The phrase "specifically differentiated" is correct and can be used in written English.
It is typically used to describe something that has been distinguished or set apart in a specific manner. Example: The company's marketing campaign specifically differentiated their product from their competitors by highlighting its unique features and benefits.
The sensory epithelia of the inner ear are very specifically differentiated, enabling the olm to receive sound waves in the water, as well as vibrations from the ground.
Many urban Filipinos confuse it with the former national bird of the Philippines, the black-headed munia - also called a maya, but specifically differentiated in folk taxa as the "mayang pula" ("red maya").
Projection neurons of mammalian olfactory bulb (OB), mitral and tufted cells, have dendrites whose morphologies are specifically differentiated for efficient odor information processing.
The more complicated the species, the more functions and specifically differentiated tissues, the more complicated the wound healing process.
It is very likely that these beneficial actions are largely conducted by specifically differentiated monocyte-derived cells, because the adoptive transfer of macrophage subsets into (regressing) experimental fibrosis was shown to improve hepatic fibrosis in mice [ 54].
The PCR panel assay also specifically differentiated all MAs avium and MAs paratuberculosis strains from all but one (M. intracellulare, serovar 23) of the other mycobacterial strains tested.
The Cre-Lox system was proven effective for specifically tagging differentiated myofibers to study the process of trans-differentiation in the development and tail regeneration of Xenopus, a genus of aquatic frogs [24].
To further test the neuronal contribution to the glutamate glutamine cycle, we suppressed Glutaminase which is required to convert glutamine to glutamate and vGlut, which loads synaptic vesicles with glutamate specifically in differentiated neurons using nsyb-Gal4.
In the current study, we created a Cre/Lox-β-galactosidase system, which can specifically tag differentiated multinuclear myotubes and myotube-generated mononuclear cells based on the activation of the marker gene, β-galactosidase.
Therefore, it is reasonable to suggest the use of a method to specifically tag differentiated multinuclear myotubes and any mononuclear myocytes released from the multinuclear myotubes in order to confirm that the isolated cells are truly a credible source of differentiated cells for the aforementioned stem-cell induction studies.
Based on the cell-fusion characteristics of muscle cells, we have created a Cre/Lox-β-galactosidase (Cre-Lox) system [16] to specifically tag differentiated multinuclear myofibers, as well as mononuclear cells released from these tagged multinuclear myofibers via the in vivo dedifferentiation of the skeletal muscle after injury.
