Cultured meat (also known as cell-based or lab-grown meat) is a promising, more environmentally friendly alternative to meat produced from traditional livestock farming. However, production costs are still high and need to be reduced before it can become widely available.

Now, researchers from Singapore and China have found a way to use food waste for culturing meat, reducing production costs and helping to make cultured meat a viable option for feeding the world’s population.

Scaling up production

Growing in the heart of the world’s deepest valley are two plants that have fooled scientists for decades.

Two species of the ‘touch-me-not’ genus (Impatiens) – the Blue Diamond (Impatiens namchabarwensis) and Toothed Busy Lizzie (Impatiens arguta) are found in the remote Tsangpo Gorge that meanders around the highest peak in the Eastern Himalayas, Mount Namchabarwa.

Both plants are adorned with trumpet-shaped flowers in a spectrum of colours, and their similarities made many scientists believe they belonged to the same species.

DNA being delivered into the nucleus of a stem cell - An artistic rendition of the study led by Dr Gang Ruan and selected as a supplementary cover art by the journal Nano Letters. Credit: American Chemical Society (Nano Letters)

Qinghai-Tibetan Plateau, yak herders summer camp. Yak graze widely during the day and are brought back to the camp in the evening for milking (Credit J. Knops)

Just as a superb meal requires the right ingredients prepared expertly, the production of better green fuel alternatives requires combining the right materials and methods.

Recently, a team of researchers from China and the UK have found new ways to optimise the recipe for the production of solar fuels.

 For the 314,000 people diagnosed with ovarian cancer each year, hope often comes in the form of platinum-based drugs such as cisplatin.

Cisplatin causes the death of quick-dividing tumour cells, so it is a potent first-line defence in the treatment of the often fatal disease.

However, over half of ovarian cancer patients develop recurrence and become resistant to cisplatin and other platinum-based chemotherapies, contributing to the five-year survival rate of 31%.

Riyadh is positioned to become the Silicon Valley of biotechnology, spurred by the innovative work of the Alfaisal Biotechnology Incubator

The Competitiveness Consultancy Center at Alfaisal University aims to support local businesses in a fastgrowing and globalised market