(B) ABL2 mRNA abundance in 61
normal samples compared with 532 invasive breast tumor samples in the TCGA database.
Not exact matches
The study's 31
samples of dog tumors was
compared to 40
normal canine tissues
samples as a way of estimating the variance in gene expression.
Lead author Christina von Roemeling, a graduate student at Mayo Clinic in Florida, used genomic profiling of nearly 100 kidney cancer patient
samples to identify genes that were either over-expressed or under - expressed as
compared to patient matched
normal kidney tissue
samples.
Thanks to our surgeons, we were able to obtain
samples along
normal - looking ducts close to the nipple and close to the tumour, as well as
samples on the opposite side of the same breast to study and
compare.»
They confirmed low levels of miR - 184 expression in human glioma tissue
samples and cultured cell lines as well as an increase in the expression of SND1
compared to
normal brain tissue.
Ward's lab team took skin tissue
samples from her well - established psoriasis transgenic mouse model, called the KC - Tie2 mouse, and
compared it to skin tissue
samples of
normal mice.
In collaboration with colleagues at Genentech, researchers analyzed 216 malignant pleural mesothelioma (MPM)
samples,
comparing DNA and RNA from
normal tissue to cancerous tissue.
An additional set of 18 prostate cancer tissue
samples was analyzed by qPCR and five lncRNAs were found to be significantly higher in prostate tumor tissues
compared with matched
normal tissues.
All six lncRNAs were found to be significantly up - regulated in the urine
samples from the prostate cancer patients
compared with
normal patient controls, while there were no differences between
normal and benign prostatic hyperplasia patient
samples.
Of 989
samples, he found five with holes and 17 with an extremely thin bone (less than 100 micrometers thick,
compared to about 1500 micrometers in
normal ears).
In this collaborative study, Wilkinson and Yanjun Lu, PhD, at the Tongji University in China, and their research teams
compared human lung IMT
samples and
normal lung tissue
samples from the same patients.
To this end, they
compared cancer tissue
samples with
normal tissue as well as with chronically inflamed pancreatic tissue.
Bottom Line: Bacterial load was significantly higher in pancreatic tumor
samples from patients with pancreatic ductal adenocarcinoma
compared with pancreatic tissue from
normal individuals, and in studies using mice, eliminating certain «bad» bacteria slowed the growth of pancreatic cancer, reversed immune suppression, and upregulated the immune checkpoint protein PD1.
For analysis of the
normal - tumor paired HCC
samples, the staining intensity was
compared directly between the tumor part and the
normal part.
Combining immunoaffinity - based partitioning, SCX fractionation and LC - MS / MS, we identified approximately 30,000 peptides for each pooled
sample corresponding to 2,783 nonredundant proteins in CFS patient
samples and 2,768 proteins in nPTLS patient
samples,
compared to the 2,630 proteins present in the CSF of healthy
normal control subjects.
Tissue
samples were analyzed from the kidneys of 15 individuals with high blood pressure and also 7 individuals with
normal blood pressure, and their miRNA and mRNA were
compared.
It is important to
compare the
normal values for the laboratory running the
samples to the
sample values in making determinations about rises in enzyme levels, because lipase and amylase tests vary somewhat between labs.
This study will focus on identifying cats that are
normal with respect to a variety of organ systems (i.e. heart, liver, nervous system, musculoskeletal system) by carrying out clinical evaluations by specialists in these respective areas, and then harvesting genetic
samples from these cats to establish a bank of
normal controls to which the genetics of cats with a variety of clinically important disease can be
compared.
In the first set of experiments, the Johns Hopkins scientists sequenced nearly all protein - encoding genes in 10 of the 68
samples of pancreatic neuroendocrine tumors and
compared these sequences with
normal DNA from each patient to identify tumor - specific changes or mutations.