Sentence examples for specimens and brain from inspiring English sources
We subsequently tested cerebrospinal fluid specimens and brain biopsies sent to our laboratory using T. whipplei PCR assays.
The present work shows baseline concordant changes between PBMCs, plasma specimens, and brain, thus validating our human peripheral blood sample study with AD patients, pointing to circulating RNAs as an accessible and noninvasive biological source to detect changes in brain.
In the latter group, for example, ncHi was often isolated from uncommon sterile sites, such as peritoneal and pericardial fluid, renal and spleen biopsy specimens, and brain abscesses, suggesting that such persons may have serious underlying medical conditions at the time of infection.
Analysis was conducted for 824 cerebrospinal fluid specimens and 16 brain biopsies.
In 2009, Li et al. analyzed for the first time miR-34a expression in human glioblastoma specimens and normal brain tissues by quantitative RT-PCR, and found that miR-34a expression is downregulated in glioblastoma specimen compaired with normal tissue in a p53-dependent manner.
From January 2001 to June 2009, 824 cerebrospinal fluid specimens and 16 brain biopsies from patients without a previous diagnosis of Whipple's disease were analysed using PCR for T. whipplei in our laboratory in Marseille, France, which is a reference centre for T. whipplei diagnosis in our country.
Interestingly, proportions of acetyl-p53 in the total p53 protein pool in all three specimens, plasma, PBMCs, and brain, are similar from 12 to 25 months of age, again suggesting that circulating blood acetyl/total p53 may be an additional systemic marker for age-related changes in brain.
Control tissue sections (meningioma biopsy specimens) and the surrounding brain area of malignant gliomas were devoid of immunoreactivity.
Primary tumor specimens and adjacent normal brain tissue were obtained from 156 patients diagnosed with astrocytoma who underwent resection in the First Affiliated Hospital of China Medical University between 2005 and 2008.
To explore miR-106a expression in gliomas, we examined 19 human glioma specimens and 3 normal brain tissues using Real time PCR.
Comparison of brain growth patterns in four cyprinid fish species showed that there is much greater structural similarity among brains of juveniles of different species than among brains of adult specimens and species differences in brain morphology apparently become increasingly pronounced by lifelong allometric growth [ 34].
