Place the steps tor the formation of the enzyme pepsinogen in correct order

Place the steps tor the formation of the enzyme pepsinogen in appropriate order

Reply 1

1) The DNA strands unwind, and RNA polymerase binds to the template strand. 2) The synthesis of mRNA begins. 3) The mRNA undergoes intron splicing and exits the nucleus. 4) The tRNA strikes by way of mRNA with the activated amino acids connected to it. 5) The amino acids assemble to kind peptide. Hope this helps! -Payshence

Reply 2

The proper order is 1, 4, 2, 3, 5 Rationalization: Please see the attachment

Reply 3

2) The synthesis of mRNA begins. 3) The mRNA undergoes intron splicing and exits the nucleus. 4) The tRNA strikes by way of mRNA with the activated amino acidsattached to it. 5) The amino acids assembleto kind peptide.

Reply 4

Activation of pepsinogen begins when hydrocholoric acid (HCl), which is secreted by the parietal cells partially prompts pepsinogen (pepsinogen* in determine). This partially lively enzyme then cleaves the peptide from different pepsinogen molecules to kind lively pepsin.

Reply 5

Prepare the next occasions within the appropriate order: (1) absorption of lipids (2) emulsification (3) micelle formation (4) digestion of lipids Rationalization:

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Reply 6

The pepsinogen is a protein. All of the proteins within the physique are coded by the DNA current within the genome. The DNA’s 5′ -3′ strand or the template strand is transcribed by the method of transcription and outcome within the formation of the mRNA (messenger RNA). the formation of the mRNA by the assistance of RNA polymerase. Then the mRNA undergoes the method of maturation. Throughout maturation, splicing of the introns, capping and tailing takes place. The mRNA undergoes translation and types the amino acids, with the assistance of tRNA molecule. The tRNA molecules brings the amino acid based on the codon current and these amino acids kind a sequence, which later assemble to kind a protein. Therefore, the right sequence can be: 1.The DNA strands unwind, and RNA polymerase binds to the template strand.
2.The synthesis of mRNA begins.
3.The mRNA undergoes intron splicing and exits the nucleus.
4.The tRNA strikes by way of mRNA with the activated amino acids connected to it.
5.The amino acids assemble to kind peptide.

Reply 7

The pepsinogen is a protein. All of the proteins within the physique are coded by the DNA current within the genome. The DNA’s 5′ -3′ strand or the template strand is transcribed by the method of transcription and outcome within the formation of the mRNA (messenger RNA). the formation of the mRNA by the assistance of RNA polymerase. Then the mRNA undergoes the method of maturation. Throughout maturation, splicing of the introns, capping and tailing takes place. The mRNA undergoes translation and types the amino acids, with the assistance of tRNA molecule. The tRNA molecules brings the amino acid based on the codon current and these amino acids kind a sequence, which later assemble to kind a protein. Therefore, the right sequence can be: 1.The DNA strands unwind, and RNA polymerase binds to the template strand. 2.The synthesis of mRNA begins. 3.The mRNA undergoes intron splicing and exits the nucleus. 4.The tRNA strikes by way of mRNA with the activated amino acids connected to it. 5.The amino acids assemble to kind peptide.

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Reply 8

Do you have got an image of the place you go this query from?

Reply 9

Enzymes are biochemical catalysts that are protein in nature and subsequently fashioned like a traditional protein within the course of generally known as translation. The method takes place within the ribosomes the place the ribosomes binds the mRNA after which matches the anticodon on the tRNA with the codons within the mRNA. The entire course of begins with DNA replication, then transcription after which translation. Subsequently, in our case the order of pepsinogen formation needs to be 1,4,2,3.

Reply 10

The DNA strands unwind, andRNA polymerase binds to thetemplate strand. The tRNA strikes by way of mRNAwith the activated amino acidsattached to it. The synthesis of mRNA begins.The amino acids assembleto kind peptide. The mRNA undergoes intronsplicing and exits thenucleus. (sorry upfront if it is incorrect)

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