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Microscope Nachet, Scientaura, exposé au Centre d'Histoire Sociale, Expotec 103, 13 rue Saint-Gilles à Rouen
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University of Washington Bioengineering graduate student Chris Sip takes a break while working in a lab at the UW Medical Center under the direction of Associate Professor of Bioengineering Albert Folch. Folch, a professor at the UW since 2000, specializes in BioMEMS and Microfluidics.
I decided to instal this group of pictures as an aid to growers who may not be able to accurately identify reproductive parts in orchids
There will be others to follow as they are photographed.
These pictures were taken using my Nikon D200, full set of extension rings and a 4x microscope objective lens.
Multiple pictures were then and stacked in 'Zerene' to give a depth of field not available thru a microscope.
This microscope is equipped with a teaching arm, so that trainees can get an in-depth view of operating techniques, with a surgeon on hand to answer any questions during the process...
Nigeria
©Claire Louise Thomas/ORBIS
Now I have notice that people are not intrested in my screen printing 365's like they are other peoples supply pictures of buttons and such, so I tried to make it more interesting.. though I fell into the trap of thinking looking at things through a microscope is interesting, whereas most people are not sad like me and do not .
So tomorrow we'll be looking and buttons and wool through a microscope.
Una célula madre dividiéndose en el cerebro de un pez cebra antes de eclosionar. Empezando más o menos en la posición de las 8 en punto, esta célula madre se divide conforme nos movemos en el sentido horario, a través de los diferentes estadios para crear dos células diferentes: una célula nerviosa (en el exterior, pasando de violeta a blanco) y otra célula madre (en el interior, se mantiene violeta), que puede a su vez seguir dividiéndose. La secuencia requiere de 9 horas para que las dos células se separen.
Este tipo de división celular asimétrica asegura que ambas (neurona y célula madre) se creen, ya que ambas son necesarias para el crecimiento y desarrollo cerebral. Los embriones de pez cebra son transparentes, lo que es ideal para ver el proceso. La imagen corresponde a unos 250 micrómetros (0,25 mm) de ancho. Lo que vemos es la reconstrucción digital de una técnica de microscopÃa que utiliza luz láser para iluminar diferentes partes del objeto a analizar excluyendo las zonas que no nos interesan.
Paula Alexandre, University College London