Based on what you know about transcription, RNA processing, and translation, how can a single sequence...

Based on what you know about transcription, RNA processing, and translation, how can a single sequence variant have different effects on the amino acid sequence across the transcript variants of a gene? How can a single sequence variant appear in different amino acid positions in the polypeptides translated from transcript variants of a single gene?

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gladiator answered 1 year ago

RNA processing Elongation Termination Transcription Initiation of translation Amino acid attachment

For each of the following sequences, state which process, DNA replication, transcription, RNA processing, or translation,...

For each of the following sequences, state which process, DNA replication, transcription, RNA processing, or translation, is affected most directlyby deleting the sequence below. You should chose only one process for each sequence. (Section 15.4) a. ori site b. 3' splice site c. poly(A) tail d. terminator e. start codon f. –10 consensus seq g. Shine-Dalgarno

Know all the structures and associated terms involved in transcription and translation: dna, mrna, trna, rna...

Know all the structures and associated terms involved in transcription and translation: dna, mrna, trna, rna polymerase, transcription factors, promoter (ex: tata box), transcription unit, terminator, introns, exons, ribozymes, codon, anticodon, start codon, stop codon, release factor, polypeptide, amino acid, and ribosome (small and large ribosomal subunits)

Transcription is the process of RNA synthesis. Translation is the cytoplasmic process of protein synthesis. Both processes can...

Transcription is the process of RNA synthesis. Translation is the cytoplasmic process of protein synthesis. Both processes can be divided into three stages, Initiation, Elongation, and Termination. For each of the events listed below write which process it occurs in (either transcription or translation) and in which stage the event occurs (initiation, elongation, termination). a. Peptidyl transferase moves the peptide from the transfer RNA in the peptidyl site to the transfer RNA in the amino acyl site. b. RNA polymerase binds to the...

In in vitro transcription: Is the RNA produced sense or antisense? How can you tell? How...

In in vitro transcription: Is the RNA produced sense or antisense? How can you tell? How could you produce the opposite strand

3. How does transcription and RNA processing in eukaryotes differ from the same processes in prokaryotes?

Based on what you know about electricity and electrical pathways, explain how a person can be...

Based on what you know about electricity and electrical pathways, explain how a person can be electrocuted by touching an ungrounded circuit with bare hands.

Transcription is the process of RNA synthesis. Translation is the cytoplasmic process of protein synthesis. Both processes...

Transcription is the process of RNA synthesis. Translation is the cytoplasmic process of protein synthesis. Both processes can be divided into three stages, Initiation, Elongation, and Termination. For each of the events listed below write which process it occurs in (either transcription or translation) and in which stage the event occurs (initiation, elongation, termination). Release factor binds to the stop codon in the amino acyl site and cuts away the protein from the transfer RNA. Transfer RNA anticodons bind to the messenger...

1. snRNA are used for which process or transcription or translation? a. Intron removal during RNA...

1. snRNA are used for which process or transcription or translation? a. Intron removal during RNA editing b. Recognition of small subunits of the ribosome during translation c. Recognition of the promoter region during transcription d. Recognition of start codon during translation 2. Epistasis is the term that describe when a. There are multiple version of a gene b. A gene is responsible for multiple phenotype c. 2 or more gene interact to produce the phenotype d. There is a...

TRANSCRIPTION: What does RNA polymerase do in transcription? What is the end product of transcription?

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