Стоит ли избегать hydroxyanasatil retinoate при беременности? | VeriMom
No harmonised Annex VI CLP classification was found for CAS 127471-94-7, but the substance is a retinoic acid ester (structural class known to interact with retinoid receptors). Retinoids/retinoic acid are well‑characterised developmental toxicants via RAR/RXR-mediated mechanisms (SCCS and regulatory literature treat vitamin A / some retinoids as reproductive/developmental hazards). Because there is no harmonised H360 entry for this specific CAS and no published specific reproductive animal/human data located for 127471-94-7, hazard is scored as structural/class-based concern only (h=1) while mechanism is rated high (RAR agonism well characterized). Topical absorption from cosmetics is likely low but measurable, so exposure is scored as 1. (Sources: SCCS Vitamin A opinion; supplier/patent records identifying this compound as a retinoate.).
ECHA regulatory hazard statements
- •H360
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FAQ
- Безопасен ли hydroxyanasatil retinoate при беременности?
- No harmonised Annex VI CLP classification was found for CAS 127471-94-7, but the substance is a retinoic acid ester (structural class known to interact with retinoid receptors). Retinoids/retinoic acid are well‑characterised developmental toxicants via RAR/RXR-mediated mechanisms (SCCS and regulatory literature treat vitamin A / some retinoids as reproductive/developmental hazards). Because there is no harmonised H360 entry for this specific CAS and no published specific reproductive animal/human data located for 127471-94-7, hazard is scored as structural/class-based concern only (h=1) while mechanism is rated high (RAR agonism well characterized). Topical absorption from cosmetics is likely low but measurable, so exposure is scored as 1. (Sources: SCCS Vitamin A opinion; supplier/patent records identifying this compound as a retinoate.).
- Безопасен ли hydroxyanasatil retinoate при грудном вскармливании?
- Same structural/class‑based concern applies for breastfeeding: no specific reproductive/lactation studies found for this CAS, but retinoids have a known RAR/RXR mechanism. Systemic exposure after topical use is expected to be low but potentially measurable; transfer into breast milk has not been reported for this specific substance. Therefore hazard = 1 (structural/class alert), mechanism = 3, exposure = 1 (low but measurable).
- Безопасен ли hydroxyanasatil retinoate для кожи малыша?
- Infant skin (0–3 yr) has higher surface‑area‑to‑weight and an immature barrier; for a retinoate with measurable absorption in adults we increase exposure by +1 for babies. There are no infant‑specific toxicity or dermal developmental studies for this CAS, so hazard remains a structural/class alert (h=1) and mechanism remains retinoid receptor activity (m=3). Exposure is scored moderate (e=2) for baby skin due to increased per‑kg uptake from topical application.
- Как VeriMom оценивает hydroxyanasatil retinoate?
- VeriMom оценивает hydroxyanasatil retinoate в 33/100 (высокий риск) на основе EU CosIng, классификаций ECHA и исследований PubMed.
- Какие безопасные альтернативы hydroxyanasatil retinoate при беременности?
- См. наш список безопасных альтернатив hydroxyanasatil retinoate 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.