CSIC researchers at IMB-CNM have developed a new method of manufacturing semiconductor Qubits using block copolymer-based technologies. The process is more accessible and economical, while maintaining the same advantages as other Qubits that are manufactured at a higher cost.
A research team has discovered the molecular mechanisms that explain how bacterial cellulose patches stimulate wound regeneration in plants. The process, they explain, requires the simultaneous activation of hormone and defence response pathways. The finding has implications for agricultural practices.
It has been developed by Marsi Bionics, a technology-based company emerged from the CSIC, with the close collaboration of 15 CSIC researchers and 30 health professionals from four hospitals. The prototype, which is awaiting CE marking prior to its commercialisation, can be used both at home and outdoors, and will allow the integration of children with gait disorders. It will be marketed in the coming months.
A recombinant protein, developed by researchers at the CSIC's Barcelona Institute of Molecular Biology, degrades gluten more effectively than current alternatives. It degrades the toxic peptides in the stomach before they reach the intestine, thus preventing the characteristic symptoms of coeliac disease. It can be administered orally and can be used as an agent or food additive, or as a food supplement for a low-gluten diet.
The study, conducted in vivo in mice, reveals tumour reduction and almost complete elimination of metastasis. The compound uses a peptide, called MACTIDE, which is able to precisely target macrophage cells by systemic and oral administration, without accumulation in the liver. The research team has filed a patent application.
Why do organisms sometimes have duplicated or triplicated genes? What can this teach us about evolution and our biology? Cockroaches have up to three copies of the same gene in their genome. Do these copies serve the same function? Why have they retained them?
Currently, the most advanced electrochemical energy storage systems are based on vanadium salts as the electrolyte. However, vanadium is an expensive and scarce material. A team from the CSIC has developed a new electrolyte based on iron salts, incorporating the necessary additives to enable the battery to function efficiently and at a high voltage.
