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Tinh dầu Lá Linh Sam Nhật

Fir Needle Japanese

Abies sachalinensis F. W. Schmidt

Top/MiddleNhựa thơm

Hơi thở rừng thông ngọt balsamic, nâng cao the mát như băng phiến, ấm áp ngọt ngào mùi cây Giáng Sinh, bình minh rừng thông tươi mát, trong xanh cao vút thanh khiết

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Tóm Tắt Khoa Học

Từ Thư Viện Kinh Điển
  1. Abies sachalinensis F. W. Schmidt, Pinaceae — steam distillate from NEEDLES (leaves) and twigs of the Sachalin fir. Common-name synonyms: Japanese pine needle, sachalin fir. Native range: Hokkaido (Japan) + Sakhalin Island (Russian Far East) + Kuril Islands.
  2. Hazards: Skin sensitization if oxidized. Cautions: Old or oxidized oils should be avoided. (T&Y verbatim p.586).
  3. Max dermal — framework default 5.0% adult. Undiluted mildly-to-moderately irritating to rabbits; 20% on two panels of 25 + 28 volunteers not irritating. Non-phototoxic. LD50 > 5 g/kg both routes (Letizia et al 2000 p.S1–S2).
  4. ANTIOXIDANT-MITIGATION CLINICAL RAIL (CRITICAL — direct evidence IFRA 2009 mandate works): Initial sensitization test with 20% Japanese fir needle oil → 2/25 positive reactions. Second test on new panel of 28 volunteers using sample collected under nitrogen + BHA antioxidant added0/28 positive reactions. This is the clearest published clinical demonstration in B216 that the IFRA 2009 + SCCNFP 2001a Pinaceae antioxidant mandate actually works — oxidation is the proximate cause of sensitization, and antioxidant production protocol fully mitigates it.
  5. Key rails: BORNYL-ACETATE-DOMINANT chemotaxonomic rail (27.9% — peer pattern to [[fir-needle-siberian]] 31.0%, distinct from β-pinene-dominant [[fir-needle-canadian]] and (+)-limonene-dominant [[fir-needle-himalayan]]); ANTIOXIDANT-MITIGATION clinical rail (Letizia 2000 nitrogen-collection + BHA protocol); ADULTERATION-VIGILANCE rail per Burfield 2003 (turpentine fractions + synthetic camphene + (−)-bornyl acetate); fir-family-umbrella (7 B216 variants); LIMITED-AVAILABILITY rail per T&Y; (+)-limonene anticarcinogenic constituent-level per Ch.14 — NOT clinical claim.
🌿
Thận trọngNốt Top/MiddleSweet-balsamic-camphoraceous with fresh-coniferous opening

Fir Needle Japanese

Tinh dầu Lá Linh Sam Nhật (Japanese Fir Needle / Sachalin Fir)

Abies sachalinensis F. W. Schmidt

Tinh dầu Lá Linh Sam Nhật (Japanese Fir Needle / Sachalin Fir) — Sweet-balsamic-camphoraceous with fresh-coniferous opening

⚠️Tinh dầu này cần thận trọng khi sử dụng. Đọc kỹ hướng dẫn an toàn.

Tổng Quan

Danh pháp khoa học
Abies sachalinensis F. W. Schmidt
Họ thực vật
Pinaceae
Bộ phận dùng
Needles (leaves) and twigs
Phương pháp chiết xuất
steam_distillation
Màu sắc
Phân loại nốt hương
Nốt Top/Middle
Hương thơm
Chemotype / Cultivar

Tình trạng tại Việt Nam

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Phân loại nốt
Top-Middle
Cường độ
3/5
Độ bền trên da
2–4 giờ
Họ hương
Sweet-balsamic-camphoraceous with fresh-coniferous opening
Hương đầu (Opening)(0–15 phút)

Sweet-balsamic forest breath, crisp camphoraceous lift, warm Christmas tree sweetness, piney morning freshness, clean aerial brightness

Hương giữa (Heart)(15–60 phút)

Hơi thở rừng thông ngọt balsamic, nâng cao the mát như băng phiến, ấm áp ngọt ngào mùi cây Giáng Sinh, bình minh rừng thông tươi mát, trong xanh cao vút thanh khiết

Hương nền (Drydown)(1–4 giờ)

2–4 giờ

Cường độ hương
3/5
Da khô
2/5

Da dầu/mụn
3/5

Da lão hóa
3/5

Da thường
3/5

Da nhạy cảm
2/5

Da hỗn hợp
3/5

Nhập khẩuImported

Tên gọi tại Việt Nam

Tinh dầu Lá Linh Sam Nhật (Japanese Fir Needle / Sachalin Fir)

Pha Chế & Hòa Hợp

Expectorant — bronchial secretion support

Bornyl acetate (27.9% per Holm 1994) promotes mucociliary clearance and loosens bronchial secretions, reducing airway resistance during upper respiratory congestion.

Ref: Holm Y et al. (1994); class-extrapolation from fir-needle-siberian (Abies sibirica, same bornyl-acetate dominant class)

Anxiolytic — stress and mental clarity

Inhalation of pinene-class and bornyl acetate vapors modulates limbic-hypothalamic signaling, attenuating perceived cortisol-mediated stress and supporting cognitive focus.

Ref: class-extrapolation from fir-needle-siberian; Tisserand & Young 2014, Ch.13 p.586–587

Anti-inflammatory — musculoskeletal

Bornyl acetate inhibits prostaglandin E2 synthesis when applied topically in diluted carrier, supporting relief of minor muscle aches and joint tension.

Ref: class-extrapolation from fir-needle-siberian; Holm Y et al. (1994) — bornyl acetate 27.9% dominant constituent

Antimicrobial — airborne pathogens

Monoterpene hydrocarbon vapors (camphene, α-pinene class in Abies sachalinensis) disrupt bacterial membrane integrity and inhibit respiratory pathogen biofilm formation.

Ref: class-extrapolation from Pinaceae family; SCCNFP 2001a; IFRA 2009; Tisserand & Young 2014, Ch.13

Analgesic — topical mild counter-irritant

Counter-irritant monoterpenes create transient local hyperemia at the application site, attenuating deeper musculoskeletal pain signals via gate-control mechanism.

Ref: class-extrapolation from fir-needle-siberian; Tisserand & Young 2014, Ch.13 p.586–587

AI-summary

Letizia et al. (2000) conducted acute toxicity, irritation, and sensitization testing on Japanese fir needle oil. An initial induction panel of 25 subjects recorded 2 sensitization reactions at 2%; a repeat-insult patch test using nitrogen-stored, BHA-treated material yielded 0/28 reactions, confirming that sensitization was attributable to autoxidation products rather than the fresh oil. The oil was found non-phototoxic. No RCT-grade therapeutic clinical evidence has been located for Abies sachalinensis specifically. Therapeutic actions claimed here are extrapolated from (1) the principal constituent bornyl acetate (27.9%), whose expectorant and anti-inflammatory properties are supported in sibling Abies sibirica literature, and (2) Pinaceae family class evidence. SCCNFP (2001a) and IFRA (2009) mandate antioxidant addition at production for all Pinaceae class oils to control peroxide formation.

Narrative

Tâm trạng: Uplifting, Grounding

focusrenewalclarityserenityinvigorationresilience

Chakra

heart

Ngũ hành

moc

Phương phápLiều lượngGhi chú
Diffusion3–5 drops per 100 ml waterHỗ trợ hô hấp và thư giãn tinh thần. Use fresh, antioxidant-treated stock. Do not diffuse continuously >60 min; ventilate room between sessions.
Topical massage1–5% in carrier oil; 1% for first useMax 5% adult dermal. Use jojoba or sweet almond. Reduce to 1% for sensitive skin. Avoid oxidized stock (Burfield 2003 adulteration/peroxide risk).
Steam inhalation2–3 drops in bowl of just-boiled waterInhale with towel over head, eyes closed, 5–10 min. Not suitable for children under 10 or asthmatic individuals without practitioner guidance.
Bath4–6 drops pre-dispersed in 1 tsp carrierDisperse in jojoba or milk first before adding to bath. Avoid during pregnancy. Limit to 15 min soak to prevent prolonged skin exposure.
Hot compress3–4 drops in 1 tsp carrier, 200 ml warm waterApply soaked cloth to sore muscles or upper chest 10–15 min. Avoid on broken, inflamed, or previously sensitized skin.

Dầu nền phù hợp

JojobaWax ester that does not auto-oxidize; pairs safely with oxidation-prone Pinaceae oils, extending blend shelf life and reducing sensitization risk confirmed by Letizia 2000.
Sweet almond oilLight, neutral carrier ideal for full-body massage blends; moderate absorption enhances topical delivery of bornyl acetate without competing with the coniferous aroma.
Fractionated coconut oilOdor-neutral and highly stable; provides good dermal penetration for topical anti-inflammatory application without altering the clean forest-green scent profile.
Sunflower oilHigh linoleic acid content provides mild soothing effect; affordable base for large-volume muscle-massage blends at 2–5% dilution with this Pinaceae oil.

Kết hợp tốt với

ResinousWoodyGreenSpicy

Blend kinh điển

[Tisserand & Young] Ch.13 p.586–587 (Fir needle, Japanese)
[Holm Y, Galambosi B, Hiltunen R] bornyl acetate 27.9% + 11-constituent GC-MS chemistry
[Letizia CS, Cocchiara J, Lalko J, Api AM] S2 — acute tox + irritation + sensitization (2/25 untreated → 0/28 nitrogen+BHA) + non-phototoxic
[Burfield T] adulteration vigilance (turpentine fractions + synthetic camphene + (−)-bornyl acetate)
[SCCNFP 2001a] pine oil peroxide value opinion
[IFRA] Pinaceae class antioxidant addition mandate
[Karlberg AT et al] turpentine α-pinene peroxide contact dermatitis class

An Toàn

Giới hạn da tối đa

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Giới hạn IFRA

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Thai kỳ & Cho con bú

Tam cá nguyệt 1Unknown
Tam cá nguyệt 2Unknown
Tam cá nguyệt 3Unknown

Giới hạn độ tuổi

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Bảo quản

Bảo quản nơi tối, mát

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Hồ Sơ Hoá Học Chi Tiết
§3 Chemical Profile — chemotype, constituent ranges, adulteration
Constituent%
Bornyl acetate27.9%
Camphene18.5%
α-Pinene12.2%
β-Phellandrene7.5%
β-Pinene7.0%
(+)-Limonene6.5%
Sesquiterpene alcohols (unknown)4.6%
Santene2.1%
Tricyclene2.0%
β-Caryophyllene1.5%
β-Myrcene1.3%

Chemistry insights

  • Bornyl acetate 27.9% DOMINANT — monoterpene-ester; the signature Japanese fir needle constituent. Drives the distinctive sweet-balsamic-camphoraceous Christmas-tree aroma character. Chemotaxonomic peer to [[fir-needle-siberian]] (bornyl acetate 31.0%) — these two species share bornyl-acetate-dominant pattern, distinct from β-pinene-dominant [[fir-needle-canadian]] (28.1–56.1%) and (+)-limonene-dominant [[fir-needle-himalayan]] (29.6%).
  • Camphene 18.5% + Tricyclene 2.0% + Santene 2.1% — distinctive bicyclic-monoterpene cluster; unusually high camphene for a fir-needle variant. Camphene contributes fresh-camphoraceous lift to the aroma + rounds out the bornyl-acetate sweetness.
  • α-Pinene 12.2% + β-Pinene 7.0% + β-Phellandrene 7.5% + (+)-Limonene 6.5% — monoterpene-hydrocarbon pool ~33%. Lower than Canadian (~50–80%) and Silver-cone (~70–95%), reflecting the ester-dominant profile. Still autoxidation-prone but with slower kinetics.
  • Sesquiterpene alcohols (unknown) 4.6% + β-Caryophyllene 1.5% — small sesquiterpene pool contributing drydown persistence + some oxidation stabilization.
  • Monoterpene-hydrocarbon total ~33% — lower oxidation load than sister variants; supports moderate shelf life with antioxidant protection.
  • Oil contains no known carcinogens (T&Y framework).
Công Dụng Trị Liệu Chi Tiết
§10 Therapeutic Uses — skin, emotional, physical, respiratory
  • Modern aromatherapy: Respiratory support (expectorant + decongestant) via atmospheric diffusion, Japanese forest-bathing (shinrin-yoku) accord, winter/Christmas diffusion, emotional grounding.
  • Traditional Japanese: Hokkaido indigenous (Ainu) + Japanese folk medicine used A. sachalinensis (Todomatsu) needle + resin preparations for respiratory complaints, wound-healing, winter ritual. Modern Japanese aromatherapy + forest-bathing research frequently references this species as the signature Hokkaido conifer.
  • Emotional / energetic framing: Forest-bathing accord, respiratory opening, winter-cheer, grounding, Japanese ritual-fresh.
  • Perfumery: Sweet-balsamic-coniferous top-middle + Japanese-forest accords + soap base + respiratory blends.
Năng Lượng & Ngũ Hành
§11 Energetics — TCM, Ayurveda, aromatic energetics
  • Five-element: Mộc (Wood — coniferous tree) + Kim (Metal — respiratory opening) accent.
  • Japanese forest-bathing (shinrin-yoku) + Hokkaido winter-accord archetype.
  • Peer to [[fir-needle-canadian]] (β-pinene-dominant, sharper), [[fir-needle-himalayan]] ((+)-limonene-dominant, citrusier), [[fir-cones-silver]] ((+)-limonene-dominant cones-variant), [[pine-scots]] (α-pinene sharper-resinous), [[spruce-black]] (darker-resinous).

Dữ Liệu Kỹ Thuật Y Khoa

§14 Renderer Contract — Tisserand & Young V2.2

Thông Số Định Lượng

hazards
["skin_sensitization_if_oxidized"]
phototoxic
false
safety_level
caution
cap_derivation
framework_default_plus_pinaceae_autoxidation_caution
oxidation_risk
medium
drug_interactions
[]
shelf_life_months
18
max_dilution_adult
5
contraindicated_all
false
max_dilution_elderly
5
max_oral_dose_mg_day
700
max_dilution_child_2_6
2
max_dilution_sensitive
3
max_dilution_adult_face
5
max_dilution_child_6_12
3
contraindicated_children
false
contraindicated_pregnancy
false
max_dilution_child_under2
1
max_dilution_pregnancy_1st
5
max_dilution_pregnancy_2nd
5
max_dilution_pregnancy_3rd
5

Tài Liệu Y Khoa Tham Khảo

  • Tisserand & Young (2014) Essential Oil Safety 2nd ed — Ch.13 p.586–587 (Fir needle, Japanese)
  • Holm Y, Galambosi B, Hiltunen R (1994) — bornyl acetate 27.9% + 11-constituent GC-MS chemistry
  • Letizia CS, Cocchiara J, Lalko J, Api AM (2000) p.S1–S2 — acute tox + irritation + sensitization (2/25 untreated → 0/28 nitrogen+BHA) + non-phototoxic
  • Burfield T (2003) — adulteration vigilance (turpentine fractions + synthetic camphene + (−)-bornyl acetate)
  • SCCNFP 2001a — pine oil peroxide value opinion
  • IFRA (2009) Standard — Pinaceae class antioxidant addition mandate
  • Karlberg AT et al (1992) — turpentine α-pinene peroxide contact dermatitis class