Different genes code for different proteins, but different proteins can also come from the same gene.
Not exact matches
This type of RNA was
different, though, in that it didn't make up or
code for the instructions of a protein like a traditional
gene but instead was «noncoding.»
The
gene for fur coloration resides on the X chromosome, while each of the two X chromosomes
codes for a
different color: black or orange.
By splicing
genes for the original protein with ones that
code for proteins containing
different instructions, the researchers created a modified version of N - WASP.
The team's results point to another strategy, however: using the same
genes in
different combinations, or «combinatorial
coding.»
Humans have
genes that
code for three
different types of visual pigments, called opsins.
But knowing this, researchers note, does not necessarily explain what those
genes do, given that many
genes code for multiple forms of a protein, each of which could have a
different role in a variety of biological processes.
A phage means bacteria eater and so they were very specific hosts, which is a very specific bacteria, and we like these viruses a lot because they only have a couple
different genes and those
genes code for a couple
different proteins and so they are easy for us to manipulate in the lab.
By comparing proteomic and RNA - sequencing data from people on
different exercise programs, the researchers found evidence that exercise encourages the cell to make more RNA copies of
genes coding for mitochondrial proteins and proteins responsible for muscle growth.
There are two other
genes, on
different chromosomes, that
code for
different forms of the enzyme, and the team is now investigating whether mutations in these
genes might be responsible for the other cases of ALS.
All the plant groups the researchers examined, except liverworts, contained at least one of three distinct introns — useless chunks of DNA located inside the
coding sequence of a
gene — in two
different genes.
Both Antarctic and Arctic fish carry antifreeze proteins in their blood, but the
genes that
code for them not only differ in sequence but arose at
different times, since the North Atlantic froze only 2.5 million years ago and the Southern Ocean 10 to 14 million years ago.
Nobody knows why an invertebrate should need such a
gene, but the fact that its various
coding regions are organised in a subtly
different way from those of all other known globin
genes is forcing a rethink about the evolutionary history of globin
genes.
As a postdoc in the lab of Zefeng Wang, PhD, a member of the UNC Lineberger Comprehensive Cancer Center, Choudhury stumbled upon DAZAP1 while searching for proteins involved in alternative splicing — when a single
gene organizes its genetic
code to create
different proteins with various functions.
A
gene can
code for
different proteins — with diverse functionality — through the genetic mechanism of alternative splicing (the cutting and rejoining of
genes).
In 2000 Zuker and others found some 30
different kinds of
genes that
code for bitter - taste receptors.
The
genes for each transcription factor were made from
different bits of DNA that
code for the functional parts of proteins, such as a domain that can bind to DNA and another that provides the protein with access to the cell's nucleus.
In addition to the 1,274
genes that take part in
coding proteins, they also identified 375 novel noncoding
gene families on the bovine Y chromosome, which are predominantly expressed in
different stages of the testis.
The two groups, they found, had
different versions of a crucial
gene, one that
coded for a protein involved in pigmentation.
Another interesting feature in their genomes is the abundance of transposable elements, «jumping
genes» that can move to
different parts of the genome to cause mutations or supply new elements to protein -
coding genes.
Once the cells were color -
coded, Cembrowski could work with the Quantitative Genomics team to get sequencing data and he found that the green and magenta cells»
gene expression was strikingly
different.
The current work shows that changes in the genetic
code of a particular
gene can control epigenetic marks at
different genes, implying that a
gene's genetic
code can affect whether other
genes are turned on and off, which makes it important to understand the function of all
genes involved, not just the one with the so - called misspelling.
Using global transposon mutagenesis, we isolated and characterized
gene disruption mutants for 100
different nonessential protein -
coding genes.
By directly altering the
gene coding for the prion protein (PrP), Whitehead Institute researchers have created mouse models of two neurodegenerative prion diseases, each of which manifests in
different regions of the brain.
They compared the genetic
code of
different types of macrophages to find non-immune
genes highly active in muscularis macrophages, identifying bone morphogenetic protein 2.
But the team determined that the SNP, called rs9349379, actually regulates the expression of a
different gene upstream: EDN1, which
codes for a precursor of the endothelin - 1 protein.
«In New World monkeys, and in some lemurs, there's only one
gene that
codes for the two
different cones,» Veilleux says.
The heatmaps of
gene clusters or single
genes can be displayed in
different color
codes or configured using a range of analytical parameters using the ExpressView tool.
Scientists have learned how to manipulate this mechanism so that it essentially can be programmed to find and remove a specific sequence of DNA
code — which acts like software for controlling
genes — and replace it with a
different sequence.
Lue, whose essay described the regulation of alternative splicing and how defects in this process can cause disease, and Mueller, whose essay described examples of alternatively spliced proteins
coded by the same
gene with
different functions that act in
different cells, will each receive a $ 400 prize, and their science teachers, Dr. Martina Davies and Mrs. Jessica Graham respectively, will each receive a $ 400 grant for genetics materials.
Put a
different way, protein -
coding sequences altogether make up a modest 20,000
genes in humans.
By making a comparison of proteomic and RNA - sequencing data from individuals on the
different exercise regimens, proof was found that exercise stimulates the cell to generate more
gene coding RNA copies for proteins of the mitochondria and proteins in charge of the growth of muscle.
Mutations for monogenic epilepsies have been found primarily in
genes coding for ion channels 32 as well as in two
different proteins that may be involved in neurogenesis 33.
The
gene (allele) that
codes for liver - chocolate expression of the otherwise black pigment is on a
different part of the chromosome than is the
gene for black / blue.