Mathematical methods are introduced to differentiate functions and structures.
This mathematical device employs the Chain Rule (see above) to differentiate functions whose forms render them difficult to handle using more basic rules.
One potential solution to this problem is to apply our method to a dataset consisting of more tissues, which may help better differentiate functions of genes, resulting in the classification of fewer conserved duplicates.
Thus, teleost-specific duplicated genes seem to be on a path to functional differentiation, namely, 3R occurred neither too recently nor too early to differentiate the function of paralogs.
Future studies will be needed to define the role of H3K36me2 in gene repression and differentiate its function from H3K36me3 in P. falciparum.
Thus, fetal liver cells can survive, proliferate, differentiate, and function in a three-dimensional perfusion culture system while maintaining a progenitor pool, reflecting an important advance in hepatic tissue engineering.
The generation of high-fidelity engineered tissue constructs is based on the targeted interactions of organ-specific cells and intelligent biomimetic scaffolds which emulate the natural environment of their native extracellular matrix, in which the cells develop, differentiate and function.
The easiest way to differentiate this function is to first fit the measured data series, s(t), with a truncated Fourier series and then find the second derivative of that.
In vivo, murine osteoclasts differentiate but function poorly whereas, in vitro, there is an early block of osteoclastogenesis as no multinucleated osteoclasts can be obtained.
Human neurons are generated from immortalised human fetal ventral mesencephalic neural stem cells (NSCs) which maintain a stable karyotype in culture, stable growth rates and readily differentiate into function neurons thus providing advantages over commonly used "cancer" cell lines [39].
