Category Biology/Biotechnology

Researchers have developed a New better Miniature Fuel Cell that can generate Electricity from Urine

MFCs used in this study; A: Photograph of MFC_S; B: Photograph of MFC_L; C: ...

MFCs used in this study; A: Photograph of MFC_S; B: Photograph of MFC_L; C: Schematic layout of the device.

An affordable, renewable and carbon-neutral way of generating power as been created by Uni of bath researchers. In the near future this device could provide a means of generating much needed electricity to remote areas at very little cost, each device costs just £1-£2. With growing global pressures to reduce reliance on fossil fuels and the associated greenhouse gas emissions, microbial fuel cells could be an exciting alternative.

A microbial fuel cell is a device that uses natural biological processes of ‘electric’ bacteria to turn organic matter, such as urine, into electricity...

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Engineering T cells to treat Pancreatic Cancer

A form of immunotherapy shows promise against pancreatic cancer in a mouse model. The scientists engineered T cells to recognize pancreatic cancer cells...

Engineering T cells to treat pancreatic cancer Researchers hope to have a human version of the T cell in clinical trials this year

Hingorani, a pancreatic cancer specialist, teamed up with Fred Hutch immunotherapy experts Drs. Phil Greenberg and Ingunn Stromnes in successful efforts to breach the cancer’s physical and immunological walls using immunotherapy, a type of treatment that harnesses or refines the body’s own immune system with T-cells engineered to recognize and destroy cancer cells.

Specifically, Hingorani’s team created T cells with a high ffinity to a “relatively” tumor-specific antigen. Why relatively? Notoriously difficult pancreatic tumor cells don’t produce many unique proteins that allow for completely tumor-specific T cells...

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Artificial leaf? Successful Synthesis of Ammonia using Visible Light, water, and atmospheric Nitrogen

Layout of the NH3 synthesis device bearing the Nb-SrTiO3 photoelectrode loaded with Au-NPs and a Zr/ZrOx thin film Credit: Copyright Hokkaido University

Layout of the NH3 synthesis device bearing the Nb-SrTiO3 photoelectrode loaded with Au-NPs and a Zr/ZrOx thin film Credit: Copyright Hokkaido University

By using a photoelectrode in which gold nanoparticles are loaded on an oxide semiconductor substrate, a research has worked to develop a method of artificial photosynthesis that may prove to be an excellent light energy conversion system.

– Ammonia has gained attention as a next-generation energy carrier. By combining an optical antenna structure that can concentrate light into a nano-space, and a co-catalyst that selectively adsorbs nitrogen, we have succeeded in selectively synthesizing ammonia from water and di-nitrogen under visible light irradiation...

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Swapping Plaster Casts for 3D Printing

Black Novacast. Credit: Image courtesy of Investigación y Desarrollo

Black Novacast. Credit: Image courtesy of Investigación y Desarrollo

NovaCast is a device that prevents infections, ulcers and even amputation of limbs, is 10X lighter than the traditional material and allows a good ventilation. The use of plaster splints for the rehabilitation of bones can cause infections, ulcers and even amputations because their shape prevents proper medical inspection, sweat accumulates and generates little ventilation. To avoid these problems, a group of young graduates from the National University of Mexico (UNAM) created Mediprint, a Mexican startup that manufactures this medical devices to measure, using 3D printing devices.

“The material that conventional splints are made of is a highly hygroscopic plaster, meaning it absorbs sweat and causes the bacteria to pro...

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