From diagnosing diseases to growing organs in miniature environments to effective delivery of drugs to their targets, microfludics opens the door to a big world of potential in medicine. Read the last of our microfludics series to discover how the simple process of flowing liquids through microchannels can harbour an explosive innovative potential.
In this second article of the microfluidics series we talk about how the combination of life sciences research and engineering in the form of microfluidic devices can create wonders in the understanding and use of stem cells and their extraordinary properties.
Mimicking and understanding the environment molecules, cells and organs work in requires creative thinking and sublime engineering. Microfluidics technology is a product of such a process and makes it possible for researchers to achieve results that cannot be achieved by other means. Read the first instalment of our new 3-part series on microfluidics here to see what we mean.
The promising developments in immunotherapy in recent years catch the attention of not only patients and researchers but also investors. In this article we bring you the latest financial trends in immunotherapy investments.
Monsters growling, robots talking and creatures screeching. Remind you of that movie you watched not long ago or the latest computer game you started playing? Ever wondered how these sounds come to be? Then read our interview with Orfeas Boteas, an entrepreneur who started a company to design sounds, after he did his master's on producing a sound tool.
Fixing genes, introducing them to a patient and making the patient's body accept the newly introduced genes are challenges we were not able to overcome until recently. Now, with the advance of genome editing techniques and the use of stem cells, we are closer than ever. Here we bring you the insight on how it would work to combine these two biological tools to fight disease.
Access to drinkable water is still a challenge for millions of people in the world. The methods we use for cleaning water are complex and expensive. What do we do these days to make it cheaper and easier? Read on to find out in this article.
On June 15th SIU held another SIUFocus session in London with a panel of speakers. The discussion was about the ongoing revolution in healthcare brought on by use of digital means for patient data storage, patient monitoring and services provided. Read on to find out what our experts said about what exactly the new healthcare revolution means for patients, healthcare professionals and innovators.
Spotting an unmet need and coming up with ideas to meet it are essential for the success of a startup. Where your ideas stem from, however, can be completely unrelated to your background and expertise. Dr. Denise Xifara was the guest of Enterprising Oxford recently and here we bring you the story of her, her doctorate in genetics, the Greek financial crisis and her startup Nupinion.
The advent of CRISPR has meant that gene editing in humans is becoming a reality. But what are the realistic medical outcomes and potential hiccups of this new technology?