Understanding protein expression patterns and its respective posttranslational modifications in chalky grain is of fundamental importance for targeting rice quality under temperatures variability.
Understanding the cellular and molecular mechanisms leading to metastasis is of key importance for targeting metastatic cells since no efficient method to block metastasis exists [1], [2], [3], [4].
Understanding protein synthesis and regulation during grain development is of fundamental importance for targeting wheat quality by conventional breeding or genetic engineering to specific end-uses.
This is also true for the specific radioactivity (SA; activity per mass unit) which is of significant importance for radiotracers targeting saturable targets such as transporters or receptors.
Thus, quantitative assessment of such size effects is of practical importance for divertor target design.
Beyond, we discuss that the novel type of motifs may represent a fundamental new discovery with general importance for miRNA target identification and control, comparable to transcription factors for the transcription process.
Thus, the concentration of DNA-coils in the incubation volume is of crucial importance for the target quantification.
On the other hand, group exercise may enjoy popularity on the strength of social contacts, which generally are of very high importance for the target group.
Three components, including STMN1 (stathmin1), RAB5A (Ras-related protein 5A), and ATG4D, have been identified as targets of miR-101, among which the overexpression of STMN1 could partially rescue cells from miR-101-mediated inhibition of autophagy, indicating a functional importance for this target.
