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    "tldr": "Reconstitution is a physical process you can watch in real time. Here is what happens when bacteriostatic water meets a lyophilized peptide vial, step by step.",
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            "value": "Reconstitution is a physical process you can watch in real time. Here is what happens when bacteriostatic water meets a lyophilized peptide vial, step by step.",
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            "value": "What Reconstitution Is",
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            "value": "How Freeze-Drying Locks a Peptide in Place",
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            "value": "What Actually Happens When You Add the Diluent",
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        {
            "q": "Why does lyophilized peptide powder last longer than reconstituted solution?",
            "a": "Freeze-drying removes almost all water, which locks the peptide chains in a low-reactivity state. Adding water back lets normal degradation processes resume, so reconstituted solution has a much shorter working life."
        },
        {
            "q": "Should I shake a peptide vial to help it dissolve?",
            "a": "No. Shaking introduces air and shear force that can damage the peptide's folded structure. Gentle swirling or rolling the vial between your palms dissolves the powder without that risk."
        },
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            "q": "Is bacteriostatic water the same as sterile water for reconstitution?",
            "a": "No. Bacteriostatic water contains a small amount of benzyl alcohol as a preservative, which supports repeated vial punctures over time. Check compatibility for sensitive peptides rather than assuming it's interchangeable."
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                        "text": "Freeze-drying removes almost all water, which locks the peptide chains in a low-reactivity state. Adding water back lets normal degradation processes resume, so reconstituted solution has a much shorter working life."
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