Sentence examples for modification marker from inspiring English sources
This talk examines two 'same's in Chinese : the determiner-like tong (preceding Num-Cl) and the adjective xiangtong (taking the modification marker de).
dAbbreviations used in this paper are: LE = Mandarin Chinese (perfective particle) le, DE = Mandarin Chinese modification marker de, CL = classifier, PL = plural marker, FUT = future, EMP = emphatic marker.
In 19a, in its modification marker use, 的 de "DE" licenses the ellipsis of 方言 fangyan "dialect" in the second conjunct; but in 19b, in its nominalizer use, de does not license the ellipsis of 淪陷 lunxian "fall" in the second conjunct.
The abbreviations used in this paper include the following: ASP = aspect marker, CL = classifier, COP = copula, DIM = diminutive suffix, MOD = modification marker, NEG = negation, PASS = passive marker, PRG = progressive marker, PRT = particle, Q = question marker, RETORT = retort marker, and SUBJ = subjunctive mood.
H3K27ac has been identified as an active regulatory histone modification marker with a putative role in separating active enhancers from their poised counterparts [ 12].
Expression of the histone modification marker HDAC2 was significantly increased in SVs from the DES group compared with the vehicle group at week 5 but not at week 10.
There are two histone modification markers which represent an active transcription.
Identifying the mechanism of recognition and reading of different histone modification markers constitutes another challenge of chromatin signaling for gene regulation.
Using 10 histone modification markers in the HeLa cell, Won et al. developed a computational method to predict promoters and enhancers [26].
For instance, in AT1 cells and MEF26 cells both active and repressive histone modification markers were enriched whereas, repressive histone modifications were significantly diminished in AR1 cells that express a high level of Hoxa9.
As noticed in AT1 cells, both active (H3K4M2, H3K4M3 and H4K16Ace) and repressive (H3K4M1, H3K9M2 and H3K27M2) histone modification markers were differentially enriched at the 5' promoter region (amplicon 2) (Fig. 2A).
