In two sentences describe alternate splicing and why it is important

Q: Explain why alternative splicing increases the coding capacity of the genome

A: In the process of splicing, mature mRNA is formed due to the removal of introns, after they are…

Q: Enzymes involved in amplification of gene

A: Thermostable DNA polymerase is required for the amplification of the gene.

Q: For splicing and alternative splicing what are the processes that are controlled or regulated or…

A: Intron removal and exon ligation of the majority of exons in the order they occur in a gene is known…

Q: Which snRNP leaves in order to form the active spliceosome? OU1 U3 OU4 U2

A: At least five different types of snRNPs join mainly the spliceosome to specifically participate in…

Q: explain importances in Splicing mechanism GU and AG sites branch point adenine U1, U2, U4, U5, U6…

A: In eukaryotes premature mRNA is produced by transcription process within the nucleus. Then this mRNA…

Q: Assuming alternative splicing can generate all permutations and combinations. How many proteins…

A: Eukaryotes undergo ways of RNA processing after translation i.e. formation of mRNA from their DNA…

Q: What is Post-Transcriptional Control, and why is it Important? Give an example, and explain the…

A: Post-transcriptional modification refers to the processing that occurs after an RNA molecule has…

Q: Ignoring transcriptional methods, name two other "levels" aka methods a cell can use to ultimately…

A: The process of regulating which genes in a cell's DNA are expressed (used to create a functional…

Q: Explain how sequences within the RNA determine where splicing occurs.

A: Transcription is a process that converts DNA into mRNA in the nucleus. *Mature mRNA will be…

Q: Define about transcription activator-like effector nucleases (TALENs) ?

A: The targeted alternation in sequence of DNA can be achieved by many engineered nuclease. TALENs are…

Q: Explain how cells prevent excess transposable elementmobilization

A: Transposable elements (TEs) are the small segments of DNA that can move from one position to other…

Q: Discuss histone remodeling and its effect on transcription.

A: Histone-modifying complexes are protein complexes that catalyse the addition or removal of different…

Q: Explain about transcription start site and an essential TATA box ?

A: Transcription is the mechanism by which the information of the DNA is copied into a new messenger…

Q: Explain Different Stages in Transcription Process.

A: Gene is the basic unit of heredity of all life forms. This is found to be transferable from the…

Q: function of a Src homology-3 (SH3) domain?

A: Amino acids can be defined as the building blocks that form polypeptides and ultimately proteins.…

Q: Explain the Types of Alternative Splicing ?

A: Alternative splicing is a process of mRNA processing wherein noncoding regions (introns) are…

Q: In a tabular form list three differences between prokaryotic and eukaryotic transcription.

A: Transcription is a process in gene expression that involves the formation of RNA from DNA templates.…

Q: Select the sequences relevant to prokaryotic transcription A/GNNAUGG (Kozak sequence) TATAAAA (TATA…

A: Transcription is the process by which genetic information encoded in DNA is copied into RNA. It is a…

Q: EXPLAIN ALTERNATIVE SPLICING CAN MAKE MORE MORE PROTEINS FROM A SINGLE GENE

A: A gene is the fundamental physical and useful unit of heredity.  gene are comprised of DNA. A few…

Q: What controls which splicing sites are selected?

A: Introduction: Splicing is a process in which the introns are removed and exons are joined together…

Q: How protein activity can be modulated by alternative splicing ?

A: The process of selecting distinct combinations of splice sites within a messenger RNA precursor…

Q: describe the term replicon

A: Replication is a process thatindudes various proteins and their complexes to form copies of DNA…

Q: What is required for transcription to proceed

A: The process of transcribing a section of the DNA into RNA is known as transcription. The messenger…

Q: Describe the connection between silent mutations and redundancy of the code.  ​

A: BASIC INFORMATION  MUTATION  It is a discontinuous change in genes which leads to change in genotype…

Q: Splicing regulatory (SR) proteins bind at exon to recruit U1snRNP and U2 snRNP during RNA splicing.…

A: There are few important points about splicing apparatus are as follows: The central component of…

Q: Explain how an α helix in a transcription factor protein is able to function as a recognition helix.

A: Transcription is the first step in central dogma of protein synthesis. It involves formation of…

Q: Explain how the pausing of the ribosome in the presence or absence of tryptophan affects the…

A: Tryptophan operon is an essential operon in bacteria such as Escherichia coli to synthesize the…

Q: Compare and contrast different mechanisms of RNA splicing.

A: A large proportion of the DNA consists of non-coding regions. These non-coding regions are to be…

Q: Schematic structure of a transcription unit?

A: The mechanism by which a strand of DNA (deoxyribonucleic acid) is used to synthesize a molecule of…

Q: "After a sudden increase in transcription, a protein with a slow rate of degradation will reach a…

A: The cell's ribosome is where the process of protein synthesis takes place. The next two processes in…

Q: factors in transcription process

A: The process of transcribing a piece of DNA to RNA is known as transcription. Messenger RNA is made…

Q: Explain how self splicing occurs. Don't specify the base sequence of 5 prime and 3 prime splice…

A: Self-splicing is discussed below

Q: Describe the effects of intron phase on alternative splicing with diagram

A: Alternative splicing involves the removal of introns from the mRNA transcript as introns are the…