The identifier also appears in federal health and safety records:
This dataset is used to understand human mutation rates and identify "constrained" genes that are intolerant to inactivation.
Below are the most prominent subjects linked to this identifier: 1. Large-Scale Genomic Research
The number is associated with several distinct professional and scientific topics depending on the context. Most notably, it refers to the count of exomes (protein-coding regions of the genome) analyzed in a landmark genetic study.
It serves as a document ID for CDC Public Comment Summaries regarding the "National Conversation on Public Health and Chemical Exposures," which addressed community concerns about toxic substances like formaldehyde and mercury.
The identifier also appears in federal health and safety records:
This dataset is used to understand human mutation rates and identify "constrained" genes that are intolerant to inactivation.
Below are the most prominent subjects linked to this identifier: 1. Large-Scale Genomic Research
The number is associated with several distinct professional and scientific topics depending on the context. Most notably, it refers to the count of exomes (protein-coding regions of the genome) analyzed in a landmark genetic study.
It serves as a document ID for CDC Public Comment Summaries regarding the "National Conversation on Public Health and Chemical Exposures," which addressed community concerns about toxic substances like formaldehyde and mercury.
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