Animal cells have many small vacuoles within them while plant cells have one large one. The vacuole within a plant cell can ...

Animal and plant cells have different energy-producing structures inside them. For animals, that’s mitochondria, which convert chemical energy from food into a form that our cells can use.

Plants use photosynthesis, while animals rely on mitochondria. Researchers hoped that they would be able to take plant cells and combine them with animal cells—in this case, cells taken from ...

Aside from being seem as "alien" material, the chloroplasts themselves struggle to function in the environment of an animal cell. "Almost all algae and plant species photosynthesize under 30 ...

After decades of failed attempts, scientists have finally succeeded in coaxing animal cells into photosynthesizing. So far, the researchers have only managed to achieve the feat in cultured cells ...

Plants grow from something unexpected—carbon drawn in through tiny pores called stomata. At Stanford, researchers are ...

Chloroplasts, the parts of cells that allow plants and algae to photosynthesize, are thought to have originated more than 1 billion years ago, when photosynthetic cyanobacteria lived symbiotically ...

Challenges remain: Chloroplasts need a steady supply of proteins from the cell. “Animal cells, however, don’t have the necessary genes to make and transport these proteins, so chloroplasts ...

However, unlike plants and algae, animal cells do not contain chloroplasts. That is until now, as researchers have demonstrated that it is possible to functionally combine the two.

Plants show similar variation, with one – the fork fern (Tmesipteris oblanceolata) – holding the record for the largest genome, having over 50 times as much DNA in each cell as humans. DNA ...