Module 7 EN Welcome to your Module 7 EN Seq-Well method explores droplets-based cell capture and barcoding. TRUE FALSE None Transcriptomics deals with RNA transcripts: Those parts of the genome that are translated in a particular cell, tissue, or organism at certain conditions Those parts of the genome that are transcribed in a particular cell, tissue, or organism at certain conditions Those parts of the genome that are always transcribed in a particular cell, tissue, or organism Those parts of the genome that are always translated in a particular cell, tissue, or organism None MATQ-seq techniques isolates single cells into separate wells of single-well plates and performs individual indexing reactions to generate sequencing libraries. FALSE TRUE None The single-cell transcriptomics with combinatorial barcoding approaches include the following methods: Poly(A)-independent single-cell DNA- sequencing Probe-based bacterial single-cell DNA sequencing Microbial split-pool excision transcriptomics Seq-Well/Seq-Well3 None The ProBac-seq protocol exploits libraries of RNA probes and microfluidic commercial platforms to perform single-cell RNA sequencing. FALSE TRUE None The high-throughput methodologies, based on sequencing of single-cell RNA and supporting the single-cell resolution capability of the sequencing process include: MATQ-seq, par-SeqFISH, PETRI-seq HITdb, HOMD, FreshTrain HOMD, PETRI-seq, par-SeqFISH HITdb, HOMD, MATQ-seq None PETRI-seq is a technique that allows prokaryotic expression profiling by tagging RNA in situ followed by sequencing. FALSE TRUE None The par-SeqFISH is a genome imaging approach that reveals the gene expression in a spatial context with a high resolution. TRUE FALSE None Environmental proteomics possesses potential for generating innovative hypotheses about microbial processes. TRUE FALSE None Prokaryotic transcripts lack a polyadenylation mechanism and the DNA isolation is not easy. FALSE TRUE None Time's up Submit a Comment Cancel replyYou must be logged in to post a comment.
