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Protein Synthesis - Department of Chemistry

Steward O and Schuman EM (2001) Protein synthesis at synaptic sites on dendrites. Annual Review of Neuroscience 24: 299–325.

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What are the two main parts of protein synthesis

, if not most,
mutations are neutral
, meaning that they have
little or no effect
on the
expression of genes
or the
function of the proteins
for which they code for.
are also the
source of genetic variability

in a species,
and some of this variation may be
highly beneficial.
One beneficial mutation in particular produces
resistance to HIV
, the virus that causes AIDS.
As A Reminder:
DNA ---> DNA is called replication
DNA ---> mRNA is called Transcription
mRNA ---> proteins (with the help of tRNA and ribosomes) is called Translation
Gene Regulation
in multicellular organisms is usually due to
different patterns of gene expression
rather than to
differences of the genes themselves.
expressed gene
is a gene that is
transcribed into RNA.

15/01/2018 · the two parts of protein synthesis is transcription and translation

Frey U, Krug M, Reymann KG and Matthies H (1988) Anisomycin, an inhibitor of protein synthesis, blocks late phases of LTP phenomena in the hippocampal CA1 region in vitro. Brain Research 452(1–2): 57–65.

the two parts of protein synthesis is transcription and translation

of our language to corresponding parts of the code of protein synthesis?`

During protein synthesis, the free floating amino acids are reassembled into new chains. Each kind of protein has its own particular sequence of amino acids which differs from the sequence in every other kind of protein. In the same way the order of letters in a word give it its own specific form and meaning, .

The code for ordering the amino acids of a protein is written as a sequence of bases in the DNA in the nucleus. However, since DNA never leaves the nucleus and proteins are constructed by ribosomes in the cytoplasm, the instructions must somehow be carried out of the nucleus to the ribosomes.

Neurons are immensely complex cells whose morphology and physiology underpin our cognition. Achieving proper neuronal connections during development, as well as eliciting appropriate responses to environmental stimuli in the adult, requires precisely regulated protein synthesis. To meet these requirements, neurons have adapted regulatory mechanisms that act at every step in the process of producing functional proteins. Many of these mechanisms target messenger ribonucleic acid (mRNA)‐binding proteins and ribosomal subunits to regulate translational initiation. These mechanisms are especially concentrated at synapses, where they act to transform transient electrical signals into lasting functional modifications that are a basis for learning and memory. Misregulated synaptic protein synthesis contributes to several human cognitive changes including addiction, fragile X syndrome and autism.

The secretory pathway of protein synthesis and sorting

Now that we’ve described DNA and RNA, it’s time to take a look at the process of protein synthesis

Humans have roughly 22,000 genes.
The first step in decoding these genetic messages is to copy part of the nucleotide sequence from DNA into RNA, or ribonucleic acid.
These RNA molecules contain coded information for making proteins
like DNA,
consists of a long chain of nucleotides,
and is made up of the
same things as DNA
(a 5-carbon sugar, a phosphate group and a nitrogenous base)

for one small difference:
the sugar group in RNA is ribose.
RNA also differs from DNA
in the fact that it is
single stranded, and has the base uracil instead of thymine
(therefore, in RNA
A bonds with U
RNA is like a
disposable copy
of a
segment of DNA
In many cases, an
RNA molecule is a working copy of a single gene.
The ability to
copy a single DNA sequence into RNA
makes it possible for a
single gene to produce hundreds or even thousands of RNA molecules
There are
three main types
of RNA:
1.) messenger RNA (mRNA)
2.) ribosomal RNA (rRNA)
3.) transfer RNA (tRNA)
The job of
messenger RNA (mRNA)
is to
carry copies of instructions
for the
assembly of amino acids into proteins from DNA
to the rest of the cell
The job of
transfer RNA (tRNA)
is to
transfer, or move, amino acids to ribosomes
protein synthesis
The job of
ribosomal RNA (rRNA)
is to
make up the major part of ribosomes.

Most enzymes are proteins, but RNA
molecules can be enzymes too.

The ribosome is not only complex, but it is also the most important part of the biological cell, along with the necessary information
needed to make proteins (encoded in DNA or RNA).

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  • Protein Synthesis Role Play - Illinois Institute of …

    Shortly after or even during synthesis, the residues in a protein are often chemically modified by ..

  • when the parts of a protein domain are ..

    This lesson provides an overview of the process of protein synthesis and the organelles it involves

  • Labeled Parts Of A Protein - Wiring And Parts Diagram

    holds all the parts together while making a protein; Protein Synthesis: Part 1

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Protein Synthesis Process and Role of DNA And RNA In It

There are four levels of proteinstructure - when a protein is synthesized from theinstructions provided by DNA, it folds spontaneously into itsshape reinforced by chemical bonds.

Protein synthesis and the element of chance -- …

Casadio A, Martin KC, Giustetto M et al. (1999) A transient, neuron‐wide form of CREB‐mediated long‐term facilitation can be stabilized at specific synapses by local protein synthesis. Cell 99(2): 221–237.

Protein Synthesis Flashcards | Quizlet

The molecules of messenger RNA (mRNA) leave the nucleus through small pores in the nuclear membrane carrying with them the instructions (encoded in the sequence of their nucleotides) that they picked up from the DNA molecule. In the cytoplasm, the mRNA molecule attaches to a small granular appearing organelle called a ribosome.

From the ribosome, mRNA molecules attract a second kind of smaller RNA molecule called .

One end of a tRNA molecule has a special site which can only bind to one specific kind of amino acid. There are many different types of transfer RNA molecules. In fact, there are more than one for each of 18 of the 20 different amino acids found in proteins (methionine and tryptophan being the exceptions).

The other end of each tRNA molecule carries a unique "tag." The tag is written in the usual code of a nucleic acid--a sequence of bases. Each amino acid carrying molecule has its own three letter tag or code. For example, the valine tRNA is tagged AAC, the alanine-transfer RNA is tagged GGC, the phenylalanine -tRNA is tagged AAA and so on.

The three base pairs of the tRNA tags are attracted to their complementary partners on the mRNA that is lined up on the ribosome. The three letter sequences of the mRNA are called a . The three letter tRNA tags are called . Guided by the mRNA, each transfer RNA donates its amino acid, in the proper order, to a growing chain of amino acids that will be joined by peptide bonds to form a new polypeptide (protein).

What is another term for protein synthesis? What are …

Biochemical networks called signal transduction pathways convert specific patterns of synaptic transmissions into new protein synthesis. Ribosomal and RNA‐binding proteins are common targets of these pathways.

Chapter 4B Protein Synthesis term ..

Similar signals
in DNA cause transcription to
when the new RNA molecule is
RNA Editing
Our DNA contains
sequences of nucleotides
that are
not involved in coding for proteins.
DNA sequences
code for proteins
are called
because they are
in the synthesis of proteins.
RNA molecules
both the
from the
However, the
introns are cut out of RNA
molecules while they are still in the
The remaining
are then
spliced back together
to form the
final strand of mRNA.
The Genetic Code

are made by
joining amino acids

long chains

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