VeriMomБезопасен ли isophorone diamine/isophthalic acid/tromethamine copolymer при беременности?
No harmonised CLP (ECHA Annex VI) reproductive classifications, no CIR or SCCS safety assessment specifically flagging reproductive toxicity, and no peer‑reviewed evidence of reproductive or developmental toxicity for this copolymer were identified in available regulatory sources. As a high‑molecular‑weight polymer the ingredient is expected to have negligible dermal absorption under normal cosmetic use, so default hazard/mechanism scores are 0 (source search: ECHA Annex VI, CIR, SCCS, PubMed, CosIng, PubChem).
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Frequently asked questions
- Безопасен ли isophorone diamine/isophthalic acid/tromethamine copolymer при беременности?
- No harmonised CLP (ECHA Annex VI) reproductive classifications, no CIR or SCCS safety assessment specifically flagging reproductive toxicity, and no peer‑reviewed evidence of reproductive or developmental toxicity for this copolymer were identified in available regulatory sources. As a high‑molecular‑weight polymer the ingredient is expected to have negligible dermal absorption under normal cosmetic use, so default hazard/mechanism scores are 0 (source search: ECHA Annex VI, CIR, SCCS, PubMed, CosIng, PubChem).
- Безопасен ли isophorone diamine/isophthalic acid/tromethamine copolymer при грудном вскармливании?
- Same rationale as pregnancy: no regulatory or peer‑reviewed evidence of reproductive or lactation hazards for the copolymer itself. High molecular weight polymers typically show negligible systemic absorption and thus minimal exposure to breast milk. Potential issues would relate to residual monomers, but no data found attributing lactation risk to this copolymer (sources searched: ECHA, CIR, SCCS, PubMed, CosIng, PubChem).
- Безопасен ли isophorone diamine/isophthalic acid/tromethamine copolymer для кожи малыша?
- No infant‑specific reproductive or developmental toxicity data located. The copolymer is expected to be high molecular weight with low adult dermal absorption (adult e=0), but given immature barrier and higher surface‑area‑to‑weight in infants, exposure score increased by +1 to reflect potentially greater percutaneous exposure. There is no evidence to increase hazard or mechanism scores without infant‑specific data. Note: residual monomers (e.g., isophorone diamine) could be sensitizing to infants if present at meaningful levels; no data found on residual monomer content.
- Как VeriMom оценивает isophorone diamine/isophthalic acid/tromethamine copolymer?
- VeriMom оценивает isophorone diamine/isophthalic acid/tromethamine copolymer в 100/100 (без известных рисков) на основе EU CosIng, классификаций ECHA и исследований PubMed.
- Какие безопасные альтернативы isophorone diamine/isophthalic acid/tromethamine copolymer при беременности?
- См. наш список безопасных альтернатив isophorone diamine/isophthalic acid/tromethamine copolymer с аналогичной функцией и классификацией без известных рисков.
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Медицинская оговорка
Данная информация предоставлена исключительно в образовательных целях и не является медицинской рекомендацией. Оценки безопасности основаны на общедоступных данных и могут не отражать все риски. Всегда консультируйтесь с вашим врачом перед использованием любых средств во время беременности или грудного вскармливания.