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282 Sentences With "cells"

How to use cells in a sentence? Find typical usage patterns (collocations)/phrases/context for "cells" and check conjugation/comparative form for "cells". Mastering all the usages of "cells" from sentence examples published by news publications.

Also called blood stem cells, hematopoietic cells are immature cells that can develop into white blood cells, red blood cells, and platelets.
The cells self-assemble into spheres that contain neural progenitor cells, or cells that will become brain cells.
There are four known types of navigation-related neurons: grid cells, border cells, place cells, and head direction cells.
The treatment restored healthy functioning in diverse groups of immune cells, including T cells, B cells and NK cells.
These cells are adult cells, such as blood or skin cells, that are reprogrammed to act like stem cells.
Muscle cells grow more muscle cells, fat cells grow more fat cells; both are in meat as we know it.
Stem cells are cells that can mature into other types of cells.
As development proceeds, these embryonic (and later fetal) stem cells become more specialized, differentiating into the precursors of various cell lineages, which in turn give rise to more mature cells: blood cells, nerve cells, muscle cells, intestinal cells.
This cell tool focuses on human stem cells, or cells that haven't yet turned into, say, muscle cells or heart cells.
Stem cells are immature cells that can transform into other kinds of cells.
Depending on where the cells are in the body, they adapt, becoming specialized as blood cells, muscle cells or brain cells, for example.
Cancer cells and HIV-infected cells are exceedingly difficult to distinguish from normal cells.
Adult cells, such as skin cells, can be reprogrammed to behave like embryonic stem cells and are then known as induced pluripotent stem cells.
Induced pluripotent stem cells are adult cells, such as skin or blood cells, that have been genetically reprogrammed to be like embryonic stem cells.
Our bodies have two kinds of fat cells: brown fat cells and white fat cells.
Lab-grown meat starts with cells — you can use stem cells, muscle cells, fat cells, myo- or fibroblasts — that you submerge in a growth medium.
The transplanted cells had been derived from autologous induced pluripotent stem cells, which are reprogrammed cells.
Many of the infected cells were killed, and damaged cells could no longer produce new cells.
Viruses that infect humans tend to grow better in human cells than in animal cells and fetal cells divide many more times than other cells do.
To the researcher's surprise, they found cells in the lungs that are nearly the same as taste bud cells, called tuft cells, or solitary chemosensory cells.
Dendritic cells detect an infection or cancer cells and alert the T-cells to attack en masse.
But if you look at those cells, where they were showing all these cells, they looked like jail cells or cyclone fence — but they look like jail cells.
His team are specifically targeting CD8 T-cells, known as killer cells, which have the ability to kill any cells that are infected, as well as cancer cells.
Put engineered DNA into most cells — skin cells, brain cells and so on — and it will create a one-time change in the individual who receives those cells.
The virus "preferentially" infected and killed glioblastoma stem cells compared to other glioblastoma cells and other brain cells.
These cells were immersed in a complex chemical bath that coaxed the cells into becoming immature egg cells.
And the cells included cancer cells, immune cells, and yes, a type of cell found in the eye.
Although she got better, the virus took root in her fetus' bone cells, nerve cells and skin cells.
And, skin or blood cells can be re-programmed back into stem cells called induced pluripotent stem cells.
I mean, in all your cells: your skin cells, the cells of your liver, your pancreas, your eyes.
"They made cells for closets, cells for babies, cells for storing pollen," she reported one morning last week.
Scientists must first take adult skin cells — other cells would work as well or better, but skin cells are the easiest to get — and reprogram them to become embryonic stem cells capable of growing into different kinds of cells.
Basically, the breast is made of three types of cells: fat cells, epithelial cells that make the milk glands, and stromal cells that make up the fibrous connective tissue.
The skin cells in her saliva, the bladder cells in her urine and her blood cells each originated from a different layer of cells in two-week-old embryos.
The retina is a complex layering of ganglion cells, bipolar cells, amacrine cells, and the horizontal cells that wire the rods and cones together; clusters of cells make "receptive fields" that feed information to neurons up the line, toward the brain.
Embryonic stem cells were used to generate the human insulin-producing cells, which were virtually identical to normal cells.
Scientists might edit "somatic" cells (nonreproductive cell types like skin or liver cells) or "germline" cells (eggs or sperm).
Residual stem cells that don't turn into heart cells can cause tumors, according to previous research by Xu. More mature cells stand a better chance of becoming pure heart cells.
Stem cells are special cells found in the human body that are capable of dividing into and morphing into any number of specialized cells, like brain, blood or muscle cells.
First, his team took skin cells from the boy, including some stem cells, the immature cells that have the ability to develop into many different types of cells and keep growing.
The other was the creation of embryonic stem cells (ES cells) capable of being turned into other types of cells.
Allison and Honjo studied proteins that prevent the body's primary immune cells, known as T-cells, from attacking tumor cells.
B cells pump out antibodies to neutralize and tag invaders, and T cells identify and kill cells housing infectious viruses.
Her lab even turned those stem cells into nerve cells and beating heart cells in a petri dish, she says.
Others, the killer T cells, killed infected cells one-on-one—usually by chemically instructing those cells to commit suicide.
Stem cells, by definition, are undifferentiated cells that can be transformed into specialized cells to produce more of their kind.
CAR-T relies on engineered white blood cells — T cells — that seek out and destroy malignant cells in the body.
Within five days of implantation, the stem cells were able to grow into the various types of cells needed to make a functioning blood vessel, including endothelial cells and smooth muscle cells.
Similar to adult cells: They found there were immunologically active cells, called dendritic cells, which showed the capacity to both sense pathogens and stimulate T cells in the second trimester of gestation.
It is thought that, under the right conditions, fat cells chat with muscle cells, and muscle cells whisper to brain cells and everybody seems to want to be buddies with the liver.
Transcription factors have allowed researchers to program both progenitor cells to become certain specific types of functional cells—and also to do the opposite, programming functional cells to behave as undifferentiated cells.
The other was the creation of embryonic stem cells (ES cells) capable of being turned into all sorts of other cells.
There are two forms of fat cells, brown cells and white cells, and each plays a different role in our metabolism.
They harvested stem cells from frog embryos and differentiated them into heart cells, which naturally contract, and skin cells, which don't.
Then, you want to take those cells and train the cells to be grown into the type of cells you want, which in this case would be muscle and fat cells for meat.
Brain cells metabolized oxygen and glucose much like living cells.
Do the cells in the game represent actual biological cells?
Muscle cells, like brain and heart cells, are unusual in that they divide only rarely compared with most cells in the body.
New bone marrow cells, from a healthy donor, supply good ALD genes to cells in the recipient that eventually become glial cells.
In the mouse, one week after fertilization, the heart starts off as a flat field of heart progenitor cells—immature cells that came from stem cells and which are gradually becoming real heart cells.
Study co-author Ewelina Mamcarz said in a press conference that they were thrilled to see the development of all 3 main types of immune cells: T-cells, B-cells and natural killer cells.
The cutting-edge therapy involves removing T-cells from a patient's immune system, engineering those cells in a lab to target specific cancer cells and then infusing the engineered cells back into the patient.
Background: PD-1 is a checkpoint protein on T cells (one of the body's immune cells) that normally acts as a type of "off switch" that stops the T cells from attacking other cells.
First, the researchers proved that PERVs can be transmitted from pig to human cells and transmitted among human cells, even in conditions in which the fresh human cells have no prior exposure to pig cells.
Both induced pluripotent stem cells and embryonic stem cells can be used to make other kinds of cells of the body, explained Bharti.
We are teaching the T cells, the lymphocytes, multiple cells to be more proactive in cleaning up the cancer cells in the brain.
This can be accomplished by using embryonic stem cells, which are "master cells" capable of being differentiated into other cells with diverse genes.
"Tumors from running mice showed markedly increased infiltration of NK cells, as well as CD3 T cells and dendritic cells," the group reports.
But those "differentiated" cells could not change back into stem cells.
The T-cells were also engineered to attack cancer cells directly.
Cone cells detect color, while rod cells detect light and dark.
HeLa cells are the best-known cultured cells of human origin.
Stem cells are the source from which more specialised cells develop.
First, he grew it in monkey cells, then in mosquito cells.
Cancer cells can sometimes lock onto checkpoints, disabling the T-cells.
Blood is blood and DNA is DNA and cells are cells.
Cells in culture don't look much like cells in wild animals.
In other words, they should make sure the breast cancer cells they think they're working on are indeed breast cancer cells and that those breast cancer cells haven't been mixed up with lymphoma cells, for example.
That's because the cells are very rare, and hence extremely difficult to separate out from the billions of other kinds of cells floating around in the bloodstream: red blood cells, white blood cells, and platelets, primarily.
The fluid contained red blood cells for carrying oxygen, glucose for powering the cells, a mix of chemicals that protect cells from damage and nerve blockers to stop the brain cells sending signals on their own.
The cells in question, though derived originally from kidney cells, behave quite like nerve cells, making them suitable for an experiment involving neurotransmitter regulation.
A few immune cells also flowed into the bone marrow, where they were thought to spark specialized stem cells into creating additional immune cells.
His research showed that cells need to receive instructions from other cells to eat, just as they require instructions from other cells to divide.
Those six months would involve making the induced pluripotent stem cells, using CRISPR to edit the cells and then analyzing the differentiated heart cells.
When researchers grew pig cells next to human embryonic kidney cells in the laboratory, these viruses — known as retroviruses — spread to the human cells.
In the GIF above, the teal squares at top are passive cells, while the alternating green and red cells at bottom are active cells.
"When a certain number of your cells die, other cells turn on a survival mechanism, and they turn into stem cells," he told me.
Inhibiting monocytes and regulatory T-cells: Tumors attract monocytes — non-specific cells that are important for healing wounds — as well as a type of T-cell called regulatory T cells that actually turn off other T-cells.
Right-click on the highlighted cells and from the menu, click "Insert cells" and then "Shift right" or "Shift down" to move the highlighted cells in the selected direction and insert the new cells in their place. 
The receptor gives the T cells the ability to attack cancer cells.
The first type were cells that make up organs, called epithelial cells.
The drug works by targeting leukemia cells specifically, leaving healthy cells unscathed.
Second, these stressed-out cells pollute the body, damaging healthy cells nearby.
This modification of the cells causes them to attack the cancer cells.
Rather than treating files like cells, it treats individual computers like cells.
The problem is many cancer cells also look normal to T cells.
They have to reprogram the frozen skin cells into pluripotent stem cells.
Tumor cells are riddled with genetic mutations not found in healthy cells.
When a virus enters the body, "first responder" cells alert neighboring cells.
When a virus enters the body, "first responder" cells alert neighboring cells.
Once infected, the human cells were able to infect other human cells.
There's the multi-crystalline cells - and then there's the mono-crystalline cells.
Cancer researchers added stains to tumor cells to highlight the cells' chromosomes.
Neurons are created by progenitor cells, also called precursor or stem cells.
By injecting glutamine into the cells, Endari makes the cells less 'sticky.
Bone marrow stem cells are the factories that produce new T-cells.
Aging cells equal an aging body, with cells no longer functioning normally.
When thawed, the cells can be used to grow new rhino cells.
They found that the cells suffered fewer DNA breaks than control cells.
The treatment, still in the works by private biotech company Samumed, targets certain proteins that scientists think play a critical role in the development and renewal of stem cells, the type of cells that give rise to other types of specialized cells, from eye cells to skin and hair cells.
And those cells are capable of differentiating themselves into neural cells or liver cells or cardiac cells, and those are very disease relevant because they represent human biology; you can take those cells now from patients and from healthy people and see if there are differences in how they appear.
The stem cells most studied for their potential are known as autologous adult stem cells, which are stem cells taken from a person's own body.
Both types were grown from human stem cells, because stem cells have the ability to develop into many different types of cells and keep growing.
Theoretically, this can be done by turning frozen rhino cells into cells that can transform into any cell of the body, called pluripotent stem cells.
We expect it to be a combination of cells produced at our Gigafactory in Nevada, cells produced in Japan and cells produced locally in China.
Conventional chemotherapeutic agents are cytotoxic to cells that are fast-reproducing, which includes cancer cells by definition, but also lots of healthy cells as well.
Still, some research indicates that heart stem cells and certain bone marrow cells may help form new blood vessels and heart cells, Dr. Buxton said.
Finally, as the fertilized egg grows and develops, a symphony of genetic reshuffling occurs, as cells specialize into brain cells, skin cells, and the rest.
Dr Mitalipov has compared his nuclear-transfer ES cells to IPS cells and ES cells taken from embryos created by IVF; the sort of cells which provide the gold standard in such matters, according to Dr Lovell-Badge.
The ideal method would be tricking regular old adult cells into becoming induced pluripotent stem cells (iPSCs)—cells that can essentially become anything—which would be sufficient to provide a base for growing new cells useful for therapy.
The Cambridge team got around this issue by taking embryonic stem cells (cells found in embryos that can mature into any type of body tissue) and growing them alongside trophoblast stem cells (the cells that produce the placenta).
We perform tests on adult retinal cells generated from these stem cells to assure that they function as normal retinal cells, and those cells are transplanted into mice or rats for a year to assure they are safe.
Dr Garry, too, is then able to persuade human stem cells to grow into organ cells—in his case heart cells—though at the moment they form only a small proportion of the cells in the resultant embryonic hearts.
Sertoli cells, which nourish developing sperm cells, are also responsible for keeping a blood-testes barrier in place to protect those new cells as they grow.
For instance, they can differentiate into more than one kind of cell like stem cells, but unlike stem cells, progenitor cells cannot divide and reproduce indefinitely.
The benefits of brown fat There are two forms of fat cells -- brown cells and white cells -- and each plays a different role in our metabolism.
"Brain cells require oxygen, carried by red blood cells, to survive, so when the heart or lungs are compromised, the cells may not survive," he said.
They created dopaminergic neurons from adult human cells that were reprogrammed to become capable of differentiating into a range of different cells, similar to stem cells.
So-called iPS cells are made by removing mature cells from an individual - often from the skin - and reprogramming them to behave like embryonic stem cells.
Kymriah and Yescarta require removing millions of each patient's T-cells — disease-fighting white blood cells — and genetically engineering them to seek and destroy cancer cells.
Women have more cells in the olfactory bulb: 16.2 million cells total in the average woman, compared with 9.2 million total cells in the average man.
Frequency's focus is on developing small molecule drugs that activate dormant progenitor cells, types of stem cells, to repair damaged cochlear hair cells and restore hearing.
Those cells seemed to be the most likely to transform into cancer cells.
If they mixed rhinoviruses with mouse blood, immune cells aggressively attacked infected cells.
Rather, they're collections of stem cells that develop into the specific organ cells.
Greenfield had U.S. Stem Cell isolate stem cells from his body's fat cells.
These cells are then genetically engineered to recognize cancer cells and infused back.
Unlike most healthy cells, cancer cells are usually covered with folate-receptor molecules.
You are made of cells, and those cells have 23 pairs of chromosomes.
Your sperm or your egg cells, called haploid cells, only have 23 chromosomes.
For the first time, scientists have made human stem cells with haploid cells.
BenevolentBio tested the five compounds on cells cloned from ALS patients' own cells.
B cells and T cells are both part of the adaptive immune system.
Eventually, 97 percent of the original skin cells began beating as heart cells.
Zika causes microcephaly because it attacks the stem cells that become brain cells.
"These sleeper cells can easily join up with other radical cells," he said.
Trials with modified white blood cells, called T cells, have been run before.
Cancer cells rely on these fuels in a way that healthy cells don't.
"Together, cancer cells and host cells form an ecosystem," Pienta reminded the audience.
These cells are then genetically engineered to recognise cancer cells and infused back.
Too much potassium interferes with the electrical activity of cells, including heart cells.
But cancer cells are mutated versions of the body's own cells, not outsiders.
Human cells and microbial cells are incredibly interdependent, because we have evolved together.
These stem cells, when exposed to the right molecules, matured into hair cells.
Smaller fat cells actually release more of the hormone than larger fat cells.
Doctors should be able to experiment freely with stem cells and embryo cells.
Simply, ferumoxytol prompts immune cells called macrophages to attack and destroy tumor cells.
Two billion years ago, simple cells gave rise to far more complex cells.
So the mother's stem cells can produce healthy blood cells for the child.
The vaccine fuses a person's own leukemia cells with immune cells called dendrites that are known to stimulate a strong immune response, boosting the number of leukemia-specific T-cells in the body that fight and kill the tumor cells.
The cells in the bone marrow then grow in an instrument called a bioreactor for two weeks, producing a "soup" of cells containing certain types of stem cells and immune cells that can help remodel tissue and reduce inflammation, Patel said.
They took immune system cells from the patients' blood and used the CRISPR-Cas9 system to delete genes from the cells that might hamper the immune system's ability to fight cancer, and engineered the cells to recognize and attack cancer cells.
Different from adult cells: However, when exposed to adult cells as the antigen, the fetal dendritic cells did not respond with an immune response as adult cells would (think of the immune problems with kidney transplants) but dampened the immune response.
However, what's left is at a low enough level, according to the data, that it helps particular T cells called CAR T cells better attack cancer cells.
As abnormal versions of these cells begin to grow, they dominate the bone marrow and blood, leaving less room for healthy white cells, red cells or platelets.
Researchers from Nanjing Medical University created functional primordial germ cellscells that get passed down to the next generation—from the embryonic stem cells (ESCs) of mice.
The therapy adjusts the patient's own T cells—white blood cells that act like bouncers on behalf the body's immune system to detect and attack cancer cells.
What's different: In the past, researchers lifted stem cells from aborted fetuses, and the samples they took contained dopamine-producing cells among several other types of cells.
Unlike bacteria, viruses on which vaccines are based cannot grow outside cells; they tend to grow better in human cells, and fetal cells are best, he noted.
The therapy is part of a new class known as chimeric antigen receptor T-cells (CAR-T) designed to reprogram immune system cells to attack cancer cells.
This metric, which counts T-cells and serves as a general indicator of immune health, ranges in healthy individuals from 500 cells/mm3 to 503 cells/mm3.
Blood is constantly being renewed by stem cells in our bone marrow: red cells turn over every few months, platelets and most white cells every few days.
Dr. Yamanaka shared the 2012 Nobel Prize in Physiology or Medicine for reprogramming mature cells into what are now called induced pluripotent stem cells, or iPS cells.
In some cases – as with cancer cells – fried cells may be a good thing.
Each pod has 12 bricks of cells, and each brick has 85 battery cells.
Pluripotent stem cells are, in turn, the ancestors of these tissue-forming stem cells.
Mesenchymal stem cells are cells that can potentially turn into bone, cartilage, and fat.
Cancer cells are just doing what normal cells do—trying to heal and migrate.
Some of the innate immune cells are small, blobby smart patrollers called dendritic cells.
A spinach leaf, stripped of its plant cells and infused with human heart cells.
Within the human body, there are more bacterial cells than there are human cells.
Amyloid forms plaques outside of brain cells, while tau forms tangles within the cells.
These cells were then transformed into skin cells by recreating the skin's chemical environment.
She says the cells were harvested from cells taken from Sam's mouth and stomach.
Those T-cells already infected would die, and the engineered cells would replace them.
That let him investigate whether any heart cells were derived from these stem cells.
Bone marrow was known to have stem cells that can grow into blood cells.
Could there be any remedy that removes these old cells while leaving young cells?
Some fossils were spheres containing a pair of cells, or four cells, or more.
Scientists believe that every person contains as many independent microbial cells as human cells.
That makes those cells comparable with ones made from silicon, as most of the cells in solar panels are—albeit that such silicon cells are commercial, not experimental.
Until just a few years ago, altering individual genes in everything from plant cells to mouse cells to human cells was a crude, laborious, and often futile process.
But B and T cells would turn out to be distinct types of immune cells, which see and attack foreign or non-self cells in very distinct ways.
When Zika was introduced into a plate of stem cells, the virus altered how the cells' genes were expressed, reprogramming the cells to become mini Zika-producing factories.
These germ cells then divide to form stem cells that can produce more of themselves, and more of the cells that, through a series of divisions, make sperm.
These proteins are not found on healthy cells and they look foreign to the immune system, prompting specialist T-cells to step up their attack on cancer cells.
For example, progenitor cells (similar to stem cells) develop into differentiated cell types with specific functions thanks to transcription factors, proteins that help regulate gene expression in cells.
A better approach, many contend, is to instead edit the cells that make T cells (and all the other blood and immune cells) deep inside a person's bones.
The cells then began to work on their own -- skin cells bonded to form structure, while pulsing heart muscle cells allowed the robot to move on its own.
That stimulates the immune system to send out a legion of defenders: B cells that produce antibodies to bind to and neutralize pathogens, and T cells which eliminate the infected human cells and recruit other immune cells to fight off the infection.
The strategy is promising because researchers have already generated iPS cells (though not egg and sperm cells yet) from northern white rhino skin cells, and because the San Diego Zoo has a genetically diverse collection of skin cells from 12 northern white rhinos.
The idea was to take stem cells made from skin cells and turn them into retinal cells which could be used to reverse macular degeneration, which leads to blindness.
T cells are a type of white blood cell that detects foreign or abnormal cells, including tumors, and kickstarts an immune response that targets the invading cells for attack.
In experiments with breast cancer, lung cancer, and colon cancer cells, the group found that their cytotoxic payloads were being ignored by healthy cells and accepted into cancer cells.
Specifically, the researchers took the one study participant's blood cells, turned them into induced pluripotent stem cells, and then used CRISPR to edit those cells in a petri dish.
"We could take your blood cells or skin cells, treat them with a cocktail of genes or chemicals, and I could transform them into embryonic-like cells," explains Ingber.
Some of the white fat cells that they treated were mature, while others were baby cells, essentially stem cells that could grow into fat or other types of tissue.
The other involves the differences between the two types of cells that make up wool fibers: orthocortical cells, which tend to be longer, and paracortical cells, which are shorter.
For example, researchers are using it to target cancer cells by taking a patient's immune cells, modifying them using CRISPR and then infusing the patient with the modified cells.
Zika has already been shown to attack fetal brain cells known as neural progenitor cells - a type of stem cell that gives rise to various kinds of brain cells.
WUSCHEL tells stem cells to stop differentiating into other types of cells, which is akin to tell them to divide and proliferate (because differentiated cells can no longer divide).
The tumor cells that the magnetic wire picks up are known as circulating tumor cells.
The researchers examined whether cannabis disturbs the function of cells known as retinal ganglion cells.
The stem cells then turned into bone cells and healed the fracture after eight weeks.
They were soon seeing thousands of T-cells being generated, primed to attack infected cells.
Some of these cells transformed into "organoids," hollow spheres consisting of many thousands of cells.
This puts stress on the beta cells in the pancreas (the cells that produce insulin).
This suggested that the natural killer cells, not the T-cells, were the responsible agents.
" This allowed larger scale production before the cells were "differentiated into mature red blood cells.
The virus attacked neural progenitor cells much more aggressively than the neurons or stem cells.
In lab studies, stem cells also can quickly accumulate mutations like those in cancer cells.
These new treatments use a patient's own T-cells to seek and destroy cancer cells.
The only cells that gave off a red glow in their experiments were tuft cells.
Crucially, this interference occurs specifically in HIV-infected cells, while healthy cells are left alone.
Because mitochondria help produce energy within cells, their impairment can damage or kill brain cells.
At first, endogenous retroviruses coax cells to make more retroviruses that can infect other cells.
Cells that will become sperm separate from other cells in an embryo early in development.
Sperm cells are made and stored in testicles, whereas egg cells are stored in ovaries.
"Cheek skin cells are closest to the skin cells over the clitoris," Dr. Percec explained.
Stem cells are unspecialized cells that have the ability to develop into different cell types.
Red cells carrying sickle hemoglobin molecules survive only one-fifth as long as normal cells.
That's how the modified T-cell knows to attack the cancerous cells, not healthy cells.
The sugars on our cells and on bacterial cells label them as friend or foe.
But normal cells in the body also sometimes sport the same antigens as cancer cells.
In this latest study, the team brought the research a step further: first, they demonstrated that PERVs in pig cells can be transmitted to human cells in a petri dish, and that infected human cells can then transmit PERVs to other healthy human cells.
The then also looked for immune cells called T cells, and found about half of the donors had T cells that specifically targeted the S. aureus Cas9, meaning that if immune cells detected the presence of that CRISPR protein it would try to destroy it.
The drug, which had been developed for treating Alzheimer's but turned out to be unsuitable for that, suppresses the activity of a protein that prevents hair cells from being created by so-called supporting cellscells in the cochlea that function something like stem cells.
Small but significant They began by generating different types of human induced pluripotent stem cells -- when adult cells are turned back into stem cells -- and inserting them into pig embryos.
Key point: A supply of healthy ovarian cells is needed to seed the artificial organ — researchers are investigating whether stem cells can be coaxed into ovarian cells in the lab.
They injected little circles of DNA called plasmids into bacterial cells that the cells can replicate.
Panasonic produces battery cells for Tesla's electric vehicles, while Tesla makes battery packs using the cells.
"We are particularly interested in these ganglion cells because they behave as brain cells," said Laprevote.
The mammoth cells were implanted into mouse oocytes, which are ovarian cells involved in embryonic development.
Because tumour cells are bound more loosely than healthy cells, liposomes squeeze between them more easily.
Still, our cells are different — a neuron looks nothing like the cells that line your stomach.
They generate the cells of the nervous system, like neurons and glial cells, throughout our lives.
Stem cells are special cells kept in reserve as means to repair and regrow damaged tissue.
Microscopic images show the macrophage immune cells (the colorful splotches) proliferating and working in cancerous cells.
The spores then burst out of the cells and can infect other cells, or other frogs.
Henrietta Lacks died the same year those cells were harvested, but her cells have lived on.
The engineered skin cells and stem cells were then used to grow skin in the lab.
Unfortunately, the stem cells tend to become exhausted when they've produced around 50,000 red blood cells.
To make cells responsive to light, the team basically added eye features to non-eye cells.
Cord blood stem cells, in particular, can grow to replace diseased bone marrow with healthy cells.
We could reprogram the cone cells to sense UV light and then transplant the cells themselves.
"Bus stops are powered with solar cells, you could power this with solar cells," he said.
It is important to note that descendent cells are not the cells of the aborted child.
The second has cells growing directly on electrodes, which measure electrically what cells are up to.
White blood cells are removed from the body and altered to target cancer cells when returned.
Studies suggest they hijack white blood cells, transforming them into soothing cells that prevent inflammatory disease.
Multiple myeloma is a cancer of plasma cells, the white blood cells responsible for producing antibodies.
That blunted the healing process: Fewer stem cells were activated, so fewer new muscle cells appeared.
These cells were stimulated to grow into brain cells and were then cultivated for eight weeks.
They gently coaxed the top layers of cells, known as epithelial cells, from the underlying tissue.
As if by magic, he reported, the stem cells turned into heart cells and repaired damage.
But when white blood cells swarm in to attack the cancer cells, they bounce back, rebuffed.
"We find cells in places where we thought there wouldn't be any cells," said Dr. Daniel.
The transplanted immune cells, now resistant to H.I.V., seem to have fully replaced his vulnerable cells.
His cellblock seemed to him like an enormous warehouse, with inmates in cells stacked upon cells.
SMALL CELLS MEAN YOU NEED LOTS OF WIRED LINE CONNECTIVITY TO MAKE THE SMALL CELLS WORK.
The trouble is, T-cells don't recognize cancerous cells as an adversary, leaving the body vulnerable.
The tumor grows by turning normal brain cells into stem cells, which continuously replicate and regrow.
They took skin cells from a 70-year-old patient and derived iPS cells from them.
Not just any cells, though—scientists use my white blood cells to make what are called induced pluripotent stem cells, meaning that they can grow into any cell in the body.
The hypothesis from rodent studies is that the fetal cells might jump in and replace mom's tissue, acting as a source of stem cells to replace mom's old or diseased cells.
Two other types of cells, the extra-embryonic trophoblast stem cells and the endoderm stem cells, begin to form patterns that will eventually become a placenta and a yolk sac, respectively.
A team of scientists at Indiana University might be getting closer to that future, using pluripotent stem cells, cells from the body that can be turned back into blank slate cells.
These blood cells can help clear debris and dying cells from the injury site, signal the rebuilding process to replace lost cells, and ward off foreign invaders like bacteria or viruses.
The hypothesis, widely held at the time, was that the body had stem cells — immature primitive cells — that in the right environment could turn into any other cells in the body.
Dr. Yamanaka's method is now routinely used to change adult tissue cells into cells very similar to the embryonic stem cells produced in the first few divisions of a fertilized egg.
One unit of cord blood yields enough cells to treat five patients, she said, and in two weeks the natural killer cells can be expanded 500-fold, to a billion cells.
Nerve cells are kept alive by and connected to other cells called glia; outside of the central nervous system, one of the two major types of glia are called Schwann cells.

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