Sequence of life

Summary

The website content discusses the #30DaysOfScikuChallenge, focusing on a haiku inspired by nucleic acids, and highlights the development of a mobile genome sequence analyzer that could revolutionize DNA sequencing by making it as accessible as using a smartphone.

Abstract

The #30DaysOfScikuChallenge on the website encourages readers to engage in daily creative writing, specifically haikus inspired by science, with the current prompt being "Nucleic Acids." The article also delves into the innovative iGenomics algorithm, which enables comprehensive DNA sequence analysis directly on a smartphone. This technology, akin to the "tricorder" from Star Trek, has the potential to map DNA sequences of viral pathogens and identify crucial mutations for diagnosis and treatment, much like an iPhone camera has replaced the need for professional photography equipment. The study, detailed in Gigascience, marks a significant advancement in DNA sequencing technology, suggesting a future where portable and efficient genetic analysis is possible using mobile devices.

Opinions

The author expresses enthusiasm about the potential of mobile genome sequence analysis, suggesting it could be as transformative as the iPhone camera was to photography.
There is an optimistic view of the iGenomics algorithm's ability to analyze viral genomes, including those from SARS-CoV-2 patients, which could have significant implications for personalized medicine and rapid disease response.
The article conveys a sense of excitement and encouragement for readers to participate in the #30DaysOfScikuChallenge, emphasizing the fun and creative aspects of writing science-inspired haikus or other forms of science-inspired stories.
The mention of the tricorder from Star Trek reflects a positive sentiment towards the fusion of science fiction and real-world scientific advancements, highlighting the inspirational role of sci-fi in technological innovation.

Day 2 prompt: Nucleic Acids inspired Haiku

single or double helix code for the sequence of life tricorder or your phone

As the COVID crisis evolves, there is much interest in finding an efficient and portable way to study DNA on a mobile device. A recent study reported in the journal Gigascience describes the first mobile genome sequence analyzer by pairing an iPhone with a handheld DNA sequence — think — the “tricorder” as featured in Star Trek.

According to the study, iGenomics algorithm can potentially map DNA sequences of viral pathogens, such as a flu virus or Zika virus, and identify mutations important for diagnosis and treatment or even for analyzing other viral genomes, such as from a SARS-CoV-2 patient. It would be similar to an iPhone camera replacing the need for a professional camera — well, iGenomics could do the same for DNA sequencing.

*This is part of the #sciku challenge — science-inspired haiku ( so #sciku?) prompts to get you inspired — Our dear readers — why not spend some time each day creating and having a little fun — if you do — publish it anywhere on medium, just tag it with — #30DaysOfScikuChallenge.

**If haikus/scikus aren’t your jam, feel free to exercise your artistic creativity and write another form of a science-inspired story — I can’t wait to read what you come up with.

Tagging Joan O'Donnell KK Malukani, PhD Cody James Howell PhD (Raiden)and anyone else who feels inspired to play along with this fun #30DaysOfScikuChallenge and today’s prompt: Nucleic Acids

Also, check out the latest by ScienceDuuude

#30DaysOfScikuChallenge

Sequence of life

Day 2 prompt: Nucleic Acids inspired Haiku

iGenomics: Comprehensive DNA sequence analysis on your Smartphone

DNA sequencing technology has made tremendous progress over the past 30 years [ 1]. The earliest automated approaches…

Why We Each Respond to COVID-19 So Uniquely

A large multi-disciplinary study of COVID-19 patients