Recent News

46th SIMB Symposium


Mimetics presentation on using transcriptional analysis to improve biofuels and biomaterials production at the 46th SIMB Symposium  in Alexandria, VA, April 28, 2024.

Mimetics awarded DoE Phase I SBIR


Mimetics awarded DoE Phase I SBIR to develop transcriptional data analysis for advanced biofuels fermentations, February 15, 2024.

bioRxiv Preprint


bioRxiv preprint, J. Pritt et al, Synchronization of Human Circadian Blood Genes Between ex vivo and Cultured Blood Samples, January 23, 2024,      https://www.biorxiv.org/content/10.1101/2024.01.20.576368v1

Mimetics awarded NOAA SBIR


Mimetics awarded NOAA SBIR to develop novel yeast-based biosensor for bacterial pathogens, September 3, 2021.

Publication in PNAS


Publication in PNAS of work on circadian disruption in crop plants due to elevated nighttime temperatures in changing climate,  Jun  20, 2021, https://www.pnas.org/doi/full/10.1073/pnas.2025899118

Mimetics White Papers

Would you like to know more about Mimetics and our technology? Click through to the Mimetics Our Technology page where you will find two new white papers. Mimetics provides information on the ways in which Time-series Gene Expression Analysis can help in strain development and improving production processes and how our modeling tools help to quantify the strength of gene regulatory relationships. SEE MORE

Mimetics White Papers

Mimetics’ analytics help to show that loss of yield in rice plants from warm nighttime temperatures results from changes induced in plant circadian patterns

Working in collaboration with Dr. Colleen Doherty’s lab at North Carolina State University, Mimetics researchers have shown for the first time that warm nighttime temperatures disturb the circadian patterns of gene expression in rice plants, leading to depressed yields. This effort involved a careful study of time series transcriptional data from the entire rice genome. The work required an analysis of the ways in which these patterns were altered when the plants were exposed to warmer than average nighttime temperatures that relied on Mimetics’ advanced analytics. Developing and growing rice plants that provide high yields in spite of warmer nights is crucial as global climate change continues. The results are described in a paper that can be found at https://www.biorxiv.org/content/10.1101/702183v1.

Mimetics Presents at the N.C. Biotechnology Center

At the N.C. Biotechnology Center Professional Forum on May 1, 2019, Mimetics presented its work with Dr. Colleen Doherty of N.C. State University on the “Effects of Warm Night Time Temperatures due to Climate Change on the Circadian Gene Expression Patterns of Rice Plants.”