oldest, most cited, and most selective general interest chemical engineering journal with global visibility across all facets of the chemistry profession.

Even more great news to follow!

October 2021 UNM $2 Million DOE Award Press Release: https://news.unm.edu/news/department-of-energy-funds-unm-research-on-enhanced-geothermal-energy
Even more great news to follow!

October 2021 Dr Carroll is Co-Primary Investigator for a US Department of Energy (DOE) award totaling $2 million to create smart microcapsules with a clocking release mechanism to deliver pore-forming polymers to modify fracture permeability in geothermal wells. The goal is to develop geothermal-specific porous polymers that can survive placement in the geothermal environment to reduce permeability indefinitely by at least a factor of 10 for formation temperatures of 175 to 275 °C, at distances up to 100 m away from well bore. Press release on this DOE award and other big announcements for our lab soon to follow!

May 2021 Telmo’s poster on synthetic cell organelles selected as a winner at the 2021 SynCell International Conference! There were dozens of poster entries from around the world, great job Telmo! Click here to see a video on the poster.

April 2021 Dr. Carroll’s NSF award is featured in the UNM Chemical and Biological Engineering Department Spring 2021 News update!

April 2021 Dr. Carroll and Telmo featured in the UNM Foundation newsletter highlighting R1 research at UNM! Click Here For Newsletter

April 2021 Adam created a 3D stereogram of an emulsion using a z-stack on our Olympus microscope! My strategy: cross eyes until 3 images appear, the center image will be the one that looks 3D. Can’t see it? How to link: https://www.wikihow.com/View-Stereograms

Feb 2021 Dr. Carroll receives the NSF CAREER Award!  NSF grant number 2048051 CAREER: Aqueous Multiphase Assembly of Membraneless Synthetic Cell Structures: Research, Education and Outreach. UNM Press Release

Feb 2021 Ian passes the PhD comprehensive exam! Title: Microfluidic polymeric microspheres for advancing biomedical applications. Congrats PhD candidate Larsen!

Dec 2020 Telmo passes the PhD comprehensive exam! Title: Use of synthetic intrinsically disordered proteins in nucleic acid detection techniques. Congrats PhD candidate Diez Perez!