This work also includes identifying cell types, with over 8,000 different ... With the finished adult female fruit fly connectome in hand, groups of researchers can now use it to make predictions ...

A team from the Institute for Neurosciences (IN), a joint center of the Spanish National Research Council (CSIC) and the ...

Their findings indicate that transplastomic tomato fruit may ... difficulty of engineering the plastid genome lies in the large number (1,000–10,000) of genome copies per cell distributed ...

Researchers said they have used data about fruit flies along with unique algorithms to discover new pathways - along with ...

Cell engineering could change the way in which cells are organized and therefore affect tissue building. FIGURE 4: The team observed the size (left) and enrichment (right) of an interface formed ...

“Therefore, this is just the start of the journey, but we know now that our modified fruit flies can serve as a valuable resource to uncover unprecedented mechanisms of stem cell rejuvenation in ...

Numerous applications, including the development of antibodies, cell line cloning, and cell engineering, are now possible due to the capacity to cultivate the cells for varying amounts of time.

They found that the fruit bat pancreas, compared to the pancreas of an insect-eating bat, had extra insulin-producing cells as well as genetic changes to help it process an immense amount of sugar.

Cell engineering has numerous applications, from cell modification for cell-based therapies to the production of therapeutic antibodies. One method to modify a cell genome is to use electroporation – ...

The CellPore™ Transfection System represents a substantial leap forward for cell engineering researchers, offering a novel method—known as mechanoporation—for cargo delivery into mammalian ...