top | item 41737715 (no title) matrix_overload | 1 year ago How does it work given the 500-year half-life of the DNA? discuss order hn newest khrbrt|1 year ago The seed was still alive for those 1000 years. Still respirating from stored fats and carbs. Still performing cellular activities like DNA replication and repair.Also plants often have many duplicate copies of their genome per cell. rishav_sharan|1 year ago Here's how I understand it, though I am just a layperson;As all the strands of DNA in the cells of the seed degrade in different ways, the cells can still patch up the damaged DNA. fooker|1 year ago I assume 1/4th of the DNA can replicate enough after 1000 years. catlikesshrimp|1 year ago Most of the DNA is non coding. Damage to it almost never compromises the genome.This neat trick works like the sacrificial metal on the hulk of ships. (Loose analogy)
khrbrt|1 year ago The seed was still alive for those 1000 years. Still respirating from stored fats and carbs. Still performing cellular activities like DNA replication and repair.Also plants often have many duplicate copies of their genome per cell.
rishav_sharan|1 year ago Here's how I understand it, though I am just a layperson;As all the strands of DNA in the cells of the seed degrade in different ways, the cells can still patch up the damaged DNA.
catlikesshrimp|1 year ago Most of the DNA is non coding. Damage to it almost never compromises the genome.This neat trick works like the sacrificial metal on the hulk of ships. (Loose analogy)
khrbrt|1 year ago
Also plants often have many duplicate copies of their genome per cell.
rishav_sharan|1 year ago
As all the strands of DNA in the cells of the seed degrade in different ways, the cells can still patch up the damaged DNA.
fooker|1 year ago
catlikesshrimp|1 year ago
This neat trick works like the sacrificial metal on the hulk of ships. (Loose analogy)