Now a research team led by Broad Institute Imaging Platform director Anne Carpenter and postdoctoral fellow Mohammad Rohban has shown that a high - throughput, computerized imaging technique for studying morphology, called Cell Painting, can provide insight into
the cellular roles of genes or disease - linked gene alleles whose function or impact is unknown.
Not exact matches
«Because many broadly expressed
genes that play key
roles in essential
cellular functions are under the control
of cell - specific enhancers, the ability to affect enhancer function by knocking down eRNAs could potentially provide a new strategy for altering
gene expression in vivo in a cell - specific manner,» said Glass, noting that in his research, anti-sense oligonucleotides were developed in conjunction with Isis Pharmaceuticals, which suppressed enhancer activity and reduced expression in nearby
genes.
Understanding the best ways to work with RNA and the various RNA detection methods can help scientists advance our understanding
of gene expression patterns and elucidate the
roles of different genomic elements in
cellular function and dysfunction.
The
gene plays a key
role in
cellular proliferation and is activated in 90 %
of all human pancreatic tumors.
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.
The goal
of the NIH program, as described on its website, is «to understand the principles behind the three - dimensional organization
of the nucleus in space and time (the fourth dimension), the
role nuclear organization plays in
gene expression and
cellular function, and how changes in the nuclear organization affect normal development as well as various diseases.»
Most
of the candidate
genes play
roles in
cellular processes also implicated in intellectual disability
(The markers include
genes and other DNA components, such as parts
of the DNA that turn proteins on or off, and
cellular components that play a
role in regulating
genes.)
Studying coral calcification with antagonists can provide further information and knowledge to better understand the
role and function
of genes that participate in the
cellular control mechanism, and in the coral organic matrix.
The work has led him to explore the
role of protein phosphorylation in a diverse array
of cellular functions, including transformation, cell communication, cell adhesion, cell - cycle regulation, the control
of gene expression, and protein degradation.
The isoforms
of this histone play complex regulatory
roles in several
cellular processes — epigenetic regulation
of gene expression, selective regulation
of developmental
genes, and telomere maintenance — that could contributed to tumor growth and progression if dysregulated.
Examples
of these include cell proliferation, intracellular targeting, cell polarity, membrane traffic, cell migration, stem cell biology, chromatin regulation and function, differentiation, morphogenesis and biomechanics, and regeneration and
cellular homeostasis, as well as developmental
roles of genes,
cellular structural dynamics, and signaling pathways.
In response to
cellular stress such as DNA damage, oncogene activation, transcriptional inhibition, and hypoxia, tumor suppressor p53 is activated and expressed, and acts as a transcription factor to induce its target
genes [1], thereby playing a central
role in the regulation
of DNA repair, cell cycle, apoptosis, senescence, and angiogenesis [2 - 4].