Exploring DNA degradation in situ and in museum storage through genomics and metagenomics
Compares DNA preservation in archaeological bones with different excavation and storage histories.
Preservation is a continuing responsibility.
A sample's value depends on collection, chain of custody, storage history and quality controls. Cryopreservation research ranges from cells and tissues to experimental organ preservation. Preserving a specimen, preserving its structure and restoring its function are distinct outcomes.
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Compares DNA preservation in archaeological bones with different excavation and storage histories.
Investigates ancient human DNA in cave-wall pigments and rock-art environments.
NCI's fourth-edition practices cover biospecimen operations, quality and governance.
Addresses sample collection, storage, retrieval, quality controls and operations.
ISBER repository practices address sample stewardship and quality management.
Demonstrates vitrification, nanowarming and life-supporting transplantation of rat kidneys.
Uses vitrified autopsy brain tissue for cryo-electron tomography.
Investigates cryopreservation of human brain tissue and neural organoids.
Studies vitrification and functional recovery of pancreatic islets.
Studies ice-free preservation and nanowarming of porcine cartilage.