deletions | additions       diff --git a/AbstractImportanceIntroductionHistorically_b_lactam_antibiotics_are__.html b/AbstractImportanceIntroductionHistorically_b_lactam_antibiotics_are__.html  index 5e042aa..9ebb736 100644  --- a/AbstractImportanceIntroductionHistorically_b_lactam_antibiotics_are__.html  +++ b/AbstractImportanceIntroductionHistorically_b_lactam_antibiotics_are__.html 
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author = {Joseph Nesme and S{\'{e}}bastien C{\'{e}}cillon and Tom~O. Delmont and Jean-Michel Monier and Timothy~M. Vogel and Pascal Simonet},  title = {Large-Scale Metagenomic-Based Study of Antibiotic Resistance in the Environment},  journal = {Current Biology}  }" data-bib-key="Nesme_2014" contenteditable="false">Nesme 2014), in which soil metagenomes showed the most diverse pool of ARGs than human feces, ocean, cow and chicken gut and artic snow metagenomes. In the opposite, human gut, ocean and cow gut metagenomes, exhibit the lowest diversity values (19, 17 and 12 different type of b-lactamase genes respectively). The analysis of the supporting information accompanying the metagenome sequences, clearly indicate that different factor affect the b-lactamase diversity values here obtained. In this context is important indicate that despite that all the metagenomes share the same type of technology used in the sequencing process, differences in methodology can be expected. In the same context, despite that metagenomes can be grouped according different environments, some differences can affect the sequencing results; thus, in the ocean environment, metagenomes related to the Sydney harbour metagenome project (see Table S1) were obtained at 0,3 m in depth, in the estuary of Sydney, and metagenomes related to Amazon continuum metagenomes project were obtained at depths ranged from 3.63 to 4.47 meters, and the samples were obtained at different points, from seawater close to the cost line until seawater far from the cost line (open ocean). In the same way, agricultural metagenomes were exposed to different agricultural practices that can affect the microbiological content on soil and therefor, affect the genomic content on soil.