However, despite the significant research efforts toward the comprehension of the function of such a protein, the definition of its biological significance during cardiac development is still unknown.
It will help for the comprehension of the function of this enigmatic family of proteins.
For a better comprehension of the structure-function relationship in proteins it is necessary to identify the amino acids that are relevant for measurable protein functions.
Therefore, further investigation is necessary for a better comprehension of the C4bp function in CSF.
This powerful strategy has clearly enhanced the comprehension of the community function.
Hence, understanding the mechanisms that generate such diverse repertoire of protein architectures is essential to the comprehension of the biological function of the ePKs.
Yet, the neural mechanisms behind the comprehension of the communicative functions of linguistic utterances, the so-called speech acts (Searle 1969; Austin 1975), remain largely unknown.
It has previously been suggested that comprehension of the communicative function of an utterance, i.e. the so-called speech act, is supported by an ensemble of neural networks, comprising lexico-semantic, action and mirror neuron as well as theory of mind circuits, all activated in concert.
A better comprehension of the regulation and function of the miRNAs will be necessary to develop future miRNA-based new drugs.
