Not exact matches
The point being that nobody
knows how different the intron or non-
protein coding
sequences are between humans and other primates because the research quoted is only on the exons, or
protein coding portions of the genome.
Using a gene -
sequencing technique
known as whole - exome
sequencing that targets only the DNA that encodes
proteins, the researchers cataloged virtually every significant DNA variant in three families in which the condition is common.
Unlike the ESTs of the NIH application, these EST
sequences were identified by their specific similarity to
known protein kinase cDNAs.
The shape in which a
protein naturally folds is
known as its native state, which is determined by its
sequence of amino acids.
Berninger and others have previously shown that Sox2, Ascl1, and other transcription factors —
proteins that bind to specific DNA
sequences to control the activity of genes — can induce the nonneuronal «support cells»
known as glia to turn into neurons.
For most
known genes this «messenger» or mRNA is then shuttled off to a ribosome of a cell where its translation into a
protein sequence occurs.
VirSorter also «fished» for
sequences by looking for genes
known to help produce a
protein shell that all viruses have, called a capsid.
The potassium channel from Streptomyces lividans is an integral membrane
protein with
sequence similarity to all
known K + channels, particularly in the pore region.
Now that the
sequence of the PfEMP1 genes and
proteins is
known, it may be possible to screen for drugs to block the production of the
proteins, and so prevent infected cells sticking to capillaries.
The trouble is that it's impossible to
know how a
protein will fold based on its gene
sequence alone.
Researchers had
known since the turn of the century that
proteins were chains of amino acids, but Sanger came up with a way to figure out their
sequence.
Three - letter genetic
sequences are
known as codons, and they can either code for an amino acid — the building blocks of
proteins — or act as stop signals.
«
Knowing the DNA
sequence does not automatically tell us everything about the
proteins doing work in the cells.
The
sequence is an on - switch for a
protein known as KIT ligand (KITLG); three previous studies have linked SNPs in this region with testicular cancer.
Then he used a computer to compare the string of amino acids making up the
protein to the
sequence of amino acids in all other
known proteins.
This, in turn, because the scientists did not
know which DNA
sequences are functional, and bind to the specific
proteins called transcription factors that regulate gene expression.
Cas9 uses short RNA molecules,
known as guide RNAs, to target the
protein to a specific
sequence within cellular DNA.
The mechanism by which MNLPs modify gene activity is not yet
known; a leading hypothesis is that the short
sequences change a promoter's ability to bind
proteins that regulate transcription.
The researchers searched hundreds of molecules for potential partners of α - catenin and turned up a new
protein known only by its
sequence in the human genome database: ARHGAP10.
Upon
sequencing the
protein, he identified it as RB47, a
protein that was not
known to have any RNA - cleaving ability.
Both termini of the genomic contain
sequences that do not encode viral
proteins,
known as the 5 ′ and the 3 ′ untranslated region.
A significant proportion of SVs affect
known protein - coding genes by altering coding
sequence or gene dose.
We separately aligned the
protein sequences of
known Boule homologs among two distant metazoan groups, mammals and insects, and established a consensus
sequence for the RNA recognition motif (RRM) in each group (Figure S1).
Future studies of the Arabidopsis genome and the
proteins it encodes (particularly those with no
known function) will be greatly facilitated by combining the new DNA
sequence information with a multitude of existing genetic and molecular biological strategies and resources that are available to Arabidopsis researchers.
Although the genomic
sequence of T. brucei has been reported, many of the predicted
proteins lack classifiable homology to
known proteins in other organisms, hindering efforts to understand its biology and discover potential therapies.
Because the gene and
protein sequences of both enzymes are
known, «now we can take the whole repertoire of drugs and see how they bind to PGHS - 1, predict how they might bind to PGHS - 2, and try to fashion whole new families of drugs that would be highly specific for one form or the other,» Garavito said.
When a
protein sequence does not share any significant
sequence similarity with a
protein of
known structure, homology modeling can not be applied.
This database, derived from the structural classification of
proteins (SCOP), contains the
sequences of
proteins of
known structure whose
sequence identities with each other are 40 % or less.
Pairwise
sequence comparison methods have been assessed using
proteins whose relationships are
known reliably from their structures and functions, as described in the SCOP database [Murzin, A. G., Brenner, S. E., Hubbard, T. & Chothia C. (1995) J. Mol.
Today Kvansakul's newly formed lab in the department of biochemistry at La Trobe University in Victoria, Australia, is using what he has learned about the
sequences and structures of anti-apoptotic viral
proteins to start developing new treatments for Burkitt lymphoma, a form of the disease
known to be caused by the Epstein - Barr virus.
Our researchers will then use those samples to assess the blood cells, iron
proteins and to conduct genetic testing that will
sequence all the
known CSA genes.
Scientists can evaluate the
sequence of a
protein to determine if it resembles any
known allergen.
Over the last several years,
sequencing patients»
protein - coding genes —
known as whole - exome
sequencing — has facilitated molecular diagnosis and as served as a research tool for discovering the fundamental genetic bases for over 100 Mendelian diseases.