exploitation and conservation of natural resources through scientific information and training and information to society,” the researchers explain, adding that With more studies like this one, it will be possible to establish more accurate conclusions about the exact interactions in this regard before being able to establish concrete solutions, especially in the case of working with protected species associated with large social impacts. “It is necessary to apply appropriate management measures that reduce conflicts between the interests of humans and wildlife, to ensure the conservation of protected species while maintaining the sustainability of the ecosystem and the provision of important ecosystem services” , Aida López concludes.Recent studies have
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reported that some human cancer cells tend to have a mutation Morocco Phone Number List bias. The DNA sequence that is responsible for creating the proteins mutates at a different rate than the DNA sequences that do not. Other studies have reported that this mutation bias, first reported in 2017, also exists in human germ cells. The DNA sequence that is responsible for creating the proteins mutates at a slower rate than the DNA sequences that do not. If found to be true, this would mean that human DNA mutates depending on the function of a sequence, changing decades of fundamental knowledge in evolutionary biology. A study published today in Nature Communications by researchers from the Center for Genomic Regulation and the Autonomous University of Barcelona
finds no evidence of this mutation bias in the human germ line. The findings rule out the need to re-evaluate the results of previous human germline studies. To detect possible biases, the researchers constructed a portrait of all active mutational processes in sperm and eggs. They used this image to estimate how many mutations they would expect to see in DNA sequences that directly encode proteins (exons) versus the rest (introns). Finally, they compared this estimate with the observed number of mutations in publicly available data sets, finding that they matched well. The researchers also confirmed that these commonly used data sets are heavily enriched for harmful mutations, due to a large contribution from disease-linked probands.