Sentence examples for multiple lineages that from inspiring English sources

However, with a multi-marker genetic approach, we reveal multiple lineages that are reciprocally monophyletic on single and concatenated gene trees in phylogenetic analyses.

While most PA in cluster I are extremely similar to each other, commonly differing by only one substitution, cluster II PA are on average much more divergent, forming multiple lineages that are considerably different from each other.

It will be interesting to explore further how Foxa2 and Brachyury/T interact with each other and their downstream targets, both positively and negatively, to sort out the multiple lineages that are produced during gastrulation.

It was proposed that Hacrobia included multiple lineages that secondarily lost photosynthetic ability, although the existence of cryptic non-photosynthetic plastids in some hacrobian lineages, like those seen in some apicomplexans, cannot be ruled out.

Thus far Crenadactylus is the only vertebrate lineage showing strong evidence for a contrasting pattern; the persistence of multiple lineages that pre-date the estimated onset of severe aridification in refugia, both around and within the arid zone.

Such spheroids were enriched in progenitor cells capable of differentiating along multiples lineages (that is, luminal, myoepithelial, and alveolar).

Human metapneumovirus (HMPV) is a paramyxovirus with multiple genetic lineages that is a leading cause of acute respiratory disease.

Cardiac morphogenesis and maturation require the deployment of multiple cell lineages that are derived from the primary heart field, secondary heart field, and neural crest cells [4 6].

MSCs are able to differentiate into multiple cell lineages that resemble osteoblasts, chondrocytes, myoblasts, adipocytes, and fibroblasts and express some of the key markers typical of endothelial cells, neuron‐like cells, and cardiomyocytes.

Because of the regenerative nature of fracture healing, it is hypothesized that large numbers of post-natal stem cells are recruited and contribute to formation of the multiple cell lineages that contribute to this process.

Over the time course of fracture healing, multiple cellular lineages that give rise to cartilage, bone, vascular, and hematopoietic tissues that make up a skeletal organ, are all recruited and contribute to the regeneration of the injured skeletal organ [5] [9].