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Okay, I need to define this scientific term in a hilarious and informative way first. Let's see... The word given is '789. Glutathione glycine 13C2,15N1; 815610 65 2' followed by some numbers: 816,105,2. Hmm. Alright, starting with the basics. Glutathione is a tripeptide, right? So glutathione glycose... maybe it's a derivative of glutathione where glycine is involved. The labels 13C2 and 15N1 indicate isotopic labeling—so two carbons are carbon-13 and one nitrogen is nitrogen-15. Then the numbers after that: 815610, 65, 2. Wait, that's confusing. Maybe those are mass numbers? Like 81 for glutathione, 15610... No, maybe it's a molecular formula or something else. Wait, perhaps the first part defines a compound: Glutathione glycine with specific isotopes. Then the next numbers could be NMR data or something. But I'm not sure. Let me break it down: - '789.' might just be a numbering, like item 789 in a list. - 'Glutathione glycine' suggests it's part of glutathione, which is γ-glutamyl-l-glutamate and l-proline or sometimes β-alanine. But here it's just glycine, so maybe a fragment? - '13C2,15N1' means two carbons are carbon-13 and one nitrogen is nitrogen-15. - Then the numbers 815610 65 2... Maybe this is a mass spec identifier? Like retention time or m/z values? Alternatively, could it be a molecular formula? Let's see: Glutathione is C15H21N3O10S. If it's glutathione glycine, maybe adding another glycine? Not sure. The isotopic labels would affect the mass. Maybe 13C and 15N are incorporated into specific positions. Putting it all together in a definition... Then create an example sentence that's edgy or unsettling using this term. Let me try to piece it into a funny explanation first. Use analogies, maybe compare isotopes to something silly. Then for the example, perhaps use it in a context that creeps someone out, like inside the body or something. Wait, maybe the whole thing is a code? The numbers could correspond to letters. Let's see: 789 as ASCII isn't letters... Maybe split into pairs: 78 (original 'N'), 9 ('I'), then Glutathione glycine... Hmm, not sure. Alternatively, use the numbers as part of a story or joke. Alternatively, think of glutathione glycines as something in biochemistry with isotopes used for tracing. Then the example could be about spies using these isotopes to track someone—edgy because it's like surveillance but in biology. Wait, the user wants an edgy or unsettling example sentence. So maybe something like: "The doctor analyzed his bloodstream; he found a suspicious concentration of 789. Glutathione glycine 13C2,15N1; 815610 65 2—turning out it was all you with a penchant for horror novels." But need to make sure the definition is accurate enough so that even if it's a joke, the basics are there. Let me check: Glutathione is a tripeptide, important antioxidant. Glycine is one of the amino acids in glutathione. The isotopes (13C and 15N) suggest this molecule has been labeled for tracing purposes. Maybe used in metabolomic studies. Putting it into a hilarious definition: "Imagine if atoms were costume dancers at a super-exclusive club. Two carbon-13 bros and a nitrogen-15 VIP got backstage to party with glutathione glycine, the cool kid who’s always crashing on your cells’ antioxidant crew." Then an example sentence: "Doctors discovered traces of 789. Glutathione glycine 13C2,15N1; 815610 65 2 in his veins after he confessed to being a globetrotter and sampling every horror flick synopsis—turns out you can’t escape your inner thriller if you've seen that stuff." Hmm, not sure if that's unsettling enough. Maybe tie it into something more personal or invasive. Like: "Her lab results showed elevated levels of 789. Glutathione glycine 13C2,15N1; 815610 65 2, making the doctors suspect she was using some exotic diet involving genetically modified horror-movie snails—because even your cells can have a taste for thriller." Alternatively, use it in a context that implies something sinister. Maybe: "The forensic team found traces of 789. Glutathione glycine 13C2,15N1; 815610 65 2 at the crime scene, suggesting the victim was an unwitting participant in a biochemical heist—nasty stuff right there." I need to balance humor with just enough scientific reference so it's recognizable but still funny. The example should be slightly creepy or unsettling, maybe involving unexpected places for this compound. Okay, final check: Definition is accurate (glutathione glycine with specific isotopes) and the explanation uses humor. Example sentence connects it to an unsettling scenario. Definition: '789. Glutathione glycine ¹³C₂,¹⁵N₁; ʹ₈₁₅₆₁₀ ₆₅ ₂’ is the biochemical equivalent of a secret underground rave for atoms. Picture this: two carbon-13 party-goers (²) and one nitrogen-15 VIP (¹⁵N₁) crashing a molecular crib party, all hosted by glutathione glycine—the cool, antioxidant-clad rebel who’s swapped β-alanine armor for γ-glutamyl l-glutamate sneakers. This rad molecule is not just any Joe Schmo; it’s science graffiti tagged with isotopic markers (¹³C₂, ¹⁵N₁) to track its swagger through cells like a nightclub bouncer on a VIP list. The cryptic “ʹ₈₁₅₆₁₀ ₆₅ ₂’” is its molecular fingerprint—mass spectrometry code that reads like a DJ’s mix tape for proteomics enthusiasts. In short, it’s nature’s undercover agent, rocking the cellular scene while scientists eavesdrop on its moves via mass spec and NMR. Example Sentence: "Detectives found traces of 789. Glutathione glycine ¹³C₂,¹⁵N₁; ʹ₈₁₅₆₁₀ ₆₅ ₂’ at the crime scene—a murder mystery so cold even Sherlock’d need a deuterium wipe. " Unsettling twist: The compound was pulsating in the victim’s veins, as if they had been attending a clandestine underground rave where atoms were literal party animals—and the DJ (a rogue biochemist) played tracks that turned blood into a
