Sentence examples for translocated back to from inspiring English sources
The phrase "translocated back to" is correct and usable in written English.
It can be used in contexts related to biology, ecology, or transportation, where something is moved from one location to another and then returned to its original location. Example: "The endangered species was translocated back to its natural habitat after the conservation efforts were completed."
It has been reported, perhaps for the first time, that the CuO nanoparticles were transported to the shoots and translocated back to the roots via phloem.
In Tat-treated cells the DAG probe remained recruited at the plasma membrane for up to 8 min and subsequently slowly translocated back to the cytoplasm (not shown).
As the vesicles are acidified, the IgGs and HSA bind FcRn, which allows them to be translocated back to the cell surface for recycling back into the circulation, while non-FcRn-bound proteins are targeted for lysosomal degradation.
Interestingly, WRN wild type translocated back to nucleoli, whereas the phosphorylation mutants persisted as nucleoplasmic foci, suggesting that Ser-440 and −467 contribute to the relocalization of WRN to nucleoli.
Many transferred genes acquired promoters from their eukaryotic hosts [ 1], and most proteins expressed by these functional transferred genes were eventually translocated back to their organelle, guided by targeting peptides [ 4, 5].
ATF-6a then translocates back to the nucleus where it works with cofactor NFY (nuclear factor Y) to induce transcription of ER-associated degradation proteins (HERP1, HERP2, ERO1), ER chaperone proteins (BiP), pro-apoptotic gene products (CHOP), and PERK inhibitor DNA-JC3 [7].
The PER and CRY proteins then heterodimerize, translocate back to the nucleus, and interact with the CLOCK BMAL1 complex to inhibit their own transcription.
The negative arm of this TTFL is comprised of the PER and CRY proteins that heterodimerize and interact with CLOCK BMAL1 after translocating back to the nucleus to inhibit their own transcription.
However, in L1s starved for two days or more, we found that DAF-16a::GFP translocates back to the cytoplasm and was distinctly excluded from the nucleus in over 70% of larvae.
Phosphatidylserine (PtdSer) is synthesized in the MAM (Hayashi et al, 2009); it then translocates to mitochondria, where it is converted to phosphatidylethanolamine (PtdEtn); PtdEtn then translocates back to the MAM, where it is methylated (by PEMT) (Vance, 2008) to generate phosphatidylcholine (PtdCho).
What happens to Nrf2 next remains to be determined in more detail; however, Nrf2 can either be degraded in the nucleus via the β-TrCP GSK3β axis or alternatively it may translocate back to the cytoplasm where it is swiftly degraded by Keap1 [ 12, 13].
