present an important study that applied a high-resolution transposon-based barcoding system to show the clonal contribution of hematopoietic stem and ...

Results from a new study show that the water-rich iron mineral ferrihydrite may be the main pigment behind Mars’ reddish dust ...

A study, conducted in part by NASA, indicates why Mars is red — and, more importantly, what this says about potential life on ...

A study suggests Mars takes its red hue from a type of mineral that forms in cool water, which could reveal insights about ...

Changes to the seasons will also have big impacts on the environment—altering the growing seasons for plants and changing ...

The Red Planet, as it’s often called, has a distinct hue, and a new theory about this coloration could have implications for ...

Scientists have discovered that Mars' red color likely comes from ferrihydrite, a mineral that forms in water challenging previous theory.

A new study led by Brown University researchers shows a water-rich mineral could explain the planet’s color — and hint at its wetter, more habitable past.

The story of the red planet, it turns out, may be due for a revision. At one time, experts thought that Mars was covered with ...

During myogenic differentiation the cellular architecture and proteome of muscle stem cells and myoblasts undergo extensive remodeling. These molecular processes are only partially understood and ...

Experimental research conducted by an international team argues that the reason Mars is red is due to a water-rich mineral known as ferrihydrite.

Answer to woes basic for Heat’s Spoelstra, ‘We’re closer than what it feels like’; Jovic to be reevaluated in four weeks To appreciate Erik Spoelstra's ongoing Heat optimism in the midst ...