The co-founder and CEO of Singapore-headquartered biotechnology company Mirxes talks about transitioning from scientist to entrepreneur, and what it means to save lives in a post-Covid world
When Singapore had its first case of Covid-19 on January 23, 2020, little was known about medical terms such as PCR and RNA. But to someone like scientist and entrepreneur Zhou Lihan, they had long been in his vernacular. From his background as a researcher in A*Star and as the co-founder and CEO of Mirxes, the China-born Singapore-based Zhou has been developing, manufacturing and commercialising PCR and RNA tests—but for cancer.
“We were called in and asked a simple question. Can you guys make 100,000 tests in 10 days?” shares Zhou about the beginnings of Singapore’s Fortitude Kit, a Sars-CoV-2 Virus RT-PCR Diagnostic Test—and the country’s first diagnostic kit for Covid-19 testing. “We pivoted our capabilities to ramp up Fortitude Tests. The ability to actually have all the test kids made in Singapore sufficient for all healthcare institutions was a great relief to everybody.”
The Fortitude Kit was a great example of what Zhou’s biotechnology company does: turning academic research into a product that can be commercialised for clinics and eventually, the community.
Read more: How technology has advanced since the start of the pandemic
Formed in 2014 by a team of former A*Star researchers, Mirxes developed GastroClear, the world’s first RNA-powered blood test for early detection of gastric cancer.
On May 23, 2025, the company launched its initial public offering (IPO) on the Hong Kong Stock Exchange (HKEX) and is the first biotechnology company from Southeast Asia to list there. It has been trading at around HK$30 per share, up 28 per cent from its listing price of HK$23.30.
Zhou wants the healthcare industry to move from sick care to preventive care, with early detection as the key driving factor.
To that end, Mirxes launched Project Cadence (CAncer Detected Early caN be CurEd), its most ambitious initiative to date, in Singapore mid last year. The aim of the large-scale clinical research collaboration with public healthcare institutions, medical schools and the Ministry of Health is to develop a blood test that will detect up to nine high-incidence and high-mortality cancers at an early stage.




