is a member
of 
Articles
|
Targeting tumours: putting our best foot forward
Maytansine holds real promise as an effective cancer treatment, but its effectiveness requires a combination of targeted delivery and maximum potency. Can insights into its structure help us understand the nuances of this molecule and make sure that ‘the shoe fits�? |
|
The protein that lets you hold your breath
Think about those times when you've been playing or running around and, suddenly, you feel like you need to stop and catch your breath. |
|
COVID-19: Understanding the Viral Gatekeeper and its Evolving Variants
Scientists are cracking the code of the COVID-19 virus's spiky gatekeeper, the protein that lets it invade cells. This "crown" changes shape to unlock human cells, and mutations create new variants like Delta and Omicron. Studying these structures helps develop vaccines and predict future outbreaks� |
|
Unlocking the Flavor Secrets of Soybeans: World Vegan Day Celebration
On this World Vegan Day, we’re celebrating soybeans. Soybean is a fantastic superfood emerging as an excellent protein alternative. Let's explore what makes soybean so extraordinary and uncover the secret behind the distinctive "beany" flavour. |
|
When nature turns deadly: A look at Abrin
The naturally occurring toxin, abrin, is classified as one of the most potent poisons for humans. Abrin is lethal at minimal concentrations. However, till date there are no known antidotes which can reverse its effects. This month’s artwork focuses on this unique toxin. A detailed look at the� |
|
Amyloid-Beta: Unravelling the Alzheimer’s Enigma
Alzheimer's disease is a neurological condition that gradually deteriorates memory and cognitive abilities. It was estimated that over 55 million people worldwide were living with Alzheimer's disease or other dementias in 2020. A major contributor to this disease is the amyloid-beta (Aβ) peptide. |
|
From force to function
Our senses guide our interactions with the world and determine how we act and communicate. But what about these sensations at a molecular level? How do proteins respond to these physical stimuli to impact biological processes? |
|
Orange trees and their ‘brain-shaped� protein
Lovely lemons, tasty oranges, refreshing limes - these juicy fruits grow on citrus trees that, like all plants, must sense their environment and respond. |
|
Histamine: A molecular double agent
Histamine defends our immune system against infections but can also cause allergy symptoms. It has unique characteristics, making it both a friend and a foe. Interested in learning more about this fascinating molecule and its intriguing dual nature? |
|
Serotonin: A ruffling of feathers
Our mental health is a result of a complex interplay between environmental and biological factors. This month, we are highlighting the role of proteins in the development of mental health conditions. |
|
The battle within that keeps us alive
An infection caused by pathogens, such as viruses, bacteria, parasites, or fungi, can be seen as a battle between the invading pathogen and our body. The role of the immune system is to protect us against disease or invading threats. |
|
DNA: Nature’s own director of Life
Survival of all life forms on the earth depends on the instructions embedded in nucleic acids (DNA/RNA). This month’s artwork captures how fundamental DNA is to lifeforms. The artist used wire and string to represent a human form generated by DNA-like spirals. Do you know the race behind DNA� |