The diminished ability for cells to grow is strongly associated with the aging process, with
the reduced cell population directly contributing to weakness, illness, and organ failure.
Not exact matches
Subsequent tests revealed that the treatment had
reduced the visible
cell population by a factor of 100 thousand, compared with an untreated
cell culture, within the space of just 20 days.
They demonstrated that non-obese diabetic (NOD) mice treated with a specific (AID / RAD51) pathway inhibitor had larger
populations of certain B
cells that were capable of suppressing diabetogenic T
cell responses, and greatly
reduced T1D development, compared with untreated controls.
The percentage of malignant T
cells was
reduced significantly in nine of ten tested participants, three of whom had complete eradication of the malignant
population, and one of whom had a 99.6 percent reduction.
This
population of
cells was also
reduced in the bone marrow of T1D patients.
With the absence of TRF2, stem
cell like characters in terms of CD44, CD24 and Oct4 were also downregulated which correlated well with
reduced spheroidal
population.
Upon transfer of aged donor CD4 T
cells to young hosts, there was significantly
reduced expansion and germinal center (GC) differentiation of the antigen - specific B
cell population after immunization.
While the plating efficiency of the V+S + fraction was
reduced and produced 4-fold less colonies than the V ā S + fraction, both fractions gave rise to identical colonies that contain equivalent
populations of V + and V ā
cells (Figure 7A, Table 1).
In addition to identifying a
cell population with enhanced reprogramming efficiency, we also identified an SSEA3 - negative
population with either significantly
reduced reprogramming efficiency or no reprogramming ability.
In Thy1 - PE labeling experiments, Ccr6 KO mice showed
reduced frequencies of labeled
cells, a result that was most significant for the VĪ³4 +
population (Figure 4G).
Once the fat
cell population of an area has been
reduced, it can't re-populate.
This means that half of the cancer
cell lines did not thrive in 20 mmol / L of ascorbic acid, while another half were more resistant and required a higher dose to effectively
reduce the
population by 50 % (EC50)[16].
«What we have to recognize... is that if cancer is a mitochondrial metabolic disease and you get cancer because of mitochondrial failure in certain
populations of
cells and certain tissues, if you prevent your mitochondria from entering into this dysfunctional state... [then] the probability of getting cancer is going to be significantly
reduced.
The Fab fragment of mAb 5.91, pre-incubated with canine IgE,
reduced the binding of canine IgE to the monocyte
cell population from 15 % to 5.6 %.
This demonstrated that the Fab fragment of mAb 5.91 was even more effective in
reducing the binding of IgE to the monocyte
cell population than the intact mAb 5.91.
Results showed that the whole mAb 5.91 molecule
reduced the amount of binding of canine IgE to the monocyte
cell population from 15 % to 7.7 %.