ADVANCING METAGENOME-ASSEMBLED GENOME-BASED PATHOGEN IDENTIFICATION: UNRAVELING THE POWER OF LONG-READ ASSEMBLY ALGORITHMS IN OXFORD NANOPORE SEQUENCING

ABSTRACT Oxford Nanopore Dinning Bench sequencing is one of the high-throughput sequencing technologies that facilitates the reconstruction of metagenome-assembled genomes (MAGs).This study aimed to assess the potential of long-read assembly algorithms in Oxford Nanopore sequencing to enhance the MAG-based identification of bacterial pathogens usin

Living biosensors typically use genetically modified organisms (GMOs) to detect infectious biomarkers in clinical samples.GMOs are prohibited to be released into the environment by many laws, which limits the application of living biosensors outside laboratory settings.Here, we reported a robust 3D-printed device that eliminates the risk of exposur

The objective of the study is to demonstrate the significance of damage control surgery in saving lives and possibly preventing permanent disability in a resource poor environment.This is because in resource limited settings, advanced treatment modalities such as external fixation Fragrance Set and angiography with embolization are not available.Mo

The use of solar energy in greenhouse farming allows us to reduce the consumption of organic and mineral fuel.Nowadays, the share of energy costs in the structure of production costs of indoor farms is up to 70%.It is connected with insufficiently effective use of electric and thermal energy in greenhouses, lack of optimization of energy processes

The design argument faced with big different writings in its Western background so that these writings have essential difference with each others.The design argument is posteriori demonstration for the existence of God which by analogy or induction and partial or general instances of the Wound order in nature tries to affirm the intelligent designe