• by /u/Altruistic_Border381
    [ Removed by Reddit on account of violating the content policy. ] submitted by /u/Altruistic_Border381 [link] [comments]
  • by /u/Cute-Scarcity-4022
    submitted by /u/Cute-Scarcity-4022 [link] [comments]
  • by /u/Legitimate-Muffin917
    submitted by /u/Legitimate-Muffin917 [link] [comments]
  • by /u/bluemooninvestor
    submitted by /u/bluemooninvestor [link] [comments]
  • by /u/YouPretend1161
    I have been trying to access METLIN databse but unfortunately I don't have access. anyone facing the same issue? submitted by /u/YouPretend1161 [link] [comments]
  • by /u/Select-Wear-7859
    Started with clean molecular animations and documentary-style footage. Standard stuff. Knew immediately it wasn't right. By video 2 the aesthetic had shifted — glitch effects on damaged mitochondria, organs rendered as industrial machinery, circuit board floors under food shots, full-screen red TOXIC ALDEHYDE title cards. By video 3 the language was locked: — Rusted liver caged in gears pumped with purple fluid — HUD overlays mapping fructose from mouth to liver in real time like a threat assessment — Cyan / purple / red / black. Always. — Body as hardware. Blood as data stream. Food as input. Video 4 […]
  • by /u/DartLc
    submitted by /u/DartLc [link] [comments]
  • by /u/Greg_T_24
    hi r/metabolics I'm still a bit of a novice with metabolomics, this sub has been a mine of fantastic information. I'm currently looking at my dataset which has patient plasma run on a hilic plus orbitrap paradigm. I can see from a library developed for this assay (same column and mobile phase conditions) that some metabolites look to have decayed at the source. I can't know for sure, but knock a water molecule off my target mass and there's a likely candidate at the correct rt. I know in-source fragmentation products are a big deal in metabolomics and it got […]
  • by /u/jrcantero
    submitted by /u/jrcantero [link] [comments]
  • by /u/sage_pen85
    I’ve been going down the rabbit hole of personal DNA data lately, and I realized something: Most DNA reports aren’t actually wrong — they’re just answering the wrong question. They usually focus on: “What variants (SNPs) do you have?” But that never felt actionable to me. Just a long list of genetic trivia. Biology doesn’t really work like a checklist of SNPs. It works more like a set of systems under pressure. So I started looking into a different approach: Instead of listing variants, you model how those variants interact — kind of like constraints in a system — and […]
  • by /u/Tiny-Reception3880
    submitted by /u/Tiny-Reception3880 [link] [comments]
  • by /u/minisculecoconut
    The database used is an augmented version of PubChemLite. I would really appreciate any feedback, thanks! submitted by /u/minisculecoconut [link] [comments]

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