Titlebook: Advances in Stereology for Neuroscience; Javier Bernacer,María García-Amado Book 2024 The Editor(s) (if applicable) and The Author(s), und

輕快來(lái)事

Gründung von Technologieunternehmenctional consequences. Classical histological methods and modern human brain imaging techniques rely on obtaining physical or digital sections, with a known thickness, of the organ to be analyzed. This “slicing” strategy is associated with an ineludible loss of information about the three-dimensional

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深淵

Advances in Stereology for Neuroscience978-1-0716-3977-1Series ISSN 0893-2336 Series E-ISSN 1940-6045

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https://doi.org/10.1007/978-1-0716-3977-1Basal ganglia; Electronic microscopy; Parkinson’s; Myelinated nerves; bipolar disorder

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棲息地

Isotropic Virtual Planes for Measuring Axonal Length: Population and Single Neuron Approaches in Mic be applied to thick sections oriented in any particular direction, as the stereological probe is randomly rotated inside the section and, therefore, avoids the possible bias that might occur when structures with a given preferred orientation are analyzed. We have applied this stereological tool to

上漲

Length Measurement of Cholinergic Innervation in the Tunica Albuginea of Rat Testishings, in the progression of sperm from the seminiferous tubules to the rete testis. This function, attributed to the albuginea myofibroblasts’ contractile properties, is mediated by its vegetative innervation. Therefore, the quantification of innervation seems relevant to deepen the knowledge of th

合唱隊(duì)

Stereological Approaches to Microglia Morphometryhe brain and spinal cord. Cell number, cell body size and shape, and number and length of MG processes are defining parameters that adopt different values in different neural locations, sexes, and species and change substantially during development and aging and in response to neural trauma, inflamm

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Stereology of the Human Caudate Nucleus70s, are widely used nowadays. Our study assessed a number of quantitative estimators to characterize a well-defined human brain structure, the caudate nucleus (CN), using magnetic resonance (MR) and histological images, i.e., CN volume and number and volume of neurons in the CN. The study emphasize