Sentence examples for serum gene from inspiring English sources

Geoffrey Ginsburg (Duke University, USA) presented results of host serum gene expression profiling for the early diagnosis of infection.

There have been several studies using whole-genome microarray profiling to detect differences in serum gene expression in different types of solid tumours [ 39– 42] as well as haematopoietic malignancies [ 43– 43].

Amongst these transcripts, the orosomucoid genes Orm1/2, serum amyloid genes Saa1/2/3, and the S100a8/9 genes exhibited continued expression compared to saline, suggesting ongoing anti-bacterial surveillance.

In the serum induced gene profiles, the c-MYC gene itself is induced at 2 4 hr, similar to the response described in numerous studies.

This is not unique, because IMT5155 harbours a number of known virulence genes like iron acquisition genes (chuA, fyuA, ireA, sitD), serum resistance genes and protectins (iss, ompA, traT, neuC) and invasion related genes (gimB, ibeA) which play a role in the initiation and prolongation of disease and which may on the whole contribute to systemic infection in chickens [4].

We utilized a publicly available serum stimulation gene expression dataset of normal human fibroblasts, and a list of genes determined to represent the "Core Serum Response" (CSR) [20].

Further studies revealed that this effective and serum resistant gene transfection was partly due to the accelerated and enhanced intracellular uptake process driven by external magnetic field.

This is of particular relevance because MYC is an immediate early serum response gene, i.e. induced by serum stimulation even in the absence of protein synthesis.

We were surprised to find that only a fraction of the Core MYC signature (10%) falls within the core serum response gene set, which was also derived from primary human fibroblasts [20].

Phage Region 1 of O157 K88 734/3 was most similar to a lambda phage and encoded the increased serum survival gene bor.

We have analysed the ectopic expression of the human serum albumin gene in primary horse cells from different tissues.