Predicted protein coding regions are shown as boxes.
Not exact matches
And because trillions upon trillions of different nucleoside sequences can
code for the same
protein, there were plenty of ways to engineer more efficient ones — providing they could be
predicted.
Over half of the 70 genes
code for
proteins that are known to regulate development and physiology of the skeletal, cardiovascular, and nervous system — just the type of genes
predicted to be necessary for driving the development of the giraffe's unique characteristics.
A total of 1738
predicted protein -
coding genes were identified; however, only a minority of these (38 percent) could be assigned a putative cellular role with high confidence.
«If this is so, and we can use this
code to
predict protein structure, we will gain a powerful tool for understanding how certain mutations cause disease and how to fix them.»
The Amur tiger genome was
predicted to contain 20,226
protein -
coding genes and 2,935 non-
coding RNAs, and was enriched in olfactory receptor sensitivity, amino - acid transport, and metabolic - related genes, among others.
A mile - stone has been achieved with data for 75 % of the human
protein -
coding genes and
protein evidence for all human genes
predicted from the genome sequence.
The computational method, called TargetFinder, can
predict where non-coding DNA — the DNA that does not
code for
proteins — interacts with genes.
A computational analysis of the sequence
predicts 218
protein -
coding genes, 11 tRNAs, and 17 transposable element sequences.
Only 62 % of the genome is
predicted to be
coding sequence, encoding 888
proteins and 41 stable RNA species.
HAR1 does not
code for a
protein but for a long RNA, a type of molecule that guides
proteins or modulates their expression.5 We
predicted that the HAR1 RNA could fold into a three - dimensional structure because its conserved sequence has palindromic regions that pair up to form a series of interconnected «stems» that look like ladders — think of an untwisted DNA double helix.
Then, we prioritize variants that are
predicted to have functional effects — on
protein coding, on splicing, in conserved regions, etc..
Release 1.0 contains 15,419 high confidence
protein -
coding genes; alternatively spliced transcripts derived from 992 genes add an additional 1,370
proteins yielding a total of 16,789
predicted proteins.
In order to extract the candidates with greatest probability of encoding
protein coding genes, we cross-referenced all
predicted loci to the Ensembl databases using the API [54].
We
predict approximately 19,500
protein -
coding genes in the C. briggsae genome, roughly the same as in C. elegans.