Module 3 EN Welcome to your Module 3 EN Traditional ecological studies search for naturally occurring adaptation of bacteria to their environments and environmental proteomics contributes to these studies studying adaptation mechanisms, especially under extreme environmental conditions. FALSE TRUE None Bioinformatics assists in proteomics experimental results' annotation and interpretation. FALSE TRUE None Environmental proteomics uses protein chemistry to solve environmental obscurities. TRUE FALSE None Proteomics comprises a set of technologies that allow the identification and quantitative determination of the proteins expressed in the cell. FALSE TRUE None Metaproteomics is called: Global analysis of the microbial communities in the environment Individual analysis of the microbial communities in defined habitat Individual analysis of the microbial communities in the environment Global analysis of the microbial communities in a define sample None Environmental proteomics catalogues the proteins of ecosystem parts, even lacking the knowledge about the organisms producing those proteins. FALSE TRUE None Molecular phenotyping is a technique that: Identifies a big number of proteins to change their quantification as a response to environmental conditions. Identifies a big number of RNAs to change their quantification as a response to environmental conditions. Identifies a smaller number of proteins to change their quantification as a response to environmental conditions. Identifies a smaller number of RNAs to change their quantification as a response to environmental conditions. None The bottleneck step in the methodological approaches of metaproteomic studies of soil microbial communities is: The lack of direct protein extraction from the complex soil medium The lack of direct microbial species extraction from the complex soil medium The lack of direct RNA extraction from the complex soil medium The lack of direct DNA extraction from the complex soil medium None Proteomics is a branch of science matching many diverse protein characteristics: Expression patterns, amino acids, localization, interactions, and modifications Expression patterns, structure, localization, denaturation, and modifications Expression patterns, structure, extraction, interactions, and modifications Expression patterns, structure, localization, interactions, and modifications None Metabolic engineering is a multidisciplinary branch of science that deals with the generation of desirable products through the manipulation of the metabolic characteristics of a host organism. TRUE FALSE None Time's up Submit a Comment Cancel replyYou must be logged in to post a comment.
