Search Results - "Schmidt, Calvin"

Regulation of gene expression in diverse cyanobacterial species by using theophylline-responsive riboswitches by Ma, Amy T, Schmidt, Calvin M, Golden, James W

“…Cyanobacteria are photosynthetic bacteria that are currently being developed as biological production platforms. They derive energy from light and carbon from…”
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RNA Switches for Synthetic Biology by Schmidt, Calvin M, Smolke, Christina D

“…In addition to coding for protein sequences, RNA molecules encode a diverse set of gene-regulatory elements. RNA switches are one class of gene-regulatory…”
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A convolutional neural network for the prediction and forward design of ribozyme-based gene-control elements by Schmidt, Calvin M, Smolke, Christina D

“…Ribozyme switches are a class of RNA-encoded genetic switch that support conditional regulation of gene expression across diverse organisms. An improved…”
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A randomized study on the effect of a wearable device using 0.75 Hz transcranial electrical stimulation on sleep onset insomnia by Simons, Stephen B., Provo, Maria, Yanoschak, Alexandra, Schmidt, Calvin, Gerrard, Isabel, Weisend, Michael, Anderson, Craig, Shimizu, Renee, Connolly, Patrick M.

“…Introduction The normal transition to sleep is characterized by a reduction in higher frequency activity and an increase in lower frequency activity in frontal…”
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Stable Maintenance of Multiple Plasmids in E. coli Using a Single Selective Marker by Schmidt, Calvin M, Shis, David L, Nguyen-Huu, Truong D, Bennett, Matthew R

“…Plasmid-based genetic systems in Escherichia coli are a staple of synthetic biology. However, the use of plasmids imposes limitations on the size of synthetic…”
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Rational Design of Ribozyme Switches Through Big Data and Machine Learning by Schmidt, Calvin M

“…RNA switches are a broad class of functional RNAs that support conditional regulation of gene expression. These genetic switches have broad application in…”
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The electrochemical characterization of interface states on silicon by Schmidt, John Calvin

“…Electrochemical techniques have been used to characterize the interface states on n-type silicon in both aqueous and nonaqueous solutions. The electrochemical…”
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