Stem cells have the ability to develop, or differentiate, into the many
different cell types in the body.
Stem cells are specialized undifferentiated cells that can divide and have the remarkable potential to develop into many
different cell types in the body during early life and growth.
This will offer us unique insights into the relationships between epigenetics and gene activity and will help us to better understand the processes that convert a single cell into the many
different cell types in the body.»
Because stem cells have the ability to develop into many
different cell types in the body, researchers at USF's Center of Excellence for Aging and Brain Repair, Department of Neurosurgery & Brain Repair have focused on using stem cells to restore function lost through neurodegenerative disorders or injuries.
Stem cells are cells that have the potential to develop into some or many
different cell types in the body, depending on whether they are multipotent or pluripotent.
Many
different cell types in our body have detoxification systems for neutralizing toxins.
Not exact matches
The goal here is to use «single -
cell sequencing to understand how many
different cell types there are
in the human
body, where they reside, and what they do,» as Nature reports.
The researchers thought this ability to switch between
different cell types could explain why they can spread so easily around the
body; switching
cell type effectively disguises the
cells in different tissues.
The majority of
cells in the human
body are blood
cells, which comprise many
different types that are continuously produced during the life of an organism.
Now a UC Santa Barbara researcher has added to that
body of knowledge by determining how stem
cells produce
different types of «daughter»
cells in Drosophila (fruit flies).
«From a health perspective, oxidative stress
in the
cells causes
different types of damage
in the
body, for example, skin ageing or various infections, contributing to illnesses such as arthritis and Alzheimer's,» says Harri Latva - Mäenpää.
As «immature» somatic
cells, stem
cells can mature into
different types of
cells, thus making them responsible for the development of all the tissues and organs
in the
body.
While it is present on a number of
different types of
cells in the
body, it is expressed at higher levels on metastatic tumour
cells, including those which have spread from the lung.
So, at the dawn of our universe — and I have to emphasize our universe, because there could be others — so, dawn of our universe, physicists think there was one
type of force, one
type of matter and that as the cosmos expanded, as space expanded, it cooled and things started to condense out like snow flakes, and over time that single force broke, it differentiated; and something similar happens
in the human
body as we develop from a single
cell; we differentiate,
different tissues form
in our
bodies,
different layers of tissues.
Almost all
cells in the human
body have identical DNA sequences, yet there are 200 - plus
cell types with
different sizes, shapes, and chemical compositions.
This causes the
body's white blood
cells to release
type 1 interferon - alpha, a small cytokine protein that acts as a systemic alarm, triggering a cascade of additional immune activity as it binds with receptors
in different tissues.
The organization of these tissues let
different cell types work together, to enable organs
in the
body to perform their functions.
The central question is how,
in the human organism for example, 100 000 genes have been orchestrated to yield about 250
different cell types, which then become assembled as the human
body.
«All epithelial
cells — and that's the
cells that make up most of the organs
in our
bodies — can do this, so you could imagine that this
type of local chamber could be forming transiently
in many
different parts of the
body, whenever
cells need to self - organise and communicate,» Gilmour says.
The
body needs many
different types of stem
cells to replace sick, aging or dying
cells in its many
different tissues.
stem
cell Special
cells in the
body that can make any of several
different types of new
cells, including blood
cells.
July 2009 - Switching on the power of stem
cells Cambridge scientists reveal how the protein Nanog gives stem
cells their unique abilities Researchers from the Wellcome Trust Centre for Stem
Cell Research at the University of Cambridge have pinpointed the role of the protein Nanog in a complex process that gives stem cells pluripotency: the ability to produce all the different cell types of the b
Cell Research at the University of Cambridge have pinpointed the role of the protein Nanog
in a complex process that gives stem
cells pluripotency: the ability to produce all the
different cell types of the b
cell types of the
body.
Pluripotent stem
cells — those, like embryonic stem
cells, that give rise to almost every
type of
cell in the
body — can be converted into the
different classes of retinal
cells necessary for vision, according to a new, RPB - supported study from researchers at SUNY Upstate Medical University
in Syracuse, N.Y.
Hematopoiesis is the process by which the
different types of blood
cells are generated
in the
body (the term literally means «to make blood»).
They can turn into all the
different types of blood
cells in the
body.
All
cells in the human
body contain these bases
in exactly the same order, but
different genes are expressed
in different cell types, allowing them to carry out their specialized functions.
Myofibroblasts can proliferate elsewhere
in the
body as well — although they may arise from
different cell types in different tissues — and fibrotic remodeling of the kidney, liver (cirrhosis of the liver) and lungs follows a similar progression, Genin says.
SLC16A11 belongs to a family of genes known to transport molecules across
cell membranes, but the proteins that genes produce can perform many
different roles
in the
body, and they can be active
in some tissue
types but not others.
Despite the enormity of the dataset described
in this historic collection of publications, it does not comprehensively describe all of the functional genomic elements
in all of the
different types of
cells in the human
body.
In humans, there are many different types of stem cells that come from different places in the body or are formed at different times in our live
In humans, there are many
different types of stem
cells that come from
different places
in the body or are formed at different times in our live
in the
body or are formed at
different times
in our live
in our lives.
But it would allow so - called therapeutic cloning
in which a patient's
cells are coaxed to an embryonic state where they regain the potential to create all of the
body's
different tissue
types.
It would allow us to identify which genes associated with disease are active
in our
bodies and where, and analyze the regulatory mechanisms that govern the production of
different cell types.
Without maps of
different cell types and where they are located
in the
body, we can not describe all their functions and understand the biological networks that direct their activities.
In the
different cell types of the
body,
different protein producing genes are active or inactive, and many medical conditions also depend on altered activity of specific genes.
There are over 200
different types of
cells in the human
body, many of which can become neoplastic.
Other
types of stem
cells are capable of creating multiple
different cell types, but not all the
cell types in the
body.
There are 10 to 1 more bacteria
in our intestinal tract than there are human
cells in our
body, and there are about 400 - 500
different types.
You know, you can have like the turmeric that blocks something and there's also antihistamine, you know, as you explained there's many
different types of inflame — inflammatory
cells in our
body and you know --
While all
types are helpful
in preventing unwanted oxygen damage to our
cells and
body systems,
different types of antioxidants go about this task
in different ways, and it is the combination of these
types in cruciferous vegetables — including bok choy — that make them so valuable
in terms of their antioxidant support.
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.
This disease attacks many
different cell types in a cat s
body, causing a weak immune system and neoplastic (cancer) disease.
This disease attacks many
different cell types in a cats
body, causing a weak immune system and neoplastic (cancer) disease.