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Stock image Neurodegeneration

stock image 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

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

Image, 3.06MB, 6000 × 4000 jpg
stock vector Cross section of the human brain.

Cross Section Of The Human Brain.

Vector, 4.62MB, 4962 × 4963 eps
stock image MRI Brain Scan

MRI Brain Scan

Image, 4.49MB, 2620 × 2448 jpg
stock image 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

Image, 11.59MB, 7926 × 5284 jpg
stock image Neuron conceptual image of human nervous system. 3D illustration of neurons with vivid colors.

Neuron Conceptual Image Of Human Nervous System. 3D Illustration Of Neurons With Vivid Colors.

Image, 16.7MB, 3880 × 4850 jpg
stock image Doctor shows information: neurodegeneration

Doctor Shows Information: Neurodegeneration

Image, 2.85MB, 2982 × 2237 jpg
stock image Laboratory black mouse is navigating in a plastic labyrinth in l

Laboratory Black Mouse Is Navigating In A Plastic Labyrinth In L

Image, 2.53MB, 2002 × 3000 jpg
stock image 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

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

Image, 10.57MB, 11104 × 6246 jpg
stock image 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 In Parkinson's Disease, 3D Illustration Showing Decrease Of Its Volume And Accumulation Of Lewy Bodies In Dopaminergic Neurons Of The Black Substance

Image, 8.37MB, 7711 × 5140 jpg
stock image 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

Image, 7.38MB, 6456 × 3632 jpg
stock image Dorsal striatum, caudate nucleus and putamen, highlighted in the brain of a person with Huntington's disease and close-up view of neuronal degradation, conceptual 3D illustration

Dorsal Striatum, Caudate Nucleus And Putamen, Highlighted In The Brain Of A Person With Huntington's Disease And Close-up View Of Neuronal Degradation, Conceptual 3D Illustration

Image, 12.32MB, 7814 × 5210 jpg
stock vector Nicotinamide mononucleotide molecule. Skeletal formula. Precursor of NAD. Vector illustration

Nicotinamide Mononucleotide Molecule. Skeletal Formula. Precursor Of NAD. Vector Illustration

Vector, 13.13MB, 4722 × 4722 eps
stock image Head and neck anatomy

Head And Neck Anatomy

Image, 15.85MB, 6000 × 5992 jpg
stock image Word Fibromyalgia on blue background

Word Fibromyalgia On Blue Background

Image, 3.61MB, 3176 × 2000 jpg
stock image 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

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

Image, 1.94MB, 6000 × 4000 jpg
stock image Alzheimer Disease as a cognitive decline as a degenerative dementia brain illness resulting in memory loss as a neurology symbol for aging of the mind.

Alzheimer Disease As A Cognitive Decline As A Degenerative Dementia Brain Illness Resulting In Memory Loss As A Neurology Symbol For Aging Of The Mind.

Image, 9.61MB, 6277 × 4421 jpg
stock image MRI Brain Scan

MRI Brain Scan

Image, 7.1MB, 3264 × 2448 jpg
stock image 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

Image, 5.22MB, 6456 × 3632 jpg
stock vector Alzheimer's disease. Comparison of neurons in a healthy brain and nerve cells in neurodegenerative disease. Dementia. Close-up of neurons with Neurofibrillary tangles and Amyloid plaques. Vector illustration

Alzheimer's Disease. Comparison Of Neurons In A Healthy Brain And Nerve Cells In Neurodegenerative Disease. Dementia. Close-up Of Neurons With Neurofibrillary Tangles And Amyloid Plaques. Vector Illustration

Vector, 11.61MB, 5000 × 3472 eps
stock vector Dementia and alzheimer disease in elderly man experiencing brain confusion and pain in head. Old grandfather needs doctor help due to symptoms of dementia and sensitivity to weather.

Dementia And Alzheimer Disease In Elderly Man Experiencing Brain Confusion And Pain In Head. Old Grandfather Needs Doctor Help Due To Symptoms Of Dementia And Sensitivity To Weather.

Vector, 5.21MB, 7500 × 5014 eps
stock image Head and neck anatomy

Head And Neck Anatomy

Image, 22.96MB, 6000 × 5992 jpg
stock image Molecular genesis of Huntington's disease, 3D illustration. Expansion of the CAG trinucleotide sequence in the htt gene causes production of mutated Huntingtin protein leading to neurodegeneration

Molecular Genesis Of Huntington's Disease, 3D Illustration. Expansion Of The CAG Trinucleotide Sequence In The Htt Gene Causes Production Of Mutated Huntingtin Protein Leading To Neurodegeneration

Image, 17.01MB, 12941 × 10352 jpg
stock image Word Nootropics on blue background

Word Nootropics On Blue Background

Image, 3.62MB, 3176 × 2000 jpg
stock image 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

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

Image, 11.03MB, 6306 × 4203 jpg
stock vector Kainic acid or kainate molecule. It is neuroexcitatory amino acid. Structural chemical formula, molecule model. Vector illustration

Kainic Acid Or Kainate Molecule. It Is Neuroexcitatory Amino Acid. Structural Chemical Formula, Molecule Model. Vector Illustration

Vector, 0.35MB, 5735 × 4359 eps
stock image MRI Brain Scan

MRI Brain Scan

Image, 3.45MB, 1948 × 2448 jpg
stock image Word Microglia on blue background

Word Microglia On Blue Background

Image, 3.6MB, 3176 × 2000 jpg
stock vector Senescence cell aging problem with human health risks in outline diagram

Senescence Cell Aging Problem With Human Health Risks In Outline Diagram

Vector, 6.67MB, 4000 × 4000 eps
stock image Kainic acid or kainate molecule. It is neuroexcitatory amino acid. Molecular model. 3D rendering. Illustration

Kainic Acid Or Kainate Molecule. It Is Neuroexcitatory Amino Acid. Molecular Model. 3D Rendering. Illustration

Image, 1.96MB, 4120 × 3370 jpg
stock image Elderly Woman With Severe Dementia Sitting in a Chair, Having a Conversation With Herself, Illustrating the Impact of Alzheimer's on Communication and Cognitive Function.

Elderly Woman With Severe Dementia Sitting In A Chair, Having A Conversation With Herself, Illustrating The Impact Of Alzheimer's On Communication And Cognitive Function.

Image, 4.96MB, 3541 × 2833 jpg
stock image Lewy bodies in parkinson's disease (PD) or dementia (LBD) - isometric 3d illustration

Lewy Bodies In Parkinson's Disease (PD) Or Dementia (LBD) - Isometric 3d Illustration

Image, 5.18MB, 10000 × 6600 jpg
stock image 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

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

Image, 20.15MB, 9200 × 6133 jpg
stock image Mri Brain Scan

Mri Brain Scan

Image, 3.39MB, 1936 × 2752 jpg
stock image Dorsal striatum, caudate nucleus and putamen, highlighted in the brain of a person with Huntington's disease and close-up view of neuronal inclusions, conceptual 3D illustration

Dorsal Striatum, Caudate Nucleus And Putamen, Highlighted In The Brain Of A Person With Huntington's Disease And Close-up View Of Neuronal Inclusions, Conceptual 3D Illustration

Image, 7.98MB, 6000 × 6000 jpg
stock image 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 In Parkinson's Disease, 3D Illustration Showing Decrease Of Its Volume And Degeneration Of Dopaminergic Neurons In The Pars Compacta Of The Black Substance

Image, 12.3MB, 7711 × 5140 jpg
stock image Mri Brain Scan

Mri Brain Scan

Image, 3.89MB, 3396 × 2268 jpg
stock image MRI Brain Scan

MRI Brain Scan

Image, 4.57MB, 2620 × 2448 jpg
stock vector Kainic acid or kainate molecule. It is neuroexcitatory amino acid. Structural chemical formula, dark blue background. Vector illustration

Kainic Acid Or Kainate Molecule. It Is Neuroexcitatory Amino Acid. Structural Chemical Formula, Dark Blue Background. Vector Illustration

Vector, 0.3MB, 5000 × 5000 eps
stock vector Kainic acid or kainate molecule. It is neuroexcitatory amino acid. Skeletal chemical formula. Vector illustration

Kainic Acid Or Kainate Molecule. It Is Neuroexcitatory Amino Acid. Skeletal Chemical Formula. Vector Illustration

Vector, 0.28MB, 5000 × 5000 eps
stock image 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

Image, 11.07MB, 7395 × 4160 jpg
stock image Lewy body in parkinson's disease (PD) or dementia (LBD) - closeup 3d illustration

Lewy Body In Parkinson's Disease (PD) Or Dementia (LBD) - Closeup 3d Illustration

Image, 4.62MB, 10000 × 6600 jpg
stock vector The human brain.

The Human Brain.

Vector, 1.23MB, 4961 × 4960 eps
stock image 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

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

Image, 4.57MB, 6000 × 6000 jpg
stock image 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 In Parkinson's Disease, 3D Illustration Showing Decrease Of Its Volume And Accumulation Of Lewy Bodies In Dopaminergic Neurons Of The Black Substance

Image, 8.32MB, 7711 × 5140 jpg
stock image 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

Image, 10.21MB, 7395 × 4160 jpg
stock image 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

Image, 7.91MB, 7711 × 5140 jpg
stock image 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

Image, 11.11MB, 7711 × 5140 jpg
stock image Laboratory black mouse is navigating in a plastic 3D printed labyrinth in lab experiments to study spatial learning, memory and brain navigation skills, details, closeup

Laboratory Black Mouse Is Navigating In A Plastic 3D Printed Labyrinth In Lab Experiments To Study Spatial Learning, Memory And Brain Navigation Skills, Details, Closeup

Image, 2.61MB, 1668 × 2500 jpg
stock image MRI Brain Scan

MRI Brain Scan

Image, 3.46MB, 1948 × 2448 jpg
stock vector Nicotinamide mononucleotide molecule. Skeletal formula. Precursor of NAD. Vector stock illustration.

Nicotinamide Mononucleotide Molecule. Skeletal Formula. Precursor Of NAD. Vector Stock Illustration.

Vector, 4.87MB, 7020 × 4723 eps
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