JOIN OUR SOCIAL MEDIA GROUPS
FACEBOOK GROUP: JOIN CLICK HERE
FACEBOOK PAGE: JOIN CLICK HERE
WHATSAPP GROUP 1: JOIN CLICK HERE
WHATSAPP GROUP 2: JOIN CLICK HERE
TELEGRAM GROUP: JOIN CLICK HERE
CS707 PAST PAPERS
CS707 PAST PAPERS
CS201 FINAL TERM SOLVED PAPERS BY WAQAR SIDHU.ENG101 FINAL TERM SOLVED MCQS.CS403 CURRENT FINAL TERM PAPERS.CS101 FINAL TERM SOLVED PAPERS BY MOAAZ MEGA FILE. CS201 FINAL TERM SOLVED PAPERS BY MOAAZ MEGA FILE. CS205 FINAL TERM PAST PAPERS. CS204 FINAL TERM PAST PAPERS. CS301 FINAL TERM SOLVED PAPERS BY MOAAZ. CS304 FINAL TERM SOLVED PAPERS BY MOAAZ. CS311 FINAL TERM SOLVED PAPERS BY MOAAZ. CS401 FINAL TERM SOLVED PAPERS BY MOAAZ
At least one specific type of DNA molecule (“species”).
The dRNA molecule has three functions: it carries (
“charge”) is an amino acid that binds to mRNA
molecule, and it interacts with the ribosome.
Structure is clearly related to all these functions. There are 75 to 80 nucleotides in a dRNA molecule. It is approved (a
The three-dimensional shape) is maintained in its order by sub-base coupling (hydrogen bonding)
The interaction of a dRNA molecule specifically allows it to bind to binding sites in the ribosome. 3 o’clock in the evening.
The end of each dRNA molecule is a specific site
Binds amino acids covalently. approximately in the middle of the DNA
In the filler base coupling area (hydrogen), a group of three bases, called an antigode, is formed.
binding) with mRNA. Each strain of dRNA has a unique anticodon that supports the mRNA codon.
and amino acid DNAs. In interactions, the codon and anticodon are similar to each other. for example
Consider the process, the amino acid arginine:
The DNA code for arginine is 3′-GCC-5′, i.e.
The filler is copied by adding the base
mRNA codon 5′-CGG-3.
That mRNA binds to a dRNA by binding the complementary base with the anticodon 3′-GCC-5, ie.
Charged with arginine.
Your download will begin in 60 seconds
Papers available on link above