Public articles linked to the same research event.
Nature News Drawing on a Nature news feature and a Nature Reviews Molecular Cell Biology review, this column-style summary surveys roughly 20 new cell-death modes described since 1999 — including alkaliptosis, pyroptosis, necroptosis, ferroptosis, cuproptosis, sodium-overload death and ruptosis — showing that how a cell dies shapes the signals it releases to neighbours, tissues and immune responses, and that death is not always irreversible, with 'bucket list' delays and anastasis revival.
Drawing on a Nature news feature and a Nature Reviews Molecular Cell Biology review, this column-style summary surveys roughly 20 new cell-death modes described since 1999 — including alkaliptosis, pyroptosis, necroptosis, ferroptosis, cuproptosis, sodium-overload death and ruptosis — showing that how a cell dies shapes the signals it releases to neighbours, tissues and immune responses, and that death is not always irreversible, with 'bucket list' delays and anastasis revival.
Drawing on a Nature news feature and a Nature Reviews Molecular Cell Biology review, this column-style summary surveys roughly 20 new cell-death modes described since 1999 — including alkaliptosis, pyroptosis, necroptosis, ferroptosis, cuproptosis, sodium-overload death and ruptosis — showing that how a cell dies shapes the signals it releases to neighbours, tissues and immune responses, and that death is not always irreversible, with 'bucket list' delays and anastasis revival.
Drawing on a Nature news feature and a Nature Reviews Molecular Cell Biology review, this column-style summary surveys roughly 20 new cell-death modes described since 1999 — including alkaliptosis, pyroptosis, necroptosis, ferroptosis, cuproptosis, sodium-overload death and ruptosis — showing that how a cell dies shapes the signals it releases to neighbours, tissues and immune responses, and that death is not always irreversible, with 'bucket list' delays and anastasis revival.