Developing and Implementing a Lifestyle Evangelism Culture

The purpose of this project is to educate as many members of St. Matthew Lutheran Church of Westfield, Houston, Texas, near Spring, Texas (a Houston suburb), as possible in the ways of witnessing; to teach that everyone is a witness; to change the attitudes of the members to being more aware of the unchurched and more open to bringing them to church; to teach the members to be aware of opportunities for witnessing; and to insure ongoing improvement in the lives of the members so that they are confident and aware of the challenge to bear witness of one\u27s faith to those who are unchurched and unbelievers

A systems-oriented analysis of the grapevine R2R3-MYB transcription factor family uncovers new insights into the regulation of stilbene accumulation

R2R3-MYB transcription factors (TFs) belong to a large and functionally diverse protein superfamily in plants. In this study, we explore the evolution and function of this family in grapevine (Vitis vinifera L.), a high-value fruit crop. We identified and manually curated 134 genes using RNA-Seq data, and named them systematically according to the Super-Nomenclature Committee. We identified novel genes, splicing variants and grapevine/woody-specific duplicated subgroups, suggesting possible neo- and sub-functionalization events. Regulatory network analysis ascribed biological functions to uncharacterized genes and validated those of known genes (e.g. secondary cell wall biogenesis and flavonoid biosynthesis). A comprehensive analysis of different MYB binding motifs in the promoters of co-expressed genes predicted grape R2R3-MYB binding preferences and supported evidence for putative downstream targets. Enrichment of cis-regulatory motifs for diverse TFs reinforced the notion of transcriptional coordination and interaction between MYBs and other regulators. Analysis of the network of Subgroup 2 showed that the resveratrol-related VviMYB14 and VviMYB15 share common co-expressed STILBENE SYNTHASE genes with the uncharacterized VviMYB13. These regulators have distinct expression patterns within organs and in response to biotic and abiotic stresses, suggesting a pivotal role of VviMYB13 in regulating stilbene accumulation in vegetative tissues and under biotic stress conditions

Interview with George Bogs

In this interview with Julia Stringfellow, George Bogs, Lawrence class of 1947, discusses his time at Lawrence as a member of the Navy V-12 unit from 1944 to 1945.https://lux.lawrence.edu/oralhistories/1005/thumbnail.jp