Auxiliary material used for injection or oral administration
A molecular structure, surfactant technology, applied in the field of excipients to improve its stability and/or drug safety, and can solve problems such as toxicity
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Embodiment T
[0138] Example T p(p=1~11)
[0139] Embodiment T is polyoxyethylene ((20)) sorbitan (mono) oleate (illustration: (20) represents that the (average) polymerization degree (n) of polyoxyethylene group is 20, can also be 10 ~30, or 15~25, or 17~23, or 18~22, or 19~22, etc., all of which have this meaning below, not otherwise specified),
[0140] Wherein, peroxide (substance 1, implementation (point) example (p=) 1), or epoxy compound (substance 2, implementation (point) example (p=) 2), or compound containing aldehyde group in molecular structure ( Aldehyde compounds) or / and formate (substance 3, implementation (point) example (p=)3), or carbonate (substance 4, implementation (point) example (p=)4), or the oxidation products mentioned above Esters other than carbonates and formates (substance 5, implementation (point) example (p=) 5), or methoxy compounds (substance 6, implementation (point) example (p=) 6), or sub Methylenedioxy compound (substance 7, implementation (point) e...
Embodiment V
[0145] Example V p(p=1~2)-q(q=1~4)
[0146] Embodiment V is polyoxyethylene ((20)) sorbitan (mono) oleate, wherein, the compound (embodiment sub-example (p=) 1) or molecule containing aldehyde group and polyoxyethylene group in molecular structure The compound (implementation sub-example (p=) 2) (the embodiment itself) oxidation product containing aldehyde group but not polyoxyethylene group in the structure is in each embodiment sub-example (V p(p=1~2)-q(q=1~4) ) content (respectively based on the aldehyde group contained therein) is 0.3mmol / kg (V p(p=1~2)-(q=)1 ), 3mmol / kg (V p(p=1~2)-(q=)2 ), 10mmol / kg (V p(p=1~2)-(q=)3 ), 30mmol / kg (V p(p=1~2)-(q=)4 ) (fluctuation within 100±2%).
Embodiment U
[0147] Example U p(p=1~3)-q(q=1~5)
[0148] Embodiment U is polyoxyethylene ((20)) sorbitan (mono) oleate,
[0149] Wherein, epoxide ((self) oxidation product 1) is in each embodiment sub-example (U p1-q(q=1~5) ) in the content (respectively based on the epoxy group contained therein) is 0.03mmol / kg (U p1-q1 ), 0.3mmol / kg (U p1-q2 ), 3mmol / kg (U p1-q3 ), 10mmol / kg (U p1-q4 ), 30mmol / kg (U p1-q5 ) (100 ± 2% inner fluctuation) (for the convenience of distinguishing, p1 represents p=1 in the present embodiment, q1 represents q=1, and others are deduced by analogy, no longer illustrate);
[0150]Or (containing) aldehyde compound ((self) oxidation product 2) in each embodiment sub-example (U p2-q(q=1~5) ) content (respectively based on the aldehyde group contained therein) is 0.03mmol / kg (U p2-q1 ), 0.3mmol / kg (U p2-q2 ), 3mmol / kg (U p2-q3 ), 10mmol / kg (U p2-q4 ), 30mmol / kg (U p2-q5 ) (within 100±2% fluctuation);
[0151] Or epoxides and (containing) aldehyde compounds...
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