Flyer for UNT's Constitution Day event for 2021 which highlights the calls for election reform being renewed around the country. The event was a moderated panel presentation with speakers Jan (Janice) Johnson, Co-President of the League of Women Voters of Denton; Linnie McAdams, Co-President of the League of Women Voters of Denton; and Dr. Matthew Wilson, Associate Professor of Political Science, Southern Methodist University; and moderated by Dr. Rafe Major, University of North Texas.

Article establishing the feasibility of producing localized ablation zones using microsecond pulsed microwave ablation (MWA) as an alternative to conventional continuous wave (CW) MWA. Results open the opportunity for developing a coupled MWA treatment and imaging system using pulsed MWA and microwave-induced thermoacoustic signals for real-time monitoring of MWA.

Article that provides a brief overview of current research on synthetic biology and metabolic engineering approaches to control phenylpropanoid synthesis and phenylpropanoid-related biosensors, advocating for the use of biosensors and genetic circuits as a step forward in plant synthetic biology to develop autonomously-controlled phenylpropanoid-producing plant biofactories.

Video recording of UNT's Constitution Day event for 2021 which highlights the calls for election reform being renewed around the country. The event was a moderated panel presentation with speakers Jan (Janice) Johnson, Co-President of the League of Women Voters of Denton; Linnie McAdams, Co-President of the League of Women Voters of Denton; and Dr. Matthew Wilson, Associate Professor of Political Science, Southern Methodist University; and moderated by Dr. Rafe Major, University of North Texas.

This article reports the purification and characterization of a nitrilase (E.C. 3.5.5.1) (Nit11764) essential for the assimilation of cyanide as the sole nitrogen source by the cyanotroph, Pseudomonas fluorescens NCIMB 11764.

This article creates a new fiber model to simulate the agglomeration process, to analyze yarn properties of the lateral compact spinning with pneumatic groove, and to compare with other spinning yarns through a series of tests. The experiments demonstrated that the lateral compact spinning with pneumatic groove can improve the yarn properties: increase the yarn twist, enhance the yarn strength, and reduce the yarn hairiness.