Long-term whole blood DNA preservation by cost-efficient cryosilicification

Deoxyribonucleic acid (DNA) is the blueprint of life, and cost-effective methods for its long-term storage could have many potential benefits to society. Here we present the method of in situ cryosilicification of whole blood cells, which allows long-term preservation of DNA. Importantly, our straig...

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Published inNature communications Vol. 13; no. 1; p. 6265
Main Authors Zhou, Liang, Lei, Qi, Guo, Jimin, Gao, Yuanyuan, Shi, Jianjun, Yu, Hong, Yin, Wenxiang, Cao, Jiangfan, Xiao, Botao, Andreo, Jacopo, Ettlinger, Romy, Jeffrey Brinker, C., Wuttke, Stefan, Zhu, Wei
Format Journal Article
LanguageEnglish
Published London Nature Publishing Group UK 21.10.2022
Nature Publishing Group
Nature Portfolio
Subjects
140/131
147/135
147/136
147/137
147/28
38/22
38/23
38/47
631/61/350/2093
639/301/54/992
639/925/926/1049
Blood cells
Blood Preservation - methods
Deoxyribonucleic acid
DNA
DNA - genetics
Genomics
High temperature
Humanities and Social Sciences
Humans
multidisciplinary
Oxygen
Preservation
Preservation, Biological - methods
Room temperature
Science
Science (multidisciplinary)
Three dimensional printing
Ultraviolet radiation
Ultraviolet Rays
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Abstract Deoxyribonucleic acid (DNA) is the blueprint of life, and cost-effective methods for its long-term storage could have many potential benefits to society. Here we present the method of in situ cryosilicification of whole blood cells, which allows long-term preservation of DNA. Importantly, our straightforward approach is inexpensive, reliable, and yields cryosilicified samples that fulfill the essential criteria for safe, long-term DNA preservation, namely robustness against external stressors, such as radical oxygen species or ultraviolet radiation, and long-term stability in humid conditions at elevated temperatures. Our approach could enable the room temperature storage of genomic information in book-size format for more than one thousand years (thermally equivalent), costing only 0.5 $/person. Additionally, our demonstration of 3D-printed DNA banking artefacts, could potentially allow ‘artificial fossilization’. Cost-effective methods for long-term storage of DNA are desired. Here the authors present a method for in situ cryosilicification of whole blood cells, allowing long-term and room temperature preservation of genomic information for only approximately $0.5 per sample.
AbstractList Deoxyribonucleic acid (DNA) is the blueprint of life, and cost-effective methods for its long-term storage could have many potential benefits to society. Here we present the method of in situ cryosilicification of whole blood cells, which allows long-term preservation of DNA. Importantly, our straightforward approach is inexpensive, reliable, and yields cryosilicified samples that fulfill the essential criteria for safe, long-term DNA preservation, namely robustness against external stressors, such as radical oxygen species or ultraviolet radiation, and long-term stability in humid conditions at elevated temperatures. Our approach could enable the room temperature storage of genomic information in book-size format for more than one thousand years (thermally equivalent), costing only 0.5 $/person. Additionally, our demonstration of 3D-printed DNA banking artefacts, could potentially allow ‘artificial fossilization’. Cost-effective methods for long-term storage of DNA are desired. Here the authors present a method for in situ cryosilicification of whole blood cells, allowing long-term and room temperature preservation of genomic information for only approximately $0.5 per sample.
Deoxyribonucleic acid (DNA) is the blueprint of life, and cost-effective methods for its long-term storage could have many potential benefits to society. Here we present the method of in situ cryosilicification of whole blood cells, which allows long-term preservation of DNA. Importantly, our straightforward approach is inexpensive, reliable, and yields cryosilicified samples that fulfill the essential criteria for safe, long-term DNA preservation, namely robustness against external stressors, such as radical oxygen species or ultraviolet radiation, and long-term stability in humid conditions at elevated temperatures. Our approach could enable the room temperature storage of genomic information in book-size format for more than one thousand years (thermally equivalent), costing only 0.5 $/person. Additionally, our demonstration of 3D-printed DNA banking artefacts, could potentially allow 'artificial fossilization'.
Abstract Deoxyribonucleic acid (DNA) is the blueprint of life, and cost-effective methods for its long-term storage could have many potential benefits to society. Here we present the method of in situ cryosilicification of whole blood cells, which allows long-term preservation of DNA. Importantly, our straightforward approach is inexpensive, reliable, and yields cryosilicified samples that fulfill the essential criteria for safe, long-term DNA preservation, namely robustness against external stressors, such as radical oxygen species or ultraviolet radiation, and long-term stability in humid conditions at elevated temperatures. Our approach could enable the room temperature storage of genomic information in book-size format for more than one thousand years (thermally equivalent), costing only 0.5 $/person. Additionally, our demonstration of 3D-printed DNA banking artefacts, could potentially allow ‘artificial fossilization’.
Cost-effective methods for long-term storage of DNA are desired. Here the authors present a method for in situ cryosilicification of whole blood cells, allowing long-term and room temperature preservation of genomic information for only approximately $0.5 per sample.
Deoxyribonucleic acid (DNA) is the blueprint of life, and cost-effective methods for its long-term storage could have many potential benefits to society. Here we present the method of in situ cryosilicification of whole blood cells, which allows long-term preservation of DNA. Importantly, our straightforward approach is inexpensive, reliable, and yields cryosilicified samples that fulfill the essential criteria for safe, long-term DNA preservation, namely robustness against external stressors, such as radical oxygen species or ultraviolet radiation, and long-term stability in humid conditions at elevated temperatures. Our approach could enable the room temperature storage of genomic information in book-size format for more than one thousand years (thermally equivalent), costing only 0.5 $/person. Additionally, our demonstration of 3D-printed DNA banking artefacts, could potentially allow ‘artificial fossilization’.Cost-effective methods for long-term storage of DNA are desired. Here the authors present a method for in situ cryosilicification of whole blood cells, allowing long-term and room temperature preservation of genomic information for only approximately $0.5 per sample.
ArticleNumber 6265
Author Shi, Jianjun
Yin, Wenxiang
Guo, Jimin
Cao, Jiangfan
Zhou, Liang
Yu, Hong
Jeffrey Brinker, C.
Gao, Yuanyuan
Ettlinger, Romy
Xiao, Botao
Lei, Qi
Zhu, Wei
Wuttke, Stefan
Andreo, Jacopo
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Snippet Deoxyribonucleic acid (DNA) is the blueprint of life, and cost-effective methods for its long-term storage could have many potential benefits to society. Here...
Abstract Deoxyribonucleic acid (DNA) is the blueprint of life, and cost-effective methods for its long-term storage could have many potential benefits to...
Cost-effective methods for long-term storage of DNA are desired. Here the authors present a method for in situ cryosilicification of whole blood cells,...
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639/925/926/1049
Blood cells
Blood Preservation - methods
Deoxyribonucleic acid
DNA
DNA - genetics
Genomics
High temperature
Humanities and Social Sciences
Humans
multidisciplinary
Oxygen
Preservation
Preservation, Biological - methods
Room temperature
Science
Science (multidisciplinary)
Three dimensional printing
Ultraviolet radiation
Ultraviolet Rays
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Title Long-term whole blood DNA preservation by cost-efficient cryosilicification
URI https://link.springer.com/article/10.1038/s41467-022-33759-y
https://www.ncbi.nlm.nih.gov/pubmed/36270991
https://www.proquest.com/docview/2727100614
https://search.proquest.com/docview/2727638719
https://pubmed.ncbi.nlm.nih.gov/PMC9587218
https://doaj.org/article/c6e6b8d44c664c34a9971f6870961433
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