Outreach

 

 

Radio Interview: Ágora - Nanorobots de silicio dentro de células vivas - Aragón Radio

 

Nanorobots de silicio dentro de células vivas - José A. Plaza (minute 07:15 onwards).

 

    


  

Silicon Microchips as Intracellular Mechanical Drugs

 

 

Prof. Plaza, Dr. Arjona, and other researchers highlight a new approach to treating diseases with the novel concept of mechanical drugs.

https://www.csic.es/en/node/3155203

 

  

 

Prof. Plaza and Dr. Arjona answer several questions regarding the group's latest publication surrounding the silicon intracellular mechanical drugs. 

https://www.abc.es/ciencia/abci-cientificos-espanoles-logran-introducir-chips-celulas-vivas-y-modificar-comportamiento-202204290213_noticia.html

  

   

 

 

Chipping away at cell mysteries

 

Prof. Plaza and other researchers explain how RFID probes can relay information from inside a living cell. 

https://www.nasw.org/article/chipping-away-cell-mysteries

 

  


 

 

Miniaturized mechanical sensors to track intracellular forces and mechanical property changes inside embryos

 

 

The 'H-comb' chip bends inside the ovule, allowing to measure the forces generated from the fertilization up to the first cell division. 

 

 


 

 

Radio Interview: Noche de Luciérnagas - Radio Santa María de Toledo

 

Microchips en óvulo embrionario - Marta Duch (minute 50:20 onwards).

  

 


 

 

Radio Interview: Lo Nuestro - Radio ECCA

 

Fabrican chips que son inyectados en óvulos para medir las primeras fases del desarrollo - José A. Plaza.

 

 


 

 

Fabrication of suspended planar array (SPA) chips

 

Ordered SiO2 planar chips are printed with selected probes via Polymer Pen Lithography (PPL) to obtain repeated array copies.