In a recent study, researchers synthesize a novel trehalose molecule that can form long, helical polymers under high temperatures.
Researchers from Indian Institute of Science Education and Research (IISER) Thiruvananthapuram, Kerala and Institute of Microbial Technology, Chandigarh have developed a novel method to synthesize 2 dimensional nanosheets decorated with DNA molecule. The design strategy allows for an ultra dense array of DNA molecules to be grown on 2 D crystalline nanosheets.
A colourful platter never fails to stimulate your appetite, right? The moment your eyes sense so many dishes laid out beautifully, the stomach starts to growl, and you want to grab a bite! But, you owe most of the food that you eat to insects that pollinate the grains, vegetables and fruits, thus ensuring there is food for all. Have you ever thought how these insects, which feed us, find their food? How do they decide which flower to forage? Do they also look for colours like us?
Survival of the fittest has been the norm in nature. Every organism that has to survive, has to find ways to escape from its predators or develop skills to adapt to the adversities of its environment. But, how does the immobile and defenseless pupa of a butterfly survive from being caught by predators? A new study has now explored strategies used by the pupa during its developmental stages to hide from the prying eyes of the predators. It says that based on environmental factors, the pupal colors change, which might help them survive by camouflage.
Nature has bestowed each organism the ability to adapt and evolve with time and each such adaptations strengthens the ability of the organism to flourish. The story of carpenter bees, a close relative of honey bees and bumblebees, is no different. In a research study, scientist have observed how different adaptations of males of three different species of carpenter bees influence their ability to find a mate.