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Destination's JourneyDestinationsJourney@mastodon.world
2025-11-20

The Armstrong Whitworth F.K.10 was a British First World War quadruplane fighter. Testing proved that the additional wings produced too much drag. Of the 50 ordered, only 8 were built. destinationsjourney.com/histor #ArmstrongWhitworthFK10 #aviation #FirstWorldWar #quadraplane #RFC #RNAS #RoyalFlyingCorps #RoyalNavalAirService #WorldWarOne

The Armstrong Whitworth F.K.10 was a British First World War quadruplane fighter developed as part of a brief period of experimental interest in multi-wing aircraft. Designed by the Dutch-born engineer Frederick Koolhoven, the F.K.10 aimed to improve lift and manoeuvrability by stacking four narrow-chord wings in a compact arrangement. Although the concept appeared promising on paper, it emerged late in 1916, just as biplane fighters were proving dominant in both performance and practicality. The British government placed an order for 50 aircraft, but testing quickly revealed limitations. The additional wings produced more drag than anticipated, reducing performance, while the expected advantages in lift and agility did not materialise. As aviation understanding progressed, designers recognised that the aerodynamic penalties of four-wing layouts outweighed any theoretical benefits. Only five were built of the RFC order, with a further three built for the RNAS. They were not used operationally and the design was not developed further.
Giuseppe MichieliGMIK69@mstdn.science
2025-02-17

A two-step #mechanism for RIG-I #activation by #influenza virus mini viral #RNAs, etidiohnew.blogspot.com/2025/0

Cell Chemical BiologyCellChemicalBiology@mstdn.science
2024-09-19

Insightful #perspective by Papenfort and @storzlab on how small regulatory #RNAs (sRNAs) in bacteria reveal protein functions and metabolic pathways. @NIH @UniJena #RNAResearch #Microbiology cell.com/cell-chemical-biology

Cell Chemical BiologyCellChemicalBiology@mstdn.science
2024-08-01

Online now! Insightful #perspective by Papenfort and @storzlab on how small regulatory #RNAs (sRNAs) in bacteria reveal protein functions and metabolic pathways. @NIH @UniJena #RNAResearch #Microbiology cell.com/cell-chemical-biology #chembiol

CellBioNewscellbionews@scientificnetwork.de
2024-07-23

Smart guide #RNAs: Researchers use #logic_gate-based decision-making to construct #circuits that control #genes.

#CRISPR #gene_expression

phys.org/news/2024-07-smart-rn

eLifeeLife@fediscience.org
2024-04-20

Examining the role of non-coding #RNAs in liver treatment. elifesciences.org/digests/9143

Cell Chemical BiologyCellChemicalBiology@mstdn.science
2024-01-19

#Review! 2′-OH as a universal handle for studying intracellular #RNAs by Lu Xiao, @linglan_fang, and Eric T. Kool @koolchemistry at @Stanford_ChEMH @Stanford @StanfordUChem cell.com/cell-chemical-biology #chembiol cell.com/cell-chemical-biology

Cell Chemical BiologyCellChemicalBiology@mstdn.science
2023-11-21

Online now! #Review! 2′-OH as a universal handle for studying intracellular #RNAs by Lu Xiao, @linglan_fang, and Eric T. Kool @koolchemistry at @Stanford_ChEMH @Stanford @StanfordUChem cell.com/cell-chemical-biology #chembiol

CellBioNewscellbionews@scientificnetwork.de
2023-10-03

#Wheat's long #non_coding #RNAs unveiled: A leap in understanding grain #development.

#lncRNA #ssRNA_seq #agriculture #Triticum

phys.org/news/2023-10-wheat-no

The EMBO Journalembojournal@sciencemastodon.com
2023-09-27

Another chapter in our current RNA Review series:
Uciel Chorostecki, Nicolás Bologna, Federico Ariel discuss how various #noncoding #RNAs influence plant interactions with the environment
embopress.org/doi/full/10.1525

Pestinfopestinfo@ecoevo.social
2023-09-17

Extracellular #RNAs are produced by fungal #plant #pathogens. They enter plants and manipulate the physiology and immunity of their hosts. Review of their production and activity in plants and discussion of the potential of spray-induced gene silencing (SIGS). Article by An-Po Cheng and others - doi.org/10.1007/s00253-023-127

Diagram of the production of RNAs by fungi in extracellular vesicles (right side), their transport to a plant cell where they enter the cell and manipulate the physiology and immunity of the plant host by gene silencing and by producing fungal proteins (left side).
The EMBO Journalembojournal@sciencemastodon.com
2023-08-07

New chapter in our current RNA Review series:
Tetsuro Hirose et al on #Satellite #RNAs - emerging players in subnuclear architecture and gene regulation
embopress.org/doi/full/10.1525

Scientific Frontlinesflorg
2023-06-09

Australian researchers have made an important new connection between a person’s cancer risk and the functions of circular , a recently discovered family of fragments present within our .

sflorg.com/2023/06/bio06092301

The World at Wartheworldatwar
2023-04-27

Britain’s Eastchurch Squadron of the RNAS (Royal Naval Air Service) gets ready for action - Dunkirk 1914. The aircraft are (L to R) a Short 42, a Sopwith tractor, a BE2A and a Farman F20 with an airship for good measure

Helmholtz Institute WürzburgHelmholtz_HIRI@helmholtz.social
2023-03-23

Translation of viral #RNAs is often driven by non-canonical events, which are encoded in the viral genome to hijack the cellular translation machinery. One such event is programmed ribosomal #frameshifting. It prompts the translating #ribosome to slip one nucleotide back or forth into a different reading frame, enabling viral replication. Researchers from the Helmholtz Institute Würzburg unveiled the structural transitions in the #SARSCoV2 frameshifting process. 🧬 👩‍🔬 🦠
➡️ helmholtz-hiri.de/en/newsroom/

jobRxivjobRxiv@mas.to
2023-02-24

Postdoctoral position to explore “Tiny RNAs” in humans @nakanishi_lab

Interested in a new type of non-coding #RNAs? Please apply for @nakanishi_lab in #Columbus as a #postdoc to explore the world of tiny RNAs!

jobrxiv.org/job/the-ohio-state

#ScienceJobs...
jobrxiv.org/job/the-ohio-state

jobRxivjobRxiv@mas.to
2023-02-04

Postdoctoral position to explore “Tiny RNAs” in humans @nakanishi_lab

Interested in a new type of non-coding #RNAs? Please apply for @nakanishi_lab in #Columbus as a #postdoc to explore the world of tiny RNAs!

jobrxiv.org/job/the-ohio-state

#ScienceJobs...
jobrxiv.org/job/the-ohio-state

JIPBJIPB@mstdn.science
2023-01-12

How do you adapt to changing conditions when you're rooted? Wang et al. look at how specific non-coding #RNAs regulate the expression of essential #plant genes, allowing for crucial #environmental #adaptation.🔓⬇️doi.org/10.1111/jipb.13420
@wileyplantsci
#development #PlantSci #JIPB #plantscience #plantbiology

Line diagram illustrating lncRNP activity throughout the plant cell (in the cytoplasm, nucleus, and nucleolus).
Giuseppe MichieliGMIK69@mstdn.science
2022-12-05

Characterizing #SARS-CoV-2 #transcription of #subgenomic and #genomic #RNAs during early human #infection using multiplexed #droplet digital #PCR, doi.org/10.1093/infdis/jiac472

Robert West, PhDwestr@newsie.social
2022-11-21

The emerging power and promise of non-coding #RNAs in #chronicpain
frontiersin.org/articles/10.33
#neuropathicpain #ncRNA #DRG #spinalcord

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