The phosphorylation of RNA polymerase II carboxyl-terminal domain is catalyzed by the protein kinase which is . options: TFIIA TFIIB TFIIF TFIIH
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The phosphorylation of RNA polymerase II carboxyl-terminal domain is catalyzed by the protein kinase which is .
options:
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TFIIA |
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TFIIB |
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TFIIF |
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TFIIH |
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- E VG ✓H NA MATEN Match each letter (A through G) to its description. B A ya pada saat ada para a H F காலிமாம்ம் P S —— 1. Receptor 2. RNA 3. Lysosome 4. DNA 5. Ribosome 6. Ligand 7. Kinase domain 8. Nucleus 9. Mitochondria 10. Phosphorylated transcription factor 11. Dephosphorylated transcription factor 12. Plasma membraneRNA splicing is responsible for removing the non-coding regions in RNA. True or False? Question options: True FalseCAMP (cyclic adenosine monophosphate) is a molecule that can activate kinase enzymes allosterically in the cytoplasm. Describe the effects of CAMP molecules on kinase enzymes.
- Help me figure out how I should interpret and read these graphs. We are looking to see whether the m6a acceptor mutant will have an impact on splicing. Just need a detail breakdown thanks. I am presenting at journal club and need help interpreting will the goals in mind. We are currently conducting experiments to understand how the splicing of circE7 relates to the splicing of linear E6*I. Goal is to determine whether the mutation impact splicing. Trying to understand whether m6A will impact splicing. Sm should impact splicing ratio. My PI stated that the results show that it inhibited linear splicing and promoted backsplicing. I need a detailed explanation for the entirety so I can understandWhich RNA processing event is facilitated by Serine 5 phosphorylation of RNA Polymerase II? Options: splicing RNA export polyadenylation recruitment to the Mediator condensate cappingIndicate whether each of the following events occurs when tryptophan is high or when tryptophan is low by placing a check in each of the appropriate blanks. Share your reasoning. Event Tryptophan high Tryptophan low Ribosome does not stall at Trp codons ____________ ____________ Region 2 of the leader pairs with region 3 ____________ ____________ Ribosome covers part of region 2 of leader ____________ ____________ Transcription is terminated before structural genes are transcribed ____________ ____________
- Li- Fraumeni Syndrome (LFS) is a rare hereditary cancer disease due to a mutation in the TP53 gene. Propose a treatment strategy for LFS.w/opCulGACU GAC UC 4C According to the Genetic Code Sheet below, which of the following amino acid sequences corresponds to this MRNA strand? CỤC AAG UGC UUC PHE GLU ASP SER ALA TYR U A STOP A GU VAL U CIS U U G A STOP IG TRP ARG AC U LEU SER UG PRO ASN HIS THE GLN MET ILE ARG O a lys-leu-cys-phe O b glu-cys-pro-phe leu-lys-cys-phe O d leu-glu-leu-val U...pdfMatch the protein on the left with the type of activation of that protein on the right STAT Smad PKA Ras NFKB Nuclear receptor [Choose] [Choose] GTP binding serine phosphorylation Interaction with Galpha Cleavage by y-secretase destruction of a protein by proteasome tyrosine phosphorylation second messenger ligand binding [Choose] [Choose] [Choose]
- In a eukaryotic cell transcription only occurs in the nucleus and translation in the cytoplasm. True FalseIndicate the class of drug that is stopping polypeptide translation: change 30S subunit block ribosome attachment inhibits peptide bonding block ribosome movement block tRNA dockingMatch the following changes with the correct responses. (Some answers may be used more than once. Some answers may not be used.) Deacetylation of histones Methylation of cytosines a single nucleotide polymorphism, where adenine may be present instead of cytosine phosphorylation of cytosines is an epigenetic change that is an epigenetic change that [Choose ] is an epigenetic change that results in decreased gene transcription is not an epigenetic change ✓ is an epigenetic change that results in increased gene transcription is an epigenetic change that could either increase or decrease gene transcription