Not exact matches
The RNA - binding domains
of mammalian hnRNP F / H proteins probably have a similar ability to bind two
different types of RNA, allowing them to regulate diverse target RNAs
within the
cell.
Today, a team
of scientists at Cold Spring Harbor Laboratory (CSHL) led by Professor Partha Mitra describes a new mathematical model that combines large data sets to predict where
different types of cells are located
within the brain, based on their molecular identity.
Stem
cell populations reside in areas called niches deep
within different types of organs.
But how the production
of daughter
cells from the
different stem
cell types is coordinated
within a single niche is virtually unknown.
In that case, the genetic information
within the chromosome copies remains the same, but the
type of cell, or «
cell fate,» is
different.
Basically, when you look at
different types of cells, such as fibroblasts, which form connective tissue, or epithelial
cells, from saliva, you see general correlations
within a person.
«We think that its partner in this case, mGluR5, may also play a role
of previously unrecognized breadth, acting
within many
different types of cells to intensify signals, such as those transmitted by GABA, glutamate, or other neurotransmitters,» Kim adds.
«In normal conditions, we first see the
cells as yellow — the combination
of red and green
within a single
cell — then later see
cells that are either red or green, showing that our
cells had the capacity to make two
different types of mature
cells,» says Spike.
In the new study, the researchers explored the role
of cell shape in two vastly
different types of epithelial
cells — human bronchial epithelial
cells grown in the lab and
cells within the living embryo
of the fruit fly — and observed them as they matured over time.
The Hippocampal Formation contains several
types of cells which code for
different aspects
of space: the animal's current location
within the environment, its heading direction, the distance over which it travels in a particular direction, and the location
of environmental boundaries.
• Detect Zika virus in blood and urine samples
within hours and distinguish between its African and American strains • Distinguish between Zika and dengue • Discriminate
different types of bacteria, like E. coli • Detect cancer
cell mutations • Detect antibiotic resistance genes • Read human genetic information from saliva sample
Beyond the expansion
of the collection
of barcoded
cell lines for testing larger panels
of compounds, next steps will include determining whether PRISM can be used to study the complex interactions between
different cell types found
within tumors, or to study tumor evolution during cancer development or after cancer treatment.
While it has been demonstrated previously that more differentiated
cells demonstrate a lower reprogramming efficiency [11] and
different somatic
cell types possess differential reprogramming ability [12], [13], no study to date, to our knowledge, has identified subpopulations
of cells within a primary
cell population possessing differential reprogramming potential.
For decades, scientists have been seeking a new
type of vaccine that activates another player in the immune system called a T
cell to fight off infections
within different organs.
It means that cancers are not the same — between
types of cancers, between cancers in
different individuals, even between cancer
cells within the same person.
There are five
different types of white blood
cells found
within mammals, and the primary goal
of each is to assist in protecting the body from invaders like bacteria and parasites.
Within these networks three
different types of ozonesondes are still employed: electrochemical concentration
cell (ECC), Brewer Mast (BM), and the Japanese KC sonde.