Brain analysis revealed protein plaques and tangles, but whether the animals develop dementia is unclear
Not exact matches
Analyses of
brain activity also
revealed that we are more likely to use this type of shallow processing under conditions of higher cognitive load - that is, when the task we are faced with is more difficult or when we are dealing with more than one task at a time.
Analysis of their
brains revealed inflammation and decreased numbers of dendrites, which transmit signals between nerves.
The team's
analyses, which covered 90 species,
revealed that
brain size was best predicted by a score based on various social behaviors such as cooperation with other species, group hunting and complex vocalizations.
The
analysis revealed that people with schizophrenia showed markedly less
brain activity during detection of the tonal changes as compared to the control group, a difference that became more apparent as symptoms worsened.
A close
analysis of the
brain scans
revealed vastly different neural circuitry behind problems that seem similar on the surface.
Their
analysis revealed that patients with suicidality had significantly increased interleukin (IL)-1 β and IL - 6 levels in blood and postmortem
brain.
Analysis of the relationship between
brain activity and Stroop reaction time
revealed that those men that favored the left side of the PFC while performing the Stroop test had faster reaction times.
Subsequent
analyses of the
brains of these animals
revealed that the drug reduced the plaques and tangles in the hippocampus, which is known to play a key role in learning the water maze, but not in the amygdala, which figures importantly in the dark chamber test.
A postmortem
analysis of human
brain tissue, for example, conducted by Witelson and her colleagues at the Michael G. DeGroote School of Medicine at McMaster,
revealed that women's neurons were 11 percent denser than men's in the prefrontal cortex and in a region of the temporal cortex that is involved with language processing, comprehension, and memory.
But careful
analysis of the volunteers» eye movements, combined with measurements of
brain activity using functional magnetic resonance imaging,
revealed that the hippocampus was often retrieving memories even if these recollections didn't make it to the level of consciousness.
A new
analysis of a well - preserved skeleton of a Neandertal child
reveals that the ancient human species may have had an extended period of
brain growth compared to modern humans.
RNA blot
analysis revealed a messenger RNA of four kilobases with highest amounts in
brain and spleen.
«Nature, meet nurture: Single - cell
analysis reveals diverse landscape of genetic changes in the
brain after a sensory experience.»
A new genetic
analysis reveals that our brawny cousins had a number of distinct genes involved in the buildup of certain types of fat in their
brains and other tissues — a trait shared by today's Europeans, but not Asians.
The
analysis revealed that the
brains of iron - deficient piglets did not fully recover.
Closer
analysis revealed that it was a small version of a cerebellum, which usually sits underneath the
brain's two hemispheres.
The
analysis revealed that while performing working memory tasks, the young patients with concussion had initial activation that was greater than normal, known as hyperactivation, compared to young controls in the right precuneus and right inferior parietal gyrus of the
brain, whereas the older patients had hypoactivation (less than normal) compared to older controls in the right precuneus and right inferior frontal gyrus.
Gene
analyses of the hippocampus and other
brain areas
revealed dysregulation in the genes linked to manifestation of damaging reactive oxygen species and neuronal function.
The results of our microRNA (miRNA) profile
analysis for these cells
revealed that CSCs that are highly metastatic to bone and
brain expressed significantly lower level of miR - 7 and that this miRNA was capable of modulating one of the essential genes for induced pluripotent stem cell, KLF4.
Our TaqMan PCR
analysis also
revealed that the expression of miR - 7 and KLF4 are significantly down and upregulated, respectively, in
brain metastatic lesions of patients with breast cancer and that their expressions are inversely correlated.
Our
analysis also
revealed that a surprising proportion of rare devastating mutations transmitted by parents occurs in genes expressed in the embryonic
brain.»
Interestingly, the results of our promoter
analysis for all these genes
revealed that 9 of 17 genes (COL13A1, CSF3, FSCN1, HG18, LTBP1, PELI1, PLOD2, SCNN1A, and TNFSF10) have perfectly matched consensus sequences of KLF4 binding site on the promoter regions, suggesting a potential possibility of controlling these genes by KLF4 although it is not clear whether these genes are cause or consequence of
brain metastasis at this point.
In addition, expression
analysis revealed that, like kakusei, Acks transcript expression levels transiently increase after seizure induced by awakening from anesthesia (Figure 1B and C), and the induced Acks expression can be broadly visualized in several
brain regions (Figure 2).
Statistical
analyses of the number of Acks signals detected in in situ hybridization experiments using sections corresponding to the middle
brain parts (n = 5, 5, and 4 for 0, 30, and 60 min, respectively)
revealed that there was a significant increase in the number of Acks signals at 30 and 60 min after the bee ball formation in both the Class I and the Class II KCs, and at 60 min after the bee ball formation in the
brain area between the DLs and the OLs, and in the OLs (Figure 4S).
This
analysis revealed the striking increase in collagen VI in the
brains of mice that model Alzheimer's disease.
Comparative
analysis of encephalization in mammals
reveals relaxed constraints on anthropoid primate and cetacean
brain scaling.
Organization and evolution of
brain lipidome
revealed by large - scale
analysis of human, chimpanzee, macaque, and mouse tissues.
A separate meta -
analysis including studies directing rTMS at other
brain regions
revealed a mean weighted effect size of 0.33 (95 % CI: 0.17 to 0.50) in favor of real TMS.
The expression of ifn - α, il - 1β and il - 12 (mouse) transcripts was examined in the
brains of the both groups of recipient mice; these
analyses revealed implantation of untreated
brain homogenates did not evoke increased or sustained neuroimmune responses compared to animals»
brains that received the heat - treated
brain homogenates (Figure 6B).
However, a more thorough
analysis of the data
revealed that the risk was being driven by women with signs of cerebrovascular disease — either a previous stroke or signs of white matter damage in their
brains.
The
analysis of 121 people found that those with lower vitamin B12 levels scored worse on cognitive tests, and had smaller
brain volumes as
revealed by MRI scans.
Bacteria - free mice exhibited higher levels of risk - taking, and neurochemical
analysis revealed higher levels of the stress hormone cortisol and altered levels of the
brain chemical BDNF, which has been implicated in human anxiety and depression.
Expression
analysis in a normal dog
revealed that one of the paralogs, SLC19A3.1, was expressed in the
brain and spinal cord while the other was not.
Consistent with our expectations, the results of our group - level
analyses revealed that attachment secure priming was associated with stronger activation in a large number of
brain regions.
When we compared the group effects of the secure priming and neutral priming conditions, the contrast (task > baseline)
revealed a significant activation in the whole
brain analysis.
Whole -
brain analyses also
revealed greater activity in the dACC in MDD compared with healthy youth to social exclusion, but only from 7 to 9 s after receiving rejection feedback.