Evolution
Where will evolution take us in the Fourth Industrial Revolution?
19 Aug 2019Evolution has helped us understand where we came from, but can it also give us a hint about where we are headed?
Commemorating the life of Sydney Brenner
18 Jul 2019Dr. Sydney Brenner, the visionary molecular biologist and Nobel laureate who turned a humble soil worm into one of the most-studied organisms in biology, passed away on April 5, 2019 in Singapore. He was 92.
It’s not you, it’s flu
28 Jun 2019The host immune system has a limited impact on the evolution of the influenza virus, A*STAR researchers find.
Against gut instinct
2 Apr 2019By turning a pathogenic yeast into an immunity-conferring symbiont, a team of A*STAR researchers is unraveling mysteries behind gut evolution and universal vaccines
Sydney Brenner’s 10-on-10: a take on evolution through the aeons
21 Feb 2019A new book spans 14 billion years of evolution and explores humanity’s place in time.
Why seahorses are such modern males
24 Jan 2017Genetic study reveals how seahorses lost their teeth and pelvic fins, and acquired male pregnancy
Evolutionary thread underlies filament divergence
12 Jul 2016Genetic comparisons provide insight into the evolution of a crucial filament protein in animals, plants and bacteria
The elephant shark’s life without bones
11 Mar 2014Whole-genome sequencing of the elephant shark offers insights into bone disease and immunity in humans
Assumption about fish skeletons proves false
27 Aug 2013Evidence that disproves a long-standing assumption about fish development gives insight into the evolution of skeletons
Sensitive software detects diversity
23 Apr 2013A new computer program readily identifies rare mutations harbored within diverse populations of cancer cells and microorganisms
The origins of a genetic switch
1 Jan 2013Experiments reveal that the gene controlling the development of an important human organelle hails back to primitive invertebrates
Keeping cancer at bay
11 May 2010Analysis of the genome of a primitive seafloor dweller shows that a well-known system for controlling DNA damage is highly conserved evolutionarily