Abstract
This paper addresses three aspects of bacteriology--photosynthesis research funding for the enzyme that catalyzes the reaction of RuBP with CO2, the change in metabolism of anaerobic bacteria in summer, and the way the immune system could leverage the need for an inteact plasma membrane and the secretion of proteins that form pores in membranes as a device for disrupting the membranes of foreign cells.

From the Paper
"I would advise the Ways and Means Committee that the U.S. Department of Agriculture should continue to fund photosynthesis research as a mechanism for restoring Earth's atmosphere from one laden with toxins and pollutants to one that is purified and more healthful. As the International Society of Photosynthesis Research asserts; "Photosynthetic processes in natural ecosystems, agriculture and forestry are first responders to global climate change and continue to attract intensive creative research from molecular to global scales." Furthermore, photosynthesis research affects all of..."

Tags:bacteriology, glycolysis, anoxic, anaerobic, RuBP, CO2, immune, pores, proteins, foreign cells

Abstract
This paper introduces, discusses and explains the basic operations of a typical wastewater treatment plant. Specifically, it describes the basic plant configuration, design, and the normal operations that take place in the plant.

From the Paper
"Wastewater treatment plants are an extremely necessary element of living in the 21st century, however, some kind of sewage treatment has been used since Roman times, the earliest know sewer system in Rome drained the Forum. Early sewer systems also existed in London as early as the 13th century and in Paris before the 16th centuries ("Sewerage," 2000), but in fact, only a few houses actually connected to the systems, and most raw waste was simply dumped into nearby rivers."

Tags:sewer, river, anoxic, filamentous, sludge, bacteria, rainstorms