Researchers found a new class of RNA in blood nanoparticles, potentially paving the way for less invasive prostate cancer diagnosis using a liquid biopsy
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#RNA #liquidbiopsy #prostatecancer #research #nanoparticles
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#RNA #liquidbiopsy #prostatecancer #research #nanoparticles
Mount Sinai Health System
Mount Sinai Researchers Discover Novel Nanoparticles in Blood With Potential to Transform Cancer Diagnosis
New York, NY (August 16, 2024) — Scientists at the Icahn School of Medicine at Mount Sinai have identified a new class of RNAs packed into tiny particles known as extracellular vesicles (EVs) that could revolutionize how cancer and other diseases are diagnosed.…
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Chemists have joined RNA and amino acids together in the lab – replicating the likely conditions of our newborn planet 🌍 that may have led to the proliferation of living organisms 🦠 that crawl all over Earth today. 🐾
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#RNA #AminoAcids #OriginsOfLife #Astrobiology #ChemicalEvolution
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#RNA #AminoAcids #OriginsOfLife #Astrobiology #ChemicalEvolution
ScienceAlert
Chemists Have Replicated a Critical Moment in The Creation of Life
A major step.
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Science News
Scientists’ chemical breakthrough sheds light on origins of life - A small polymerase ribozyme that can synthesize itself and its complementary strand Read Full Article Here are five hashtags for your post:#OriginsOfLife #RibozymeBreakthrough #SelfReplication…
🔬 Researchers at LMB have discovered a tiny RNA molecule named QT45 that can copy itself and its complementary strand, a crucial step toward self-replication. This challenges previous assumptions that only long, complex RNA molecules could perform such a feat.
🧬 Published today in the journal Science, this breakthrough supports the theory that life could have originated from self-replicating RNA molecules in a "primordial soup."
🌍 The discovery offers insights into the earliest steps of life and has implications for understanding the likelihood of life emerging spontaneously on other planets.
#RNA #OriginsOfLife #ScienceBreakthrough
🧬 Published today in the journal Science, this breakthrough supports the theory that life could have originated from self-replicating RNA molecules in a "primordial soup."
🌍 The discovery offers insights into the earliest steps of life and has implications for understanding the likelihood of life emerging spontaneously on other planets.
#RNA #OriginsOfLife #ScienceBreakthrough
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Short strands of RNA nearly self-replicate, recreating a possible step in the dawn of life
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#RNA #OriginsOfLife #SelfReplication
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PNAS
Short strands of RNA nearly self-replicate, recreating a possible step in the dawn of life
The newly-discovered tiny QT45 ribozyme, shown here in an artist’s depiction, helped researchers explore the origins of life. Image credit: Elfy Chiang, microscopy image by James Attwater.
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Researchers have identified RNA biomarkers, known as “SECmeres”, that could provide a simple blood test for earlier Alzheimer's diagnosis
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#AlzheimersResearch #RNA biomarkers #EarlyDetection
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#AlzheimersResearch #RNA biomarkers #EarlyDetection
Mount Sinai Health System
Mount Sinai Researchers Identify RNA Biomarkers that Could Offer a Simple Blood Test for Earlier Alzheimer’s Diagnosis
New York, NY (June 22, 2026) — Mount Sinai researchers have discovered blood RNA biomarkers that offer a promising minimally invasive approach for earlier diagnosis of Alzheimer’s disease, according to findings published in Nature Communications on June 22.