24 Bilder zum Thema "beta amyloid" bei ClipDealer

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The amyloid precursor protein (APP) is a complex protein with many functions. It is found on the surface of cells throughout the body. The intact protein binds to many stuctural proteins outside cells, such as heparin and laminin and sends signals th
Neurons in Alzheimer's disease. 3D illustration showing amyloid plaques in brain tissue, neurofibrillary tangles and distruction of neuronal networks
Molecular structure amyloid beta
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
Neurons in Alzheimer's disease. 3D illustration showing amyloid plaques in brain tissue, neurofibrillary tangles and distruction of neuronal networks
Molecular structure of Keratin
ACE - Angiotensin Converting Enzyme acronym
Medical term Angiotensin peptide hormone written in white letters on blue background. 3d illustration.
Molecular structure of Amyloid beta
Molecular structure of Amyloid beta - anaglyph
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.
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
Neurons in dementia. Alzheimer's disease, Huntington's disease. 3D illustration showing amyloid plaques in brain tissue, neurofibrillary tangles and distruction of neuronal networks
Neurons in dementia. Alzheimer's disease, Huntington's disease, other types of dementia. Degradation of neuronal networks, formation of amyloid plaques, 3D illustration
ACE - Angiotensin Converting Enzyme acronym with marker, concept background
ACE - Angiotensin Converting Enzyme acronym, concept background
Neurons in Alzheimer's disease. 3D illustration showing amyloid plaques in brain tissue, neurofibrillary tangles and distruction of neuronal networks
Neurons in dementia. Alzheimer's disease, Huntington's disease, other types of dementia. Degradation of neuronal networks, formation of amyloid plaques, 3D illustration
Interaction between a dendritic cell and a T-lymphocyte. 3d-rendering. Dendritic cells are antigen-presenting cells of the immune system
The amyloid precursor protein. When cleaved, the membrane domain is involved in the Alzheimer disease building amyloid plaques. 3d rendering. Illustration
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.
Neurons in Alzheimer's disease. 3D illustration showing amyloid plaques in brain tissue, neurofibrillary tangles and distruction of neuronal networks
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.
Neurons in Alzheimer's disease. 3D illustration showing amyloid plaques in brain tissue, neurofibrillary tangles and distruction of neuronal networks

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