Long Ran

Institution
University of Science and Technology of China

Country
China

Field
Chemistry

Long won the 2017 L’Oréal UNESCO For Women in Science International Rising Talent award for her research on photocatalysts for carbon dioxide reduction.

(Photo: L’oréal Foundation)

AWARDS
  • 2017 LOréal-UNESCO For Women in Science International Rising Talent Award

Related articles

The Secret Light Compass Inside A Fish’s Brain

Zebrafish integrate light signals from the eyes and pineal organ to guide vertical movement in response to changes in light wavelength.

Bees Break Their Own Rules: Why Popular Flowers Beat Pretty Ones

Social information can override bumblebees’ innate colour preferences, reshaping how flowers compete for pollinators.

That Fresh-Cut Grass Smell? It’s a Plant’s Distress Call

A new study reveals how the familiar “green” smell of cut grass is part of a long evolutionary battle between plants and insects.

This Norovirus Breakthrough Could Accelerate Vaccine Development

Japanese researchers have developed a reverse genetics system that enables the generation and study of infectious noroviruses without the use of cultured cells.

Scientists Uncover The Hidden Mechanism That Lets Sperm Swim

A protein scaffold inside centrioles stabilises the base of the sperm tail, revealing why defects in this structure can lead to male infertility.

Ribosome Fight Club: How Cells Eliminate Inefficient Ribosomes

Poorly performing ribosomes are eliminated in a ‘survival of the fittest’ mechanism, ensuring the quality of protein synthesis in cells.

Just Five Minutes Of Light Exercise Boosts Children’s Brain Power And Mood

As children worldwide spend more time seated and less time active, Japanese researchers have discovered that even minimal amounts of physical activity can make a significant impact.

Depression May Be An Immune Disorder As Much As A Mental One

Scientists have found that an overactive immune system may underlie a common but difficult-to-diagnose form of depression.

Meet Balanophora, The Parasitic Plant That Barely Qualifies As A Plant

Researchers have traced how Balanophora evolved an extreme parasitic lifestyle—shrinking its plastid genome and, in some species, abandoning sexual reproduction entirely.