collections.plos.org/collection/cancer-crosstalk-spatial-temporal-scales

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Unveiling cancer crosstalk across spatial and temporal scales

Neurotechnology offers unprecedented opportunities to treat neural disorders, restore brain function and enhance cognitive abilities. However, its vast potential is matched by significant scientific, technological and ethical challenges. This PLOS Biology collection explores the present and possible futures of neurotechnology to improve human health and cognition.



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Unveiling cancer crosstalk across spatial and temporal scales

https://collections.plos.org/collection/cancer-crosstalk-spatial-temporal-scales

Neurotechnology offers unprecedented opportunities to treat neural disorders, restore brain function and enhance cognitive abilities. However, its vast potential is matched by significant scientific, technological and ethical challenges. This PLOS Biology collection explores the present and possible futures of neurotechnology to improve human health and cognition.



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https://collections.plos.org/collection/cancer-crosstalk-spatial-temporal-scales

Unveiling cancer crosstalk across spatial and temporal scales

Neurotechnology offers unprecedented opportunities to treat neural disorders, restore brain function and enhance cognitive abilities. However, its vast potential is matched by significant scientific, technological and ethical challenges. This PLOS Biology collection explores the present and possible futures of neurotechnology to improve human health and cognition.

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      Unveiling cancer crosstalk across spatial and temporal scales
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      This collection focuses on how recent technological advancements in omics approaches (genomics, proteomics, metabolomics etc.) have enhanced our understanding of the mechanisms governing tumor progression across spatial and temporal scales, from tumorigenesis to metastatic dissemination.
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      Unveiling cancer crosstalk across spatial and temporal scales
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      This collection focuses on how recent technological advancements in omics approaches (genomics, proteomics, metabolomics etc.) have enhanced our understanding of the mechanisms governing tumor progression across spatial and temporal scales, from tumorigenesis to metastatic dissemination.
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