AN IMPROVED DNA EXTRACTION METHOD FOR EFFICIENT AND QUANTITATIVE RECOVERY OF PHYTOPLANKTON DIVERSITY IN NATURAL ASSEMBLAGES.

An Improved DNA Extraction Method for Efficient and Quantitative Recovery of Phytoplankton Diversity in Natural Assemblages.

Marine phytoplankton are highly diverse with different species possessing different cell coverings, posing challenges for thoroughly breaking the cells in DNA extraction yet preserving DNA integrity.While quantitative molecular techniques have been Remote Control increasingly used in phytoplankton research, an effective and simple method broadly ap

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Is Europe Being Islamized - A Consequence of the Islamic Religion?

The purpose of this paper is to try as much as possible to clear the mystery about the violent nature of Islamic people and to investigate the reasons why they have resorted to terrorist acts marking the whole history of mankind, in their insatiable quest for uniqueness.The paper aims at capturing the developments in the Middle East people who over

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Specific features of charge transfer fluctuations in disperse structures based on anatase nanoparticles near the percolation threshold

Background and Objectives: Nanostructured dispersed semiconductor structures are of some interest as functional materials for modern chemoresistive sensing and photocatalytic chemistry.Among the promising semiconductor materials for such applications is, in particular, titanium dioxide in the modification of anatase.Despite a significant number of

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Deforestation and economic growth trends on oceanic islands highlight the need for meso-scale analysis and improved mid-range theory in conservation

Forests both support biodiversity and provide a wide range of benefits to people at multiple scales.Global and national remote sensing analyses of drivers of forest change generally focus on broad-scale influences on area (composition), ignoring arrangement (configuration).To explore meso-scale relationships, we compared forest Washing Machine Ther

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