Examples of using Ipscs in English and their translations into Italian
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Colloquial
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Official
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Medicine
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Financial
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Ecclesiastic
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Ecclesiastic
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Computer
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Programming
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Official/political
the major challenge in using iPSCs has been poor cell engraftment.
Yamanaka reported that one can create iPSCs even without c-Myc.
it is very much possible to model these diseases using iPSCs;
chronic granulomatous disorder and Wiskott-Aldrich syndrome have been treated by gene therapy using iPSCs.
least a dozen studies, indicating that iPSCs vary from ESCs regardless of their imparted pluripotency.
Over a period of a few weeks in culture, it has been found that there exists a strong analogy between newly developed iPSCs and ESCs.
These iPSCs are thus highly similar to embryonic stem cells(ESCs),
IPSCs generated from the patient's cells have been made to differentiate into photoreceptor rod cells
Some other studies, however, did find characteristics indicative of defective differentiation in iPSCs and that the HERV-Hs(40%) in the complete set of human genes may be temporarily activated during the reprogramming process.
is a disease that relates to a genetic deficiency in the muscle, and iPSCs have been used to correct the disease
effort that scientists are dedicating to evaluate complex disorders using iPSCs and must ensure that the information
which of these have been used for generating iPSCs, and how much these contribute to the phenotype, genotype, and epigenome of the iPSCs produced.
tissues by generating specific cells as appropriate to the case from iPSCs.
eliminates the ethical implications of hESCs, as iPSCs do not require an embryonic source for production.
and the like can all be evaluated by using iPSCs.
To confirm that the generated iPSCs are pluripotent, the evaluation of the expression of various pluripotency markers is done and assured whether the iPSCs can differentiate into the cells of the germ layers.
There are three main steps in generating iPSCs, namely(1) setting up and establishing an initial cell culture,(2) induction of iPSCs, and(3) characterization and expansion of iPSCs.
Since the breakthrough of"cell reprogramming," there have been many advanced techniques to generate iPSCs by finding a strong new method to"de-differentiate" cells whose developmental fates had been assumed to be determined.
IPSCs can be produced from adult somatic cells(e.g.,
introducing iPSCs, and(3) description of iPSCs
