Sentence examples for more specifically characterized from inspiring English sources

Qian et al. [ 38] indicated that the early diabetes was more specifically characterized by declined insulin secretion rather than impaired insulin sensitivity.

When emb-1 mutants were originally isolated in a genetic screen for ts, maternal effect lethal mutants, the emb-1 phenotype was described as having a one-cell arrest phenotype ("fertilized eggs... do not divide") (Schierenberg et al. 1980), a phenotype that we more specifically characterized as a metaphase I arrest (Golden et al. 2000).

Each main heading was further subdivided into 5 10 smaller categories to more specifically characterize the context of the stigma reported.

Therefore, to more specifically characterize the T3SS-independent entry of V, Y. pseudotuberculosis strain YpIII p(IB604), which contains a deletion in the yopB gene coding for a required component of the T3S apparatus [36], and CO92 pPst- pgm- in the presence of small molecule inhibitors (SMI) of T3S, were used for infection.

New PCR primers were developed as needed to more specifically characterize newly discovered mtDNA variants.

These hybridoma-produced idiotypes were used to more specifically characterize patient sera for immune reactivity to the plant-produced idiotypes used in vaccination.

105 Together, these studies indicate a connection between SGK3 and cell migration and polarity; however, further studies are required to more specifically characterize the role of SGK3 in these processes.

Our results are similar to previous studies that have reported accelerated decline of muscle quality in persons with diabetes compared with those without diabetes (2), but more specifically characterizes the role of hyperglycemia in this process.

The frail phenotype has more specifically been characterized by adverse changes to a patient's mobility, muscle mass, nutritional status, strength and endurance.

More specifically, we characterize the frequency-dependent loss of a range of coaxial and rectangular microwave waveguides down to (0.005 mbox{dB}/mbox{m}) using a resonant-cavity technique.

More specifically, they are characterized by short time windows of intense neuron firing followed by longer intervals of sporadic firing (Figure 2c).