The article concerns regularities and mechanisms of changes in vulnerability of nervous system to hypoxia in the course of early ontogenesis. Based on the result of the most authors, in the eary stages of the ontogene- sis, oxygen deficiency is getting weaker in the age -related manner. Nervous system as well does not react similarly to hypoxia in different periods of embryogenesis and reveals the most vulnerability in its last period
<div><p>Neonatal white matter injury (nWMI) is an increasingly common cause of cerebral palsy that r...
<p>Ventral views, rostral to the top, scale bar 50 µm (except E′, 25 µm). Whole-mount embryos, shown...
<p>A, B: 6 month old hypoxic mice showed strong motor deficits in hanging wire tests (A) without hav...
The developing nervous system depends upon precise regulation of oxygen levels. Hypoxia, the conditi...
Oxygen is vital to maintain the normal functions of alomost all the organs, especially for brain whi...
Hypoxia represents the temporary or longer-term decrease or deprivation of oxygen in organs, tissues...
Experimental data about age dependences of reactions of animal organism to a hypoxia are presented i...
During neural development the generation of diverse cell types involves the response of precursor ce...
Neonatal white matter injury (nWMI) is an increasingly common cause of cerebral palsy that results p...
Hypoxia in newborns tends to result in developmental deficiencies in the white matter of the brain. ...
The central nervous system is the main mechanism that determines the nature of the reactivity and ad...
The central nervous system is the main mechanism that determines the nature of the reactivity and ad...
This article presents a change in the functioning of the autonomic nervous system under hypoxic effe...
Hypoxia threatens brain function during the entire life-span starting from early fetal age up to sen...
Because of increase in problem states in a large number of newborns, there is a growing need for ear...
<div><p>Neonatal white matter injury (nWMI) is an increasingly common cause of cerebral palsy that r...
<p>Ventral views, rostral to the top, scale bar 50 µm (except E′, 25 µm). Whole-mount embryos, shown...
<p>A, B: 6 month old hypoxic mice showed strong motor deficits in hanging wire tests (A) without hav...
The developing nervous system depends upon precise regulation of oxygen levels. Hypoxia, the conditi...
Oxygen is vital to maintain the normal functions of alomost all the organs, especially for brain whi...
Hypoxia represents the temporary or longer-term decrease or deprivation of oxygen in organs, tissues...
Experimental data about age dependences of reactions of animal organism to a hypoxia are presented i...
During neural development the generation of diverse cell types involves the response of precursor ce...
Neonatal white matter injury (nWMI) is an increasingly common cause of cerebral palsy that results p...
Hypoxia in newborns tends to result in developmental deficiencies in the white matter of the brain. ...
The central nervous system is the main mechanism that determines the nature of the reactivity and ad...
The central nervous system is the main mechanism that determines the nature of the reactivity and ad...
This article presents a change in the functioning of the autonomic nervous system under hypoxic effe...
Hypoxia threatens brain function during the entire life-span starting from early fetal age up to sen...
Because of increase in problem states in a large number of newborns, there is a growing need for ear...
<div><p>Neonatal white matter injury (nWMI) is an increasingly common cause of cerebral palsy that r...
<p>Ventral views, rostral to the top, scale bar 50 µm (except E′, 25 µm). Whole-mount embryos, shown...
<p>A, B: 6 month old hypoxic mice showed strong motor deficits in hanging wire tests (A) without hav...
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