Auxin plays a central role in plant life. The hormone regulates various processes, from embryonic development to the formation of roots and the directional growth in response to light and gravity.

6 This result suggested that the pronounced auxin efflux due to CsPIN1 causes ... For ground experiments, the plastic containers were placed on the two-axis clinostat and three dimensionally ...

Now scientists have provided definitive insights into the driving force behind this movement -- the plant hormone auxin. Plants have developed a number of strategies to capture the maximum amount ...

The effects of the plant hormone auxin were first described scientifically almost 100 years ago. Today we know that auxin controls countless processes in plant cells—be it in the development of ...

Auxin can either be produced by the plant or ... as a general rule it is inadvisable to put the cutting directly into the ...

Researchers from the University of Tasmania have provided new insights into auxin, a master plant hormone, and its vital role in starch production—the powerhouse of the world's most important crops.

In land plants, auxin is an important and well-studied phytohormone that affects various aspects of plant development. However, the main cell receptor that regulates the auxin signaling machinery ...

In a stem, the cells on the shaded side contain more auxin and grow longer than the cells on the light side. This causes the stem to grow towards the light. It is vital to note that the plant does ...

A biosensor visualizes redistribution dynamics of the plant hormone auxin in living cells. A team of scientists at the Max Planck Institute for Developmental Biology in Tübingen and the ...

Just like phototropism, gravitropism is also caused by an unequal distribution of auxin. When a stem is placed horizontally, the bottom side contains more auxin and grows more - causing the stem ...