Bridge (pons) together with the cerebellum is hindbrain, and together with the medulla oblongata, mesencephalon, and intermediate mo of gom it forms stem. In front of the nerve fibers are mainly, t. e. pathways, and in the back part –
Category: nervous system
Medulla
Medulla begins at the lower edge of the bridge and continue t Xia radicular filaments to the first cervical segment. From the side of the diamond on the prominent pits its upper boundary strips are brain 4th zhel have a daughter. In
Medulla begins at the lower edge of the bridge and continue t Xia radicular filaments to the first cervical segment. From the side of the diamond on the prominent pits its upper boundary strips are brain 4th zhel have a daughter. In
The structure of the white matter of the brain
The brain (encephalon) is the highest organ of the nervous system. The adult h e Lovek brain has a weight average of the Individual in 1375 and RIATS brain weight up to 900 to 2000 white solid g. weight
The brain (encephalon) is the highest organ of the nervous system. The adult h e Lovek brain has a weight average of the Individual in 1375 and RIATS brain weight up to 900 to 2000 white solid g. weight
Afferent entrances to the spinal cord
Afferent entrances to the spinal cord ( t. e. Inputs bearing inform a tion CNS) axons formed by the spinal neurons (spinnomozg on O) ganglia that lie outside of the spinal cord. The first group of spinal afferent inputs formed by sensitive fibers
Afferent entrances to the spinal cord ( t. e. Inputs bearing inform a tion CNS) axons formed by the spinal neurons (spinnomozg on O) ganglia that lie outside of the spinal cord. The first group of spinal afferent inputs formed by sensitive fibers
Morphofunctional characteristics of spinal cord neurons
Morphofunctional characteristics of spinal cord neurons. The spinal cord contains about 13 million neurons, of which the share of Moton th tron accounts for only 3 %, while the remaining 97 % are TSA and paid-neurons. Internuncial neurons , or interneurons of the spinal
Morphofunctional characteristics of spinal cord neurons. The spinal cord contains about 13 million neurons, of which the share of Moton th tron accounts for only 3 %, while the remaining 97 % are TSA and paid-neurons. Internuncial neurons , or interneurons of the spinal
Morphological features of the spinal cord
Central nervous system (central part) with c Toit of phylogenetically old spinal cord located in the spinal canal, and younger – brain, lying in the cranial cavity. The spinal cord is related and Tel’nov simple structure principle and expressed segmental organisms and tion.
Central nervous system (central part) with c Toit of phylogenetically old spinal cord located in the spinal canal, and younger – brain, lying in the cranial cavity. The spinal cord is related and Tel’nov simple structure principle and expressed segmental organisms and tion.
Blood-brain barrier (BBB)
Brain capillary wall (as in other organs) formed by a single thin layer of endothelial cells and a thin layer of basal (core) of the membrane consisting of the trans e tangles thinnest fibrils. Between endothelial cells to a brain
Brain capillary wall (as in other organs) formed by a single thin layer of endothelial cells and a thin layer of basal (core) of the membrane consisting of the trans e tangles thinnest fibrils. Between endothelial cells to a brain
The composition and function of the liquor
The composition and function of the liquor. CSF (cerebrospinal or cerebro with pinalnaya liquid) – a transparent colorless liquid with a low density and a low content of biologically active substances. Liquor contains the same amount of salts as
The composition and function of the liquor. CSF (cerebrospinal or cerebro with pinalnaya liquid) – a transparent colorless liquid with a low density and a low content of biologically active substances. Liquor contains the same amount of salts as
The development of the nervous system in ontogenesis
Nervous system – it cos of kupnost nerve structures to ensure coordination of all agencies and communication of an organism with the external environment. She perceives Inform a tion of the external and internal environment of the body, it carries out
Nervous system – it cos of kupnost nerve structures to ensure coordination of all agencies and communication of an organism with the external environment. She perceives Inform a tion of the external and internal environment of the body, it carries out
The role of synapses in the formation of a temporary connection
Process make contact and Nia temporary connection during the formation of the conditioned reflex is that previously inactive synapses neurons becomes t Xia passable for nerve impulses and the combination of conditional baa of the conditioned stimuli. Initially it was thought
Process make contact and Nia temporary connection during the formation of the conditioned reflex is that previously inactive synapses neurons becomes t Xia passable for nerve impulses and the combination of conditional baa of the conditioned stimuli. Initially it was thought