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Product 4H30-5-2M
[3-(Azetidin-1-yl)oxetan-3-yl]methanamine hydrochloride
Product Number
4H30-5-2M
CAS
MDL Number
MFCD32899460
Molecular Formula
C7H15ClN2O
Molecular Weight
178.66
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![[3-(Azetidin-1-yl)oxetan-3-yl]methanamine hydrochloride](data:image/png;base64,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)