CLP 9 EN Exam Welcome to your CLP 9 EN Exam Environmental bioinformatics helps in studying biodiversity and conservation. TRUE FALSE None Environmental DNA (eDNA) is: The whole organismal nuclear or mitochondrial DNA Organismal nuclear or mitochondrial DNA released in the environment The mitochondrial DNA released in the cell The nuclear DNA released in the cell None Genomic and metagenomic data are not relevant to environmental research. TRUE FALSE None What are the most commonly used omics techniques for studying nitrogen-fixing bacteria and rhizobacteria in order to improve their efficiency in agrobiotechnology? Transcriptomics, Proteomics and Metabolomics Proteomics and Metabolomics Genomics and Metabolomics Metatranscriptomics and Metabolomics None Metagenomics is a comprehensive approach to studying microbial communities through the analysis of genetic material obtained directly from environmental samples, without the need to cultivate specific species. TRUE FALSE None The achievements of the eDNA approach in ancient ecosystems contribute to describing past biodiversity and shed light on macroorganisms' evolution history. TRUE FALSE None Proteomics is a branch of science matching many diverse protein characteristics: Expression patterns, structure, extraction, interactions, and modifications Expression patterns, structure, localization, denaturation, and modifications Expression patterns, structure, localization, interactions, and modifications Expression patterns, amino acids, localization, interactions, and modifications None Environmental bioinformatics integrates biological data with environmental science. TRUE FALSE None The Global Biodiversity Information Facility (GBIF) collects climate data. TRUE FALSE None eDNA protocols comprise the following CONSEQUENT procedures: Sampling, DNA extraction, Amplicon amplification, PCR sequencing, Bioinformatic processing of sequenced data Sampling, DNA amplification, PCR extraction, Amplicon sequencing, Bioinformatic processing of sequenced data Sampling, DNA extraction, PCR amplification, Amplicon sequencing, Bioinformatic processing of sequenced data Sampling, DNA extraction, PCR amplification, Bioinformatic processing of sequenced data, Amplicon sequencing None Time's up Submit a Comment Cancel replyYou must be logged in to post a comment.
