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Articles 1 - 3 of 3
Full-Text Articles in Microbiology
Expression Of Acetate Permease-Like (Apl) Genes In Subsurface Communities Of Geobacter Species Under Fluctuating Acetate Concentrations, Derek Lovley, Hila Elifantz, Lucie N'Guessan, Paula Mouser, Kenneth Williams, Michael Wilkins, Carla Risso, Dawn Holmes, Philip Long
Expression Of Acetate Permease-Like (Apl) Genes In Subsurface Communities Of Geobacter Species Under Fluctuating Acetate Concentrations, Derek Lovley, Hila Elifantz, Lucie N'Guessan, Paula Mouser, Kenneth Williams, Michael Wilkins, Carla Risso, Dawn Holmes, Philip Long
Carla Risso
The addition of acetate to uranium-contaminated aquifers in order to stimulate the growth and activity of Geobacter species that reduce uranium is a promising in situ bioremediation option. Optimizing this bioremediation strategy requires that sufficient acetate be added to promote Geobacter species growth. We hypothesized that under acetate-limiting conditions, subsurface Geobacter species would increase the expression of either putative acetate symporters genes (aplI and aplII). Acetate was added to a uranium-contaminated aquifer (Rifle, CO) in two continuous amendments separated by 5 days of groundwater flush to create changing acetate concentrations. While the expression of aplI in monitoring well D04 (high …
Molecular Probes For The Detection Of Cyanophage As-1 And Its Cyanobacterial Hosts., Tin-Chun Chu, Jonathan Jimenez, Lauren Strawn, Michelle Reed, Lauren Pohren, Lee Lee
Molecular Probes For The Detection Of Cyanophage As-1 And Its Cyanobacterial Hosts., Tin-Chun Chu, Jonathan Jimenez, Lauren Strawn, Michelle Reed, Lauren Pohren, Lee Lee
Tin-Chun Chu, Ph.D.
No abstract provided.
Regulatory Elements Of Xenopus Col2a1 Drive Cartilaginous Gene Expression In Transgenic Frogs, Ryan Kerney, Brian K. Hall, James Hanken
Regulatory Elements Of Xenopus Col2a1 Drive Cartilaginous Gene Expression In Transgenic Frogs, Ryan Kerney, Brian K. Hall, James Hanken
Ryan Kerney
This study characterizes regulatory elements of collagen 2α1 (col2a1) in Xenopus that enable transgene expression in cartilage-forming chondrocytes. The reporters described in this study drive strong cartilage-specific gene expression, which will be a valuable tool for further investigations of Xenopus skeletal development. While endogenous col2a1 mRNA is expressed in many embryonic tissues, its expression becomes restricted to tadpole and adult chondrocytes. This chondrocyte-specific expression is recapitulated by col2a1 reporter constructs, which were tested through I-SceI meganuclease-mediated transgenesis. These constructs contain a portion of the Xenopus tropicalis col2a1 intron, which aligns to a cartilage-specific intronic enhancer that has been well characterized …