microscopy

[microscopy @editor_microsco]

#Confocal #microscopy is an optical #imaging #technique, having a pinhole between specimen and #detector is used to select #information from a single focal plane, producing a focussed three-#dimensional optical slice through the #specimen. The concept of confocal microscopy

[microscopy @editor_microsco]

#Kelvin #probe force #microscopy is an atomic force microscopy based technique that is used to measure contact #potential #difference between the probe and the #sample It enables high #resolution surface potential and #topography mapping of a variety of sample

[microscopy @editor_microsco]

#Atomic Force #Microscopy provides a 3D structure of the surface in nano scale which is less than 10nm. The tip of the AFM touches the #surface and records the small #force between the #probe and the surface

[microscopy @editor_microsco]

#Optical #coherence #tomography is an emerging and non-invasive imaging test. It is the class of optical tomographic #techniques and performs high-#resolution, cross-sectional #microstructure imaging of the tissue in biologic systems by measuring back reflected #light

[microscopy @editor_microsco]

#Polarised #light #microscopy uses #plane-polarised light to enhance the #technique that improves quality of the #image obtained when compared to other techniques. Useful method to #determine #qualitative and quantitative aspects of #crystallographic #axes

[microscopy @editor_microsco]

#Auto-#fluorescence is the natural #emission of #light by #biological structures when they have absorbed light. Compounds like #Collagen, and #Riboflavin, including #amino acids like #tyrosine, tryptophan, phenylalanine #emit the #fluorescence #signal

[microscopy @editor_microsco]

#Electromagnetic #radiation is a form of energy that is produced by oscillating #electric and #magnetic disturbance and takes many forms, such as #radio waves, #microwaves, #X-rays and #gamma #rays

[microscopy @editor_microsco]

#Atomic #Force #Microscopy provides a 3D structure of the surface in nano scale which is less than 10nm. AFM consists of a #cantilever with a small tip at the free end, a laser, a 4-quadrant #photodiode and a #scanner

[microscopy @editor_microsco]

#Transmission #electron #microscopy in which a high-energy electron beam is transmitted through a thin #specimen to form an #image. In #virology, #materials science and #cancer research, and as well as pollution, #nanotechnology and #semiconductor research, TEM is used

[microscopy @editor_microsco]

#Polarised #light #microscopy uses #plane-polarised light to enhance the #technique that improves the #quality of the #image obtained when compared to other techniques. useful method to #determine #qualitative and #quantitative aspects of #crystallographic axes

[microscopy @editor_microsco]

#Optical #microscopy is a #technique used to view a #sample closely with #visible light through the #magnification of a #lens.commonly used in many fields of research including #biotechnology, #pharmacology, #nanophysics, #microelectronics, and #microbiological research

[microscopy @editor_microsco]

#Kelvin #probe #force #microscopy is an #atomic force microscopy based technique that is used to measure contact #potential #difference between the probe and the #sample. It enables high #resolution #surface #potential and #topography mapping of a variety of sample

[microscopy @editor_microsco]

#Scanning $electron $microscope is a microscope that works by scanning a focused beam of $electrons on a sample of $interest. The $high-resolution and three-#dimensional $images produced by SEM provide #morphological, compositional, and $topographical $information

[microscopy @editor_microsco]

#Nonlinear #microscopy is a microscopy #technique based on nonlinear #optics and this technique has emerged as a set of successful tools within the #biomedical #research field. Application: #detection of #cancer, #osteogenesis imperfect

[microscopy @editor_microsco]

#Electromagnetic #radiation is a form of energy that is produced by oscillating #electric and #magnetic #disturbance and takes many forms, such as radio waves, #microwaves, #X-rays and #gamma rays

[microscopy @editor_microsco]

#Atomic #Force #Microscopy provides a 3D #structure of the #surface in nano #scale which is less than 10nm. AFM consists of a #cantilever with a small #tip (probe) at the free end, a #laser, a 4-quadrant #photodiode and a #scanner

[microscopy @editor_microsco]

#Magnetic #Resonance #Microscopy is an #imaging method that uses powerful #magnets to send #energy into #cells and allows the #visualization of #internal #body #structures, it picks up #signals from the specimen and converts them into #computer #images

[microscopy @editor_microsco]

#Microscopy can be defined as a #techique to #visualise the #minute #objects that are not visible through #naked #eye. Light and electron microscopes are used to examine the #biological #specimens for #celluar details

[microscopy @editor_microsco]

#Kelvin probe force #microscopy is an atomic force microscopy based technique that is used to #measure contact #potential difference between the probe and the #sample. It enables high #resolution surface potential and #topography mapping of a variety of sample

[microscopy @editor_microsco]

#Optical #microscopy is commonly employed in many fields of research including #biotechnology, #pharmacology, #nanophysics, #microelectronics, and microbiological research. It can also be useful in #histopathology, to view medical diagnoses and biological #samples