Sentence examples for later differentiated from inspiring English sources

Subsequently duplicated during eukaryotic evolution, a centrosome remained attached to the plasma membrane while a microtubule nucleation centre attached to proto-endomembranes that later differentiated into the NE [ 35].

Protoplasts derived from calli of Bupleurum scorzonerifolium and S. mussotii were fused to produce 194 putative hybrid cell lines, of which three (all derived from fusions where the S. mussotii protoplasts were pre-treated for 30 s with UV light) later differentiated into green plants.

Three weeks later, differentiated osteoblasts were stained with alkaline phosphatase (Sigma), differentiated adipocytes were stained with oil red O (Sigma), and differentiated chondrocytes were identified with toluidine blue stain (Ameresco, Solon, OH, USA).

Also, constitutive exon intron boundaries in H may be pre-marked by an alternative splice site signature for use in later differentiated cell types such as IMR90.

Interestingly, haplogroups M4, M18, M30, M37 and M38 shared a common coding region mutation (12007) from the root of haplogroup M (superhaplogroup M4'30) and later differentiated by coding and control region mutations (Fig. 1 and also see Additional file 1).

In the early embryonic forebrain, Emx2 is expressed widely in the pallium, which develops into the cerebral cortex, while the expression of Emx1 is observed in the dorsal, medial and lateral pallium, but not the ventral pallium which later differentiates to form a part of the claustroamygdaloid complex in mammals [ 4].

The dorsal mesoderm, which later differentiates into notochord, prechordal mesoderm, and somites, causes the overlying ectoderm to differentiate as neural plate.

In early development, the embryo develops along 'indifferent' lines as a sort of unisex model that later differentiates into a male or female phenotype.

At the early stage of pancreatic development, the pancreatic epithelium is made up of progenitor cells that later differentiate into endocrine, acinar and ductal cells.

The structural initials surrounding the CCs undergo anticlinal divisions to regenerate initials and produce daughter cells that will later differentiate into xylem and phloem (Fig. 9).

In multipolar neurons, a second phase of polarization occurs when a single neurite initiates a phase of rapid growth to become the neuron's axon, while the others later differentiate as dendrites.