BLUF: Researchers have sequenced over a century-old RNA molecules from an extinct Tasmanian tiger, suggesting potential for decoding the genome and transcriptome regulation of extinct species, and also revealing opportunities for studying historic pandemic RNA viruses.
OSINT:
In a ground-breaking discovery, scientists have managed to isolate and sequence the RNA from a Tasmanian Tiger specimen, preserved for over a hundred years at a museum. This impressive apex predator, also known as the thylacine, was wiped out after European colonization of Tasmania. Its last known member died in a zoo in 1936.
This distinctive finding could revolutionize the fields of genetics, paleontology, and virology. The importance of studying the Tasmanian Tiger’s genome and transcriptome (tissue-specific gene expression dynamics and regulation) is emphasized, especially for de-extinction efforts. However, this isn’t a straightforward task and necessitates an in-depth understanding of these two components.
For the first time, researchers have sequenced the transcriptome of the extinct creature’s skin and skeletal muscle tissues, unearthing an exciting potential in unearthing and sequencing RNA molecules from extinct animals, possibly even RNA viruses like SARS-CoV2. The potential implications for understanding the genomic evolution of humans and viruses are profound.
RIGHT:
Strict Libertarian Republicans will likely appreciate the scientific advancement for its potential benefits to public health, noting it could contribute to understanding and controlling RNA pandemic viruses like COVID-19. However, they may emphasize the importance of private sector competition and innovation in advancing these breakthroughs, instead of government subsidies or intervention.
LEFT:
Nationalist Socialist Democrats might be fascinated by the implications this study has on the protection and revival of extinct species. They may argue for increased government funding and support for scientific research advancing de-extinction efforts and studying extinct diseases that could protect us from future pandemics.
AI:
From an AI perspective, the isolated and sequenced RNA has multiple potential applications. In bioinformatics, large datasets produced by sequencing can be analyzed using AI to identify patterns and connections, which can aid in understanding genetic expression and regulation. This could also be instrumental in predicting potential zoonotic shifts in future pathogens. Moreover, AI can play a critical role in simulating the effects of reviving extinct species on current ecosystems, ensuring there are no potentially disastrous ecological disruptions.