These commonly regulated
genes clustered into the functional category of cell - cycle regulators.
Upregulated
genes clustered into at least 7 functional groups, including immediate early genes or transcription factors, cell - cycle related genes, stress - responsive protein genes, cell signaling protein genes, cell adhesion and cell surface protein genes, genes involved in translation and protein turnover, and genes encoding metabolic proteins.
Not exact matches
Specifically, while 5mC is found at repetitive regions of the genome, the methylated adenines were
clustered into dense «methylated adenine
clusters» (MACs) at
gene promoters.
But
genes in other regions are so close together they overlap: the
cluster of 75
genes which determines tissue type and plays a part in controlling our immune responses is packed
into only 4 million base pairs.
The software allowed them to
cluster genes into groups associated with specific molecular processes and see which processes in tumors and blood cells were associated with each other.
«We combined
clustering and classification
into the developed framework to help in detecting the links between the various
genes within the model and to validate the outcome, respectively.»
The researchers also found that historically, Bengal tigers
clustered into two distinct groups based on their
genes.
When human
genes apparently under selection were categorized using a software program that groups them according to biological function, they
clustered into six different categories.
«It's amazing that by studying
genes in a two - dimensional
cluster of heart cells, we were able to discover insights
into a disease that affects a complicated three - dimensional organ,» said Ang.
The total (found also to be up - regulated during the «opposite» time point) and unique
genes were
clustered into biological processes descriptions with GeneMania website analysis portal.
However, that
cluster splits
into two groups in the
gene -
gene network due to the different lengths of the pir
genes in P. coatneyi and P. knowlesi (see Figure 4B).
The 103
clusters shared between P. ovale, P. vivax and P. cynomolgi might give insight
into genes associated to the hypnozoite stages.
Furthermore, recombination between duplicated sequences introduces structural variation
into the human genome and facilitates the formation of
clustered gene families.
Short for
clustered regularly interspaced short palindromic repeats, CRISPR makes it possible for us to move
genes from any living thing
into another one, altering DNA for generations to come.
Results: A total of 21,427 ESTs were produced from the midgut of adult Glossina morsitans morsitans and grouped
into 8,876
clusters or singletons potentially representing unique
genes.
We focus on approaches for identifying biologically important
genes, projecting data
into lower dimensions and
clustering data
into putative cell - populations.