Your English writing platform
Discover LudwigExact(2)
Transient expression of PI3K p110αCalsoalso induced the underglycosylated 50 kDa NIS form (lane 1 vs. lane 5), and responsiveness to tRAH treatment with glycosylated NIS protein was decreased by approximately 45% (lane 2 vs. lane 6) even though the transfection efficiency was only 20 25%.
In contrast, only the underglycosylated 50 kDa NIS form was present in MCF-7 cells stably expressing activated PI3K p110αCAAX.
Similar(58)
With increasing reaction temperature (160 180 °C), the XRD evidence indicates that an increasing fraction of rhombohedral millerite-like β-NiS is formed as a secondary phase.
In short, caspases produce the fragments needed to form NIs but are not needed in the aggregation process of these fragments.
The Ni(OH 2 is slowly formed during the continuous CV cycling process, in which the electrochemically induced phase transformation from NiS to Ni(OH 2 phase takes place.
The Bayesian clustering of individuals (Fig. 5) might at first seem to contradict a common source of recolonization of all populations, given that ELW from RIN, NIS and GUD formed one cluster, whereas the two populations from the Limfjord, KIL and FLY, formed a separate cluster.
The IC50 of [19F]BF4 − as an inhibitor of [18F]BF4 − uptake was determined in vitro using HCT116-C19 human colon cancer cells expressing the human form of NIS (hNIS).
In particular, the strong Ni-dependence of enzymes that are involved in methanogenesis [ 301] suggests that this type of metabolism emerged within habitats that were particularly enriched in nickel, for example, in the form of NiS (millerite).
During the ramp-up, ultrathin Ni films were alloyed with Si to form nano-sized NiS x agglomerates.
Ni-nis are far from undecided.
One such thing is the presence of the ni-nis.
Write better and faster with AI suggestions while staying true to your unique style.
Since I tried Ludwig back in 2017, I have been constantly using it in both editing and translation. Ever since, I suggest it to my translators at ProSciEditing.

Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com