The phrase "accumulated target" is correct and usable in written English.
It can be used in contexts where you are referring to a goal or objective that has been built up or gathered over time.
Example: "The team has finally reached their accumulated target for sales this quarter, thanks to their hard work and dedication."
Alternatives: "cumulative goal" or "total objective".
Of interest, we did observe on-target methylation at the Foxb1 locus, which is unmethylated and not expressed in wild-type ES cells, while other sites such as the also unmethylated but highly expressed Id3 locus did not accumulate target methylation above background (Fig. 2c, d; Supplementary Fig. 3c).
Ideal PS should be accumulated in target tissues and rapidly eliminated to prevent secondary effects related to photosensitivity16.
The bioavailability calculation can be based on BLL estimates, or on a point estimate combining multiple IDMs, such as the widely used AUC for BLL, and the analysis of Pb accumulated in target tissues, such as bone, liver, and kidneys.
Water body contamination can be assessed by the quantity of selected elements accumulated in target organisms and their tissues.
Second, to successfully exclude matrix background and accumulate target ion populations in the allotted time, tighter isolation windows are indicated.
Consequently, RNAs do not accumulate in target tissues and cannot readily cross target cell membranes to access their cytoplasmic site of action.
A new formulation of Dac should prolong the drug half-life in the blood circulation, allowing enough drug to accumulate in target organ/tissue.
In contrast, migrants wishing to invest in their country of origin need to accumulate sufficient "target earnings" before returning (Djajic [2010]; Mesnard [2004]).
In PDT, the photosensitizing drugs should preferentially accumulate in target tissues and subsequently be activated by light with a matching wavelength to generate reactive singlet oxygen [32].
Wang et al demonstrated that intestinal microbiota may contribute to the protective activities of GSPE in neurodegenerative disorders, and in other diseases, by converting proanthocyanidin components from GSPE to phenolic acid metabolites capable of accumulating in target tissues, such as the brain, and of exerting disease-modifying activates (Wang et al., 2015).
