Not exact matches
In a new study, researchers at the University of Miami (UM) Rosenstiel School of Marine and Atmospheric Science examined how the interaction of two genomes in animal
cells — the mitochondrial and nuclear genomes — interact to
affect adaptation of the Atlantic killifish to
different temperatures.
Since pseudouridine modifications may
affect various RNA molecules in
different types of normal and malignant
cells, «our discoveries pave the way for future avenues of research aimed at exploring the role of pseudouridine in human development disease,» concludes Cristian Bellodi.
In their latest study, they tested compounds against
cells from nine
different types of human cancer, including common types
affecting blood, colon, breast, prostate, ovaries, kidneys, and lungs.
The group then ran dozens of microscopy tests with Dan Wagner, Rice associate professor of biochemistry and
cell biology, to see how
different formulations and amounts of biochar
affected cell signaling.
These conditions are distinguished by the
different types of brain nerve
cells that are first
affected and by the symptoms that first appear.
Different drug molecules make it possible to
affect the function of these receptors and, consequently, to prevent
cell activation and mediator release.
He and colleagues have determined what gives cholera bacteria their curved shape and whether it matters (a polymer protein, and it does matter; the curve makes it easier for cholera to cause disease), how
different wavelengths of light
affect movement of photosynthetic bacteria (red and green wavelengths encourage movement; blue light stops the microbes in their tracks), how bacteria coordinate
cell division machinery and how photosynthetic bacteria's growth changes in light and dark.
Neurodegenerative diseases are caused by the death of neurons and other
cells in the brain, with
different diseases
affecting different regions of the brain.
Folate deficiency can result in several
different complications — the most important of these are neural tube defects (such as spina bifida, an abnormality of the spine and spinal cord) in babies and anemia (in which the number and function of red blood
cells is
affected leading to an inability of the blood to carry sufficient oxygen).
The inside back cover image of the Nov. 20, 2017 issue of Advanced Materials illustrates how ion migration in a hybrid perovskite crystal
affects solar
cell performance in
different areas of the crystal.
Each of the four families had a distinct mutation that
affected a
different region of the CARD11 protein, but all the mutations had similar effects on T -
cell signaling.
Researchers in this study used budding yeast, creating populations of
cells with more than 10 million
different randomised genomes, to investigate how genetic diversity
affected resistance.
«This tells you that all the
different types of stromal
cells in breast tissue are
affected by the GT198 mutation because they all come from a common progenitor
cell.»
Using a technique that measures the response of the olfactory system to odours, the researchers showed that copper and nickel
affect the ability of
different cells to detect odours.
It's a protein chain that spans the
cell membrane with complicated 3D folding - including 36 repeating «beads on a necklace» folds that can each be modified in
different ways to
affect the protein's overall function.
Secreted by certain brain
cells, APOE is known to regulate cholesterol metabolism within the brain and can bind to A-beta peptides, suggesting that the
different forms of the protein may
affect whether and how toxic A-beta plaques form.
Samples of tumours from bowel cancer patients given
different doses of resveratrol showed that even lower doses can get into cancer
cells and potentially
affect processes involved in tumour growth.
Researchers used data from
different people's genotypes and metabolism to build personalized models that simulate how a drug will
affect a particular set of
cells in the body.
At Emory, the pause has halted not only the CEIRS project with the lab - attenuated PR8 strain, but also a research grant project headed by Anice Lowen that is looking at how the
cell types targeted by two
different influenza viruses
affect their propensity to exchange genes.
This is clear from the fact that the third drug in the study, sodium nitroprusside, does not
affect endothelial
cells, but still produced
different effects in the veins of black people and white people.
«We don't really understand how many of these chemicals work and interact at a very basic level in
cells and in the body, so being able to know how they
affect different people with
different genetic variations is problematic at best,» she says.
A study led by scientists from Harvard Medical School reveals «hidden» variability in how tumor
cells are
affected by anticancer drugs, offering new insights on why patients with the same form of cancer can have
different responses to a drug.
«Exosomes and exomeres also have
different biophysical characteristics, such as stiffness and electric charge, that likely
affect their behavior in the body,» said lead author Dr. Haiying Zhang, an assistant professor of
cell and developmental biology in pediatrics at Weill Cornell Medicine.
Moreover, the team used the technique to shed light on how three
different invasion - inhibiting drugs
affect interactions between the parasites and red blood
cells.
Studying cancer with single -
cell technology will allow us to unlock the interactions between
different types of
cells in tumors — and monitor how these interactions change over time,
affecting patients» outcomes.
Although these processes are
affected by many
different cell types within the tumour stroma, macrophages and other myeloid - derived
cells are among the most important players.
We looked at the
different molecular and
cell properties they had, how
different drugs
affected each — essentially comparing and contrasting the two
cell types.
To understand why skin
cells in diverse parts of the body have
different characteristics - how
cells know their «positional identities» - a fact that guides the diagnosis and treatment of many skin diseases, Dr. Chang and his colleagues are seeking to define in molecular terms how the expression of
different genes in stromal
cells determines their ability to
affect the development of skin
cells.
To address this in cynomolgus macaques (Macaca fascicularis), Elizabeth Dietrich of the University of Washington studied how
different versions of the restriction factor TRIMCyp (taken from cynomolgus macaques from
different geographical areas) can
affect the susceptibility of cultured
cells to infection with HIV - 1 and HIV - 2.
This visualization shows tightly - packed DNA in a mouse
cell's nucleus at
different stages of development, seen here in a semi-triangular form as a mature nerve
cell; in a roundish shape as a multipotent stem
cell; in a more oval form as a neuronal progenitor; and as a more fragmented structure that shows how removing a specialized binding protein (HP1β knockout)
affects the structure of the DNA - packing material, called heterochromatin, in a mature neuron.
Understanding the conditions that cause these
cells to go off to
different fates may have a bearing on health problems such as ectopic pregnancy, which occurs when the embryo develops outside of the womb in about 1 of 60 pregnancies, or molar pregnancy, which is abnormal tissue growth within the uterus that
affects about 1 in every 1,000 pregnancies.
How the other great apes lost the
cells remains unknown, but the researchers theorize genetic disruptions
affecting the
cells» migration to
different parts of the brain, differentiation, or survival could have led to the loss.
Epigenetic modifications in bacteria, such as DNA methylation, have been shown to
affect gene regulation, thereby generating
cells that are isogenic but with distinctly
different phenotypes.
My research is framed within the Wellcome Trust consortium on the archaeal origins of eukaryotic
cell organization (http://evocyt.com/), which includes a diverse group of researchers studying the evolution of eukaryotic machinery from
different points of view — e.g. how do specific cellular systems work in
different lineages, and how did that
affect the origin of the eukaryotic
cell plan?
First, demonstration of the possibility of modeling
different diseases
affecting adult
cells using a single platform has answered one of the most pressing questions in the human iPS
cell — disease modeling field.
They should study
cells from more people to see how the
different versions of virus
affect them.
Using these
cells, she will see how reducing or increasing the presence of PIAS1
affects many
different processes in HD neurons to gain an understanding of how we can use the system to develop new treatments for HD.
Because most bodily
cells have cortisol receptors, it
affects many
different functions in the body.
CONCLUSIONS: Despite
affecting different types of inflammatory
cells, levothyroxine and selenomethionine exhibit a similar systemic antiinflammatory effect in euthyroid females with Hashimoto's thyroiditis.
It can also kill many
different types of cancer
cells by triggering apoptosis (programmed
cell death) without
affecting normal
cells.
Key features of the lesson are: The lesson about how altitude, latitude, ocean currents, air masses and air pressure
cells affect the climates of
different places.
Different types of cancer can
affect all parts of a dog's urinary tract, but transitional
cell carcinoma (TCC) of the bladder is the most common.
The eyes contain two
different types of photoreceptor
cells that
affect the way everyone sees things, and this is true of both dogs and people.
Analyzed effects of
different pH environment, and
cell wall
affecting agents on the growth of wild and mutant
cell lines of Candida albicans.