115 Bilder zum Thema "brain atrophy" bei ClipDealer

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NEUROLOGY CONSULTATION MAN
Cerebral manifestations in Alzheimer
Brain atrophy and aging of the mind or memory loss due to Dementia and Alzheimer's disease or cognitive decline as fall trees in the shape of a human head with 3D illustration elements.
Alzheimer's, the disease of forgetfulness and lost thoughts.This illustration shows the head of an old man, and behind him the deaths of the neurons that cause Alzheimer disease.
This illustration shows the comparison of two halves of the brain, a healthy half and another with Alzheimer's, in this we see that the cerebral cortex contracts, this brain reduction causes damage to the brain used to think, plan and remem
After being cleaved by the gamma and beta secretases the amyloid beta peptide, which has about 40 amino acid residues, leaves the membrane, changes shape and aggregates into long fibrils. These fibrils form dense plaques on nerve cells.
Black substance of the midbrain, 3D illustration. Black substance regulates reward and movement, its degeneration is a key step in development of Parkinson's disease
Black substance of the midbrain and its dopaminergic neurons, 3D illustration. Black substance regulates movement and reward, its degeneration is a key step in development of Parkinson's disease
Black substance of the midbrain and its dopaminergic neurons, 3D illustration. Black substance regulates movement and reward, its degeneration is a key step in development of Parkinson's disease
Black substance of the midbrain in Parkinson's disease, 3D illustration showing decrease of its volume and accumulation of Lewy bodies in dopaminergic neurons of the black substance
Preserve Your Mind
Black substance of the midbrain and its dopaminergic neurons, 3D illustration. Black substance regulates movement and reward, its degeneration is a key step in development of Parkinson's disease
Black substance of the midbrain and its dopaminergic neurons, 3D illustration. Black substance regulates movement and reward, its degeneration is a key step in development of Parkinson's disease
Black substance of the midbrain and its dopaminergic neurons, 3D illustration. Black substance regulates movement and reward, its degeneration is a key step in development of Parkinson's disease
Black substance of the midbrain and its dopaminergic neurons, 3D illustration. Black substance regulates movement and reward, its degeneration is a key step in development of Parkinson's disease
Black substance of the midbrain in Parkinson's disease, 3D illustration showing decrease of its volume and accumulation of Lewy bodies in dopaminergic neurons of the black substance
Black substance of the midbrain and its dopaminergic neurons, 3D illustration. Black substance regulates movement and reward, its degeneration is a key step in development of Parkinson's disease
Black substance of the midbrain in Parkinson's disease, 3D illustration showing decrease of its volume and degeneration of dopaminergic neurons in the pars compacta of the Black substance
Black substance of the midbrain and its dopaminergic neurons in normal state and in Parkinson's disease. 3D illustration showing volume decrease and accumulation of Lewy bodies in neurons
A microglia cell. It plays an important role in the pathogenesis of Alzheimer's disease
Black substance, basal banglia of the midbrain, in Parkinson's disease, 3D illustration showing decrease of its volume and degeneration of dopaminergic neurons in the pars compacta of the black substance
An old man with Parkinson's disease and highlighted black substance of the midbrain. 3D illustration shows decrease of substantia volume and accumulation of Lewy bodies in its dopaminergic neurons
Substantia nigra in norm and in Parkinson's disease, 3D illustration showing decrease of its volume. There is degeneration of dopaminergic neurons in the pars compacta of the substantia nigra
Coronal sections of a healthy brain and a brain in Huntington's disease showing enlarged anterior horns of the lateral ventricles, degeneration and atrophy of the dorsal striatum, 3D illustration
Neurons, highly detailed brain cells, neural network, 3D illustration
The beta amyloid peptid, amyloid plaques growing on a neuron. It consists of about 30 amino acids and aggregates to amyloid plaques, that may damage and kill neurons. Illustration
Alzheimer disease: neuron with amyloid plaques, illustration
Alzheimer disease: neuron with amyloid plaques. Illustration
Intranuclear neuronal inclusions, 3D illustration. Intranuclear inclusions in neurons are found in different neurodegenerative diseases, including Huntingon's disease, spinocerebellar ataxia and other
Intranuclear neuronal inclusions, 3D illustration. Intranuclear inclusions in neurons are found in different neurodegenerative diseases, including Huntingon's disease, spinocerebellar ataxia and other
Alzheimer disease, neuron network with amyloid plaques. Illustration
3 phases of the Alzheimer disease. 1. Healthy neuron. 2. Neuron with amyloid plaques (yellow). 3. Dead neuron being digested by microglia cells (red). Illustration
3 phases of the Alzheimer disease. 1. Healthy neuron. 2. Neuron with amyloid plaques (yellow). 3. Dead neuron being digested by microglia cells (red). Illustration
Black substance of the midbrain and its dopaminergic neurons, 3D illustration. Black substance regulates movement and reward, its degeneration is a key step in development of Parkinson's disease
Screen Time damaging the brain psychology and technology health affects due to internet addiction and cognitive damage physiological effects as a 3D illustration.
Interaction between a dendritic cell and a T-lymphocyte. 3d-rendering. Dendritic cells are antigen-presenting cells of the immune system
Substantia nigra in norm and in Parkinson's disease, 3D illustration showing decrease of its volume. There is degeneration of dopaminergic neurons in the pars compacta of the substantia nigra
Atrophy Concept
Hereditary spinal cord disorders, conceptual 3D illustration. Mutations in the DNA leading to spinal cord diseases. Spinal muscular atrophy, SMA. Neurogenetics, neurodegenerative disorders
After being cleaved by the gamma and beta secretases the amyloid beta peptide, which has about 40 amino acid residues, leaves the membrane, changes shape and aggregates into long fibrils. These fibrils form dense plaques on nerve cells, which are in
Medical diagnosis alzheimer disease, conceptual image, horizontal composition
Genetic spinal cord disorders, conceptual 3D illustration. Mutations in the DNA leading to spinal cord diseases. Spinal muscular atrophy, SMA. Neurogenetics, neurodegenerative disorders
The amyloid precursor protein (APP) being cleaved by gamma and beta secretase and setting the beta amyloid peptide free. APP is a complex protein with many functions. It is found on the surface of cells throughout the body.
human development biology neuron with cell in black and white
human development biology neuron with cell in black and white
Crosswords. Cognitive rehabilitation therapy for senior women.
Cognitive Rehabilitation Therapy Dementia Cognitive Function Test Assessment
human development biology neuron with cell in black and white
Substantia nigra in norm and in Parkinson's disease, 3D illustration showing decrease of its volume. There is degeneration of dopaminergic neurons in the pars compacta of the substantia nigra
human development biology neuron with cell in black and white

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