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1 onditions by measuring their effect on local brain anatomy.
2 tly create a three-dimensional sketch of the brain anatomy.
3 tructure in a condition with presumed normal brain anatomy.
4 models investigating hormonal influences on brain anatomy.
5 issue volume (MTV), a fundamental measure of brain anatomy.
6 to investigate the effect of Mn exposure on brain anatomy.
7 gions for a variety of parameters describing brain anatomy.
8 y supplied novel insights into in vivo human brain anatomy.
9 Mecp2J), we previously documented changes in brain anatomy.
10 mal with respect to their gross behavior and brain anatomy.
11 ntrast perspectives of gross and microscopic brain anatomy.
12 though there are no obvious changes in gross brain anatomy, adult Kv3.1/Kv3.3-deficient mice display
13 regard, SNS addiction is similar in terms of brain anatomy alterations to other (substance, gambling
16 ts, and the relationship of these changes to brain anatomy and clinical and diagnostic outcome at 2 t
17 Untreated hypertension negatively affects brain anatomy and cognitive functions, but the effects o
24 Val66Met), is associated with alterations in brain anatomy and memory, but its relevance to clinical
25 Mice deficient in PKC beta showed normal brain anatomy and normal hippocampal synaptic transmissi
29 finding entails the effect of heterogeneous brain anatomy and vasculature of a primate brain, i.e.,
31 (PET) was used to investigate the functional brain anatomy associated with the short-term maintenance
32 odels for studying the relationships between brain anatomy, behavior, environmental signals, and gene
33 not only can expand understanding of rodent brain anatomy, but also enables automatic segmentation o
34 ty disorder (ASPD) may be linked to abnormal brain anatomy, but little is known about possible impair
35 tial evidence offering proof of concept that brain anatomy can be used to accurately distinguish adul
36 characterize the multidimensional nature of brain anatomy, capturing different phases of development
37 gnoses in our 16p11.2 cohort, the pattern of brain anatomy changes in carriers spatially overlaps wit
38 e and neurophysiologic measures, we contrast brain anatomy characteristics across Biotypes alongside
39 SIGNIFICANCE STATEMENT Different measures of brain anatomy develop differently across adolescence.
40 detail, we studied head cuticle morphology, brain anatomy, embryonic head morphogenesis, and develop
42 tools provide invaluable information on how brain anatomy, function and connectivity change during d
44 tionary biology, but to date descriptions of brain anatomy have largely focused on a few commonly use
45 functions in the nervous system, we studied brain anatomy, histology, biochemistry, and behavior in
50 on MR tractography offers an overall view of brain anatomy, including the degree of connectivity betw
51 ion on the mechanisms of normal and abnormal brain anatomy, including WM composition and perturbation
54 dardization procedure no expert knowledge of brain anatomy is required and global thresholding as wel
59 , we provide a comprehensive analysis of the brain anatomy of the monarch butterfly that will ultimat
61 bjects with 22qDS have widespread changes in brain anatomy, particularly affecting white matter, basa
62 symptoms had greater regional alterations in brain anatomy, particularly in the left dorsolateral pre
63 In accordance with the partial rescue of brain anatomy, phosphorylation of the Cdk5 substrate mou
64 he findings reveal age-associated changes in brain anatomy, providing information about the trajector
66 of tractography to gain insights into normal brain anatomy that can aid our understanding of the cons
67 igence quotient (IQ) and (ii) alterations of brain anatomy that persist at least into late adolescenc
68 new possibilities for exploring features of brain anatomy that previously were not visible to us in
69 s review summarizes current knowledge of the brain anatomy that supports food intake and energy expen
70 le knock-out mice were viable and had normal brain anatomy, they exhibited a number of behavioral def
73 have been developed that, in the context of brain anatomy visualized with structural MRI, use both h
74 ndividuals with a more male-typic pattern of brain anatomy were significantly (ie, 3 times) more like
75 ectrum disorder have regional differences in brain anatomy, which correlate with specific aspects of
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