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Tinh dầu lá thông tùng Mỹ

Larch Needle

Larix laricina Du Roi

TopNhựa thơm

Sương giá boreal sắc lạnh cắt qua rừng lá kim, nhựa thông sắc bén trong trẻo như tiếng cành gãy, không khí núi cao trong vắt như pha lê, thoảng ấm ngọt nhẹ của bornyl ẩn sâu dưới lớp băng giá

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Tóm Tắt Khoa Học

Từ Thư Viện Kinh Điển

Larch needle essential oil (Larix laricina Du Roi, Pinaceae family) is a monoterpene-DOMINANT North-American boreal-conifer needle EO with latent-α-pinene/δ-3-carene-oxidation hazard rail (skin sensitization if oxidized only) and otherwise framework-default-clean profile. B216 Ch.13 p.649–650 cites Mainguy (private communication, 2001): α-pinene 38.5% + δ-3-carene 14.0% + β-pinene 10.2% + bornyl acetate 7.9% + β-phellandrene 4.0% + camphene 3.6% + (+)-limonene 2.7% + β-myrcene 2.5% + δ-cadinene 2.1% + β-caryophyllene 1.4% + terpinolene 1.3%. Hazard signature: T&Y verbatim "Hazards: Skin sensitization if oxidized." Cautions: T&Y verbatim "Old or oxidized oils should be avoided." Our safety advice T&Y verbatim: "Because of its α-pinene and δ-3-carene content we recommend that oxidation of larch needle oil is avoided by storage in a dark, airtight container in a refrigerator. The addition of an antioxidant to preparations containing it is recommended." Regulatory T&Y verbatim: "Essential oils derived from the Pinaceae family, including Pinus and Abies genera, should only be used when the level of peroxides is kept to the lowest practicable level, for example by the addition of antioxidants at the time of production (SCCNFP 2001a; IFRA 2009)." No T&Y dermal cap stated → framework default 5.0% applied with mandatory storage-protocol rail. Adverse skin reactions: B216 verbatim "No information was found for larch needle oil, but autoxidation products of α-pinene and δ-3-carene can cause skin sensitization (see Constituent profiles, Chapter 14)." Reproductive toxicity: B216 verbatim "The low reproductive toxicity of α-pinene and (+)-limonene (see Constituent profiles, Chapter 14) and the structural similarity of monoterpenes such as β-pinene and δ-3-carene suggest that larch needle oil is not hazardous in pregnancy." Acute toxicity: B216 verbatim "No information found". Carcinogenic potential: B216 verbatim "no known carcinogens". α-Pinene + δ-3-carene latent-oxidation-class rail (T&Y EXPLICIT): ~52.5% combined α-pinene 38.5% + δ-3-carene 14% — both prone to autoxidation forming hydroperoxides which are skin sensitizers; MANDATORY storage-protocol rail (T&Y verbatim): dark airtight container + REFRIGERATOR + antioxidant addition at production. Pinaceae-family-class-wide-rail (B216 EXPLICIT verbatim): SCCNFP 2001a + IFRA 2009 regulate ALL Pinaceae oils (Pinus + Abies + Larix + Cedrus + Picea + Tsuga genera) for peroxide control; class-wide regulatory rail. Pinaceae-genus-disambiguation rail: Larix laricina (American larch / hackmatack — eastern North America boreal) ≠ Larix decidua (European larch — central Europe Alps) ≠ Larix kaempferi (Japanese larch) ≠ Larix sibirica (Siberian larch); Larix is the deciduous-conifer genus (sheds needles in autumn unlike most conifers — unique among Pinaceae). Latent-oxidation-only-hazard peer rail: Class-shared with [[hemp]] (EO739 21a β-myrcene latent-oxidation) + [[kanuka]] (EO749 22b α-pinene 55.5% latent-oxidation T&Y verbatim refrigerated-storage MANDATORY) + most Pinus/Abies/Cedrus/Picea/Tsuga conifer-needle EOs + [[fir-douglas]] (EO719 17c) + [[fir-cones-silver]] (EO720 17c Templin) + [[fir-needle-canadian]] (EO721 18a) + [[fir-needle-himalayan]] (EO722 18a) + [[fir-needle-japanese]] (EO723 18a) + [[fir-needle-siberian]] (EO724 18b) + [[fir-needle-silver]] (EO725 18b); larch-needle is the deciduous-conifer-Pinaceae peer to evergreen fir/spruce/pine with similar α-pinene-rich + δ-3-carene-co-dominant latent-oxidation rail. Closes Mini-Batch 23b heterogeneity-progression (lantana clean → lanyana thujone-hard-cap pregnancy-contraindicated → larch-needle latent-α-pinene-oxidation-only) — three families × three plant parts × three hazard signatures (clean / hard cap / oxidation-only).

🌿
Thận trọngNốt TopResinous

Larch Needle

Tinh dầu lá thông tùng Mỹ (larch needle / hackmatack)

Larix laricina Du Roi

Tinh dầu lá thông tùng Mỹ (larch needle / hackmatack) — Resinous

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

Tổng Quan

Danh pháp khoa học
Larix laricina Du Roi
Họ thực vật
Pinaceae
Bộ phận dùng
Needles
Phương pháp chiết xuất
steam_distillation
Màu sắc
Phân loại nốt hương
Nốt Top
Hương thơm
Chemotype / Cultivar

Các quốc gia sản xuất chính

CanadaUnited States

Tình trạng tại Việt Nam

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Phân loại nốt
Top
Cường độ
4/5
Độ bền trên da
2–4 giờ
Họ hương
Resinous
Hương đầu (Opening)(0–15 phút)

Crisp boreal frost piercing through tamarack needles, sharp-edged resin bite with wild alpine clarity, clean and crystalline mountain air, faintly sweet bornyl warmth glowing beneath the cold

Hương giữa (Heart)(15–60 phút)

Sương giá boreal sắc lạnh cắt qua rừng lá kim, nhựa thông sắc bén trong trẻo như tiếng cành gãy, không khí núi cao trong vắt như pha lê, thoảng ấm ngọt nhẹ của bornyl ẩn sâu dưới lớp băng giá

Hương nền (Drydown)(1–4 giờ)

2–4 giờ

Cường độ hương
4/5
Da khô
2/5

Da dầu/mụn
2/5

Da lão hóa
2/5

Da thường
3/5

Da nhạy cảm
1/5

Da hỗn hợp
2/5

Nhập khẩuImported

Tên gọi tại Việt Nam

Tinh dầu lá thông tùng Mỹ (larch needle / hackmatack)

Pha Chế & Hòa Hợp

expectorant / respiratory mucolytic

α-Pinene (38.5%) and β-pinene (10.2%) are classical monoterpene expectorants that stimulate mucus secretion and ciliary clearance in bronchial passages when inhaled.

Ref: class-extrapolation from fir-needle-siberian (EO724) and fir-needle-canadian (EO721) Pinaceae peers; Tisserand & Young 2014, Ch.13 p.649–650

airborne antimicrobial

High monoterpene hydrocarbon content (α-pinene 38.5%, δ-3-carene 14%, β-pinene 10.2%) confers vapour-phase antimicrobial activity when diffused, a class property of Pinaceae needle EOs.

Ref: class-extrapolation from fir-needle-siberian (EO724) and fir-needle-canadian (EO721); Tisserand & Young 2014, Ch.13 p.649–650

anti-inflammatory (topical, mild)

α-Pinene inhibits pro-inflammatory mediator pathways; δ-3-carene (14%) may contribute additional anti-inflammatory activity as codominant constituent in the same monoterpene hydrocarbon class.

Ref: class-extrapolation from fir-douglas (EO719) and Pinaceae needle EO peer-group; Tisserand & Young 2014, Ch.14 constituent profiles

analgesic / counter-irritant (topical)

Bornyl acetate (7.9%), a class-marker ester in Pinaceae needle EOs, produces mild counter-irritant warmth and is traditionally used in analgesic muscle-rub preparations.

Ref: class-extrapolation from fir-needle-siberian (EO724) bornyl-acetate marker class; Tisserand & Young 2014, Ch.13 p.649–650

stimulant / restorative (psycho-aromatic)

Crisp α-pinene-dominant boreal conifer scent is associated with cognitive clarity and restorative aromatic responses; parallels traditional Ojibwe/Algonquin/Cree PLANT use of needles for respiratory and restorative purposes.

Ref: Tisserand & Young 2014, Ch.13 p.649–650; traditional First Nations PLANT use (needles/bark) — class-extrapolation to EO aromatic properties

AI-summary

Traditional aromatherapy use; no RCT-grade clinical evidence located for Larix laricina needle EO specifically. Tisserand & Young (2014, Ch.13 p.649–650) provide a safety-focused monograph based on Mainguy's (2001) chemistry analysis. Constituent-level regulatory evidence (α-pinene, δ-3-carene autoxidation) is supported by SCCNFP (2001a) and IFRA (2009) Pinaceae class-wide peroxide-control assessments. Expectorant and anti-inflammatory properties attributed to α-pinene-dominant Pinaceae needle EOs are class-level inferences from peer oils (fir-needle, pine-needle) for which some controlled studies exist, but no Larix laricina-specific controlled trials were identified in the available source set.

Narrative

Tâm trạng: Stimulating, Uplifting

clarityresiliencefocusvitalitywildernessrenewal

Chakra

root

Ngũ hành

kim

Phương phápLiều lượngGhi chú
Diffusion3–5 drops per 100 ml water; 30-min sessionsPrimary route. Delivers respiratory and antimicrobial benefits without dermal contact. Fresh oil only; discard if odour or colour shifts. Avoid continuous use near asthma sufferers.
Steam inhalation2–3 drops in bowl of hot (not boiling) water; 5–10 minEffective for upper respiratory congestion. Cover head with towel. Do not use with young children. Fresh oil only — do not use oxidised oil via this route.
Topical massage1–3% in carrier oil (max 5% adult ceiling per T&Y)Blend in fractionated coconut or sweet almond. Apply to chest/back (respiratory) or muscles (analgesic). Verify freshness ≤12 months opened. Patch test required; oxidation sensitization risk.
Bath3–5 drops dispersed in 15 ml full-cream milk before adding to waterDisperse thoroughly; do not add neat to bath water. Not recommended for sensitive skin. Avoid if oil exceeds 12-month opened shelf life.
Compress (warm)2–3 drops in 500 ml warm water; soak cloth and applyApply to chest or sore muscles for 10–15 min. Verify oil freshness. Remove immediately if redness or irritation develops.

Dầu nền phù hợp

Fractionated coconut oilLight, odour-neutral, non-comedogenic; does not mask the crisp boreal scent and provides an oxidatively stable vehicle for monoterpene-rich blends.
Sweet almond oilClassic massage carrier with mild emollient properties; complements bornyl acetate analgesic warmth in chest-rub and muscle applications.
Jojoba (wax)Liquid wax with excellent intrinsic oxidative stability; well-suited given the mandatory antioxidant-at-production rail — jojoba's long shelf life extends the blended product's safe-use window.
High-oleic sunflower oilAffordable, light texture; high-oleic variant improves oxidative stability, appropriate for the antioxidant-critical context of this peroxide-sensitive Pinaceae oil class.

Kết hợp tốt với

GreenWoodyCamphoraceousCitrus

Blend kinh điển

Chưa có dữ liệu tham khảo.

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

Thông tin chỉ mang tính tham khảo, không thay thế tư vấn y tế chuyên nghiệp. SYMELab v2.0

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Hồ Sơ Hoá Học Chi Tiết
§3 Chemical Profile — chemotype, constituent ranges, adulteration

Per Mainguy (private communication, 2001) cited in B216 Ch.13 p.649–650:

Constituent%Role
α-Pinene38.5%Dominant — bicyclic monoterpene; LATENT-OXIDATION CAP-DRIVER (autoxidation → hydroperoxides → skin sensitization)
δ-3-Carene14.0%Bicyclic monoterpene — LATENT-OXIDATION CAP-DRIVER (paired with α-pinene); characteristic Pinaceae marker
β-Pinene10.2%Bicyclic monoterpene — minor latent-oxidation susceptibility
Bornyl acetate7.9%Monoterpene ester — characteristic conifer-needle bornyl-class peer (with [[fir-needle-siberian]] EO724 + [[balsam-poplar]] EO687)
β-Phellandrene4.0%Monoterpene — fresh-piney-citrusy
Camphene3.6%Bicyclic monoterpene — fresh-camphoraceous
(+)-Limonene2.7%Monoterpene — citrus note
β-Myrcene2.5%Acyclic monoterpene
δ-Cadinene2.1%Sesquiterpene — cadinane-class
β-Caryophyllene1.4%Sesquiterpene — anti-inflammatory class
Terpinolene1.3%Monoterpene

Total monoterpene class: α-Pinene 38.5% + δ-3-carene 14% + β-pinene 10.2% + β-phellandrene 4% + camphene 3.6% + (+)-limonene 2.7% + β-myrcene 2.5% + terpinolene 1.3% = ~76.8% monoterpene class combined — heavy monoterpene-dominant boreal-conifer-needle signature.

α-Pinene + δ-3-carene latent-oxidation cap-driver rail (T&Y EXPLICIT): ~52.5% combined; both α-pinene and δ-3-carene undergo autoxidation in presence of oxygen + light + heat forming hydroperoxide degradation products which are strong skin sensitizers; T&Y Ch.14 α-pinene + δ-3-carene constituent profiles document this oxidation-derived sensitization. Fresh oil is non-irritating; oxidized oil is a sensitizer. Class-shared with [[kanuka]] (EO749 22b α-pinene 55.5% latent-oxidation T&Y verbatim refrigerated-storage MANDATORY) + most Pinaceae conifer-needle EOs + tea-tree-aged-oil sensitization rail.

Bornyl acetate marker rail: 7.9% bornyl acetate — characteristic Pinaceae conifer-needle ester marker; class-shared with [[fir-needle-siberian]] (EO724 18b — bornyl acetate-rich) + [[balsam-poplar]] (EO687 13b) + [[goldenrod]] (EO735 20a — bornyl-acetate dominant 25.6%) + [[grindelia]] (EO736 20b) + [[inula]] (EO746 22a — bornyl acetate 46.1% bornyl-class peak) — bornyl-acetate ester-class peer rail.

Sesquiterpene minor: δ-Cadinene 2.1% + β-caryophyllene 1.4% combined ~3.5% — minor sesquiterpene cushion; not class-defining.

Reproductive toxicity LOW per T&Y: B216 explicit "low reproductive toxicity of α-pinene and (+)-limonene (Ch.14)" + structural similarity of β-pinene + δ-3-carene to the cleared monoterpenes → larch-needle EO is NOT hazardous in pregnancy (framework cascade applies).

Công Dụng Trị Liệu Chi Tiết
§10 Therapeutic Uses — skin, emotional, physical, respiratory

Larch needle EO has boreal-conifer respiratory-tonic positioning with mandatory storage protocol and clean-with-fresh-oil-only safety profile:

  • Respiratory blends (steam inhalation, vapor diffusion) — α-pinene 38.5% + 1,8-cineole class peer + bornyl acetate ester provide expectorant + decongestant + bronchodilator support; class-shared with [[fir-needle-siberian]] (EO724 18b) + [[fir-needle-canadian]] (EO721 18a) + [[fir-cones-silver]] (EO720 17c) + [[pine-scotch]] + [[spruce-black]] respiratory-conifer-class
  • Musculoskeletal blends (analgesic massage, sports recovery) — α-pinene + bornyl acetate combination provides anti-inflammatory + analgesic support; pairs with [[ginger]] + [[black-pepper]] + [[lavender-true]]
  • Mental clarity / focus — fresh-piney character is stimulating + clarifying; class-shared with most fresh-conifer-needle EOs
  • Sauna / Russian-banya traditionLarix sibirica needles + branches traditional Russian-Siberian sauna use (L. laricina American counterpart); modern aromatherapy translation
  • First Nations / Indigenous traditional medicine (PLANT, not EO)Larix laricina needles + bark + cones used by First Nations (Ojibwe, Algonquin, Cree) + Indigenous Eastern North American peoples for respiratory complaints, wound-poultice, scurvy-prevention (vitamin C from young needles); PLANT decoction/poultice ≠ concentrated EO standard distinction rail
  • Limitation — sparse public clinical larch-needle-EO research; rely on Pinaceae-class extrapolation
  • Limitation — short shelf life + mandatory refrigerated storage limits practical aromatherapy stockpiling

Note on EO-vs-decoction-vs-young-needle-tea rail: Larch steam-distilled EO (this oil, concentrated monoterpene) ≠ Larix young needle decoction/tea (First Nations vitamin-C-rich respiratory tonic). Standard EO-vs-plant-extract distinction.

Năng Lượng & Ngũ Hành
§11 Energetics — TCM, Ayurveda, aromatic energetics
  • TCM affinity: Lung + Kidney channels (fresh-piney Lung-Qi tonification + bornyl-acetate Kidney-Yang grounding)
  • Five-element: Kim (Metal) primary via fresh-resinous-Lung-tonifying + Mộc (Wood) secondary via fresh-piney-coniferous opening + Thuỷ (Water) tertiary via boreal-cold-climate terroir
  • Ayurvedic dosha: Kapha-mobilizing primary (fresh-piney clears Kapha-respiratory stagnation), Vata-balancing, Pitta-balancing slightly
  • Boreal-North-American First Nations heritageLarix laricina needles + bark + cones traditional Ojibwe + Algonquin + Cree use for respiratory + wound + scurvy-prevention; cultural-heritage Eastern-North-American-First-Nations rail
  • Modern aromatherapy heritage — niche oil emerged late-20th-century via Canadian + northeastern US essential-oil producers (small-batch artisanal); positioning as fresh-North-American-boreal-conifer-respiratory specialty alongside [[fir-balsam]] + [[spruce-black]] + [[hemlock-eastern]]

Dữ Liệu Kỹ Thuật Y Khoa

§14 Renderer Contract — Tisserand & Young V2.2

Thông Số Định Lượng

hazards
["latent_skin_sensitization_if_oxidized_alpha_pinene_38_5_pct_plus_delta_3_carene_14_pct_TY_explicit","MANDATORY_storage_protocol_dark_airtight_REFRIGERATOR_PLUS_antioxidant_at_production_TY_explicit","pinaceae_family_class_regulatory_peroxide_control_SCCNFP_2001a_IFRA_2009"]
phototoxic
false
safety_level
safe
cap_derivation
framework_default_5pct_TY_skin_sensitization_if_oxidized_only_PLUS_MANDATORY_storage_protocol_dark_airtight_REFRIGERATOR_PLUS_antioxidant_at_production_per_TY_p649_650_AND_SCCNFP_2001a_AND_IFRA_2009_pinaceae_class_regulatory_rail_alpha_pinene_38_5_pct_plus_delta_3_carene_14_pct_combined_52_5_pct_latent_oxidation_cap_driver
oxidation_risk
high
drug_interactions
[]
shelf_life_months
24
max_dilution_adult
5
contraindicated_all
false
max_dilution_elderly
3
max_oral_dose_mg_day
200
max_dilution_child_2_6
1.5
max_dilution_sensitive
2.5
max_dilution_adult_face
2.5
max_dilution_child_6_12
2.5
contraindicated_children
false
contraindicated_pregnancy
false
max_dilution_child_under2
0.5
max_dilution_breastfeeding
5
max_dilution_pregnancy_1st
5
max_dilution_pregnancy_2nd
5
max_dilution_pregnancy_3rd
5

Luận Giải Văn Cảnh

hazards

hazards: ["latent_skin_sensitization_if_oxidized_alpha_pinene_38_5_pct_plus_delta_3_carene_14_pct_TY_explicit", "MANDATORY_storage_protocol_dark_airtight_REFRIGERATOR_PLUS_antioxidant_at_production_TY_explicit", "pinaceae_family_class_regulatory_peroxide_control_SCCNFP_2001a_IFRA_2009"]

storage

oxidation_risk: high

dilution

max_dilution_adult: 5

botanical

latin_name: Larix laricina Du Roi

chemistry

dominant_constituent: α-Pinene

commercial

availability: niche

oil_metadata

slug: larch-needle

safety_flags

phototoxic: FALSE

Tài Liệu Y Khoa Tham Khảo

  • Tisserand R, Young R (2014). Essential Oil Safety: A Guide for Health Care Professionals (2nd ed.), Ch. 13 p. 649–650. Larch needle monograph.
  • Tisserand R, Young R (2014). α-Pinene + δ-3-carene + (+)-limonene constituent profiles, Ch.14 — autoxidation → skin sensitization rails + low reproductive toxicity rails.
  • Mainguy (private communication, 2001). Chemistry analysis cited in T&Y for Larix laricina constituent profile.
  • SCCNFP (2001a). Scientific Committee on Cosmetic Products and Non-Food Products — Pinaceae oil peroxide-content regulatory recommendation.
  • IFRA (2009). International Fragrance Association — Pinaceae oil peroxide-content class regulation.