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Cerebellum tissue light micrograph
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Illustration of a DNA-stabilised Ag16 nanocluster (DNAAg16NC) This molecule consists of silver atoms (spheres) wrapped in a small DNA (deoxyribonucl
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Cerebellum tissue light micrograph
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Cerebellum from a brain confocal light microscopy
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Purkinje nerve cell light micrograph
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Single molecule fluorescence microscope
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Purkinje nerve cells in the cerebellum
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Purkinje nerve cell Three-dimensional confocal light micrograph of Âa purkinje cell (green) a type of neuron (nerve cell) A protein that binds calc
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Cerebellum tissue light micrograph
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Cerebellum tissue light micrograph
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Cerebellum tissue light micrograph
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Cerebellum tissue light micrograph
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Cerebellum tissue light micrograph
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Purkinje nerve cell Confocal light micrograph of a Purkinje nerve cell (bluepurple) in the cerebellum of the brain This cell comprises a flask-shap
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Purkinje nerve cell
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Purkinje nerve cell Confocal light micrograph of a Purkinje nerve cell (purple) in the cerebellum of the brain This cell comprises a flask-shaped ce
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Purkinje nerve cell Computer-enhanced confocal light micrograph of a Purkinje nerve cell (purple) in the cerebellum of the brain This cell comprises
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Purkinje nerve cell Coloured confocal light micrograph of a section through a Purkinje nerve cell (yelloworange) from the cerebellum of the brain T
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Cerebellum structure light micrograph
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Cerebellum structure light micrograph
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Cell viZio imaging system
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Microcirculation research on a mouses ear using the cell viZio imaging system The cell viZio which was developed by Mauna Kea Technologies France
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Circulation research
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Microcirculation research on a mouse using the cell viZio imaging system The cell viZio which was developed by Mauna Kea Technologies France allow
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Fluorescence molecular imaging system This computer monitor is displaying results from the Olympus OV110 The OV110 is an imaging system that allows
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Small animal imaging system
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Small animal imaging system
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Fluorescence molecular imaging system This machine the Olympus OV110 is an imaging system that allows high-sensitivity high-speed imaging from ind
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Fluorescence molecular imaging system This machine the Olympus OV110 is an imaging system that allows high-sensitivity high-speed imaging from ind
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Proteomics research
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Proteomics research
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Proteomics research
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Proteomics research samples being stored cryogenically Proteomics is the study of the structure and function of proteins These samples are to be use
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Dodecin complexed with riboflavin Computer model showing the structure of dodecin (red) complexed with riboflavin (green molecules) sulphate ions (y
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Dodecin complexed with riboflavin
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Blue fluorescent protein molecule
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Blue fluorescent protein molecule Blue fluorescent protein (pale blue) with a modified chromophore (centre blue) in order to sense the level of zinc
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Red fluorescent protein from coral Computer model showing the structure of DsRED a red fluorescent protein from a coral The front part of the prote
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Red fluorescent protein from coral
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Cerebellum from a brain Multiphoton fluorescence micrograph (MFM) of a section through the cerebellum from a human brain showing the inner white mat
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Cerebellum from a brain Multiphoton fluorescence micrograph (MFM) of a section through the cerebellum from a human brain showing the inner white mat
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Reversibly switchable fluorescent protein molecular model Reversibly switchable fluorescent proteins (RSFPs) are proteins that can be repeatedly con
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Reversibly switchable fluorescent protein
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Nano-medicine Drug delivery research
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Research into the development of nano-scaled drug delivery systems A researcher at the Welsh School of Pharmacy at Cardiff University uses fluorescen
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Cell biology laboratory Scientist using super resolution single-molecule fluorescence microscopy to view stem cells Super-resolution techniques allo
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Cell biology laboratory Scientist using super resolution single-molecule fluorescence microscopy to view stem cells Super-resolution techniques allo
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Cell biology laboratory Scientist using super resolution single-molecule fluorescence microscopy to view stem cells Super-resolution techniques allo
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Fluorescence assay machine
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Cerebellum tissue 2-photon fluorescent micrograph of a section through the cerebellum of the brain Purkinje cells a type of neuron (nerve cell) ar
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Speculative illustration of a glowing brown dwarf amidst a large nebula This brown dwarf is 13 to 65 times more massive than the planet Jupiter while
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Speculative illustration of a brown dwarf near a large nebula and multiple nearby stars The starward side of this brown dwarf reveals a gas giant s
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Speculative illustration of a crescent and glowing brown dwarf near a large nebula and multiple nearby stars The starward side of this brown dwarf
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Artificial heart muscle cell for cardiotoxicity tests
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Nanoparticles in liver tumour Elemental fluorescence micrograph of a thin tissue section of a liver cancer treated with titanium dioxide shell nanopa
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Nanoparticles in glioma cancer cells Fluorescent light micrograph of nanoparticles (green) being used to deliver drugs to cancer cells (cyan) Water-
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Nanosensors in breast cancer light micrograph
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Multimodal cancer imaging with nanoparticles Three medical imaging methods being used to study nanoparticles developed to treat cancers in mouse mode
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Nanoparticles in glioma cancer cells Fluorescent light micrograph of nanoparticles (green) being used to deliver drugs to cancer cells (blue) Water-
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Cancer-detecting nanoparticles light micrograph
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Nanoparticles in brain metastases light micrograph
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Blood-brain barrier light micrograph
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RNA nanoparticles in cancer cells
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Cerebellum tissue light micrograph Cerebellum tissue Confocal light micrograph of a section through the cerebellum of the brain Purkinje cells a
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