Examples of using T-cells in English and their translations into Chinese
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If a person has low-affinity T-cells for a specific virus, the body won't mount an effective fight against the virus.
T-cells in the immune system need a special activation to fight invaders, whereas the Natural Killers do not.
With weakened or depleted T-cells, humans can be left virtually defenseless against potentially fatal assaults.
Some of these tumor-specific activated T-cells then leave the original tumor to find and destroy identical cancers throughout the body.
Even though supercharged T-cells can kill cancerous T-cells, they also can kill each other because they resemble one another so closely.
These drugs reinvigorate exhausted T-cells so they can move in to action- against cancer cells and in the same way, against HIV-infected cells.
The tissue-resident memory T-cells have been used to fight cancer in the past but researchers did not know how they worked- until now.
High-affinity T-cells, on the other hand, can launch strong fights against diseases and illnesses such as cancer and diabetes.
The newly minted CAR T-cells grow in a lab until they number in the hundreds of millions, and are then infused into the patient.
Using T-cells donated from other patients, researchers were able to reduce or eliminate the cancer cells in 63% of patients.
The problem is that diverse T-cells are not recruited to the battlefield in older mice- unless they are infected with CMV.
But in the process the T-cells also learn to recognise the cells that make insulin, and to destroy them.
Also, naïve T-cells are rare in the tumor microenvironment- the traditional battlefield between cancer and immune cells.
When enough T-cells have been destroyed to severely compromise the body's ability to fight infection and disease, a person's diagnosis progresses to AIDS.
Immunotherapy research has largely centered on T-cells, a type of immune cell that learns to recognize specific proteins and launch an attack.
You can rev up your T-cells, but they just can't get at the tumour cells.”.
The study found that when HDAC11 was removed the T-cells, they were more primed to attack the tumor.
Specifically, their research suggests that elevated body temperature changes the T-cells' membranes which may help mediate the effects of micro-environmental temperature on cell function.
Dr. Levine's lab injected the T-cells with a virus that included the CAR gene.
The medical team set the T-cells aside to freeze while the rest of the blood circulates back into the patient in a closed loop.