Another choice for 3D scanner is to build your own with some software, some simple things and a $25 laser level. Try this…
Build a 30$ Laser Scanner : 5 Steps (with Pictures) – Instructables
Another choice for 3D scanner is to build your own with some software, some simple things and a $25 laser level. Try this…
Build a 30$ Laser Scanner : 5 Steps (with Pictures) – Instructables
Discussion by Manu Leonetti at Chan Zuckerberg hub. Self driving cars are taught in simulation. Similar biology should be also done as simulations. The cell needs to be thought as devices. How does information flow within a cell and do that in cells. Use GFP to tag the cells but also later use it for…
For really old vinyl records, the standard advice is to clean the records and then play in your player – carefully. But, what are the options when you have some old recordings that cannot be saved. Scientists at LANL and Smithsonian museum have used an optical scanning technique that takes an optical scan of the…
Super resolution microscopy One of the problems with Quantum dots and some fluorescent proteins/molecules is that they blink. And they all photo-bleach. Bayesian analysis of blinking and bleaching or 3B microscopy analyzes images using Hidden Markov Model (HMM) allows useful information to be extracted from the data. Dr Susan Cox has come up with unique…
In the field of imaging there is another branch of image acquisition/analysis/study that is called Computational Photography as distinguished from traditional photography. In traditional photography, with a regular camera, you take a picture of a 3D scene through a camera. This light from the scene is captured as a 2-dimensional representation onto a photo-sensitive surface,…
Lens free microscopy Microscopy whether electron microscopy or with visible light requires lenses. For electron microscopy, lenses incur significant design challenges and add aberrations. A startup in UK uses technology invented by Professor John Rodenberg to remove lenses altogether and compute the image from the diffraction pattern of the sample. This is similar to a…
Dr Singamaneni’s from the University of Washington in St. Louis has created interesting and bright reporter molecules that could function as next generation probes for Biomarkers. Typically, the probes used are fluorescent or heavy metal but rarely have used Raman scattering for for pre-clinical assay work. The phenomenon is very interesting since it uses Surface…
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