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Tinh dầu Cade unrectified

Cade Unrectified

Juniperus oxycedrus L.

Khác

Khói nhựa đặc sệt, gỗ cháy nguyên thủy thô mộc, vị dược liệu tối tăm, nhựa juniper âm ỉ cháy, trầm sâu và hoang dã

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Tóm Tắt Khoa Học

Từ Thư Viện Kinh Điển
  1. Juniperus oxycedrus L. (Cupressaceae) — wood, by destructive distillation, CRUDE (unrectified) form. Plant = prickly juniper; oil name = cade / juniper tar. This file covers the UNRECTIFIED form only; for the purified form see [[cade-rectified]] (distinct IFRA regulatory status + ~400× lower PAH load).
  2. IFRA PROHIBITED as fragrance ingredient. IFRA Code of Practice 2009: crude cade oil must not be used as fragrance ingredient; only rectified cade permitted (and only if final product contains ≤1 ppb total PAHs combined with [[birch-tar]]). This is absolute regulatory prohibition, not a cap.
  3. T&Y hazards: Potentially carcinogenic (benzo[a]pyrene). Contraindications: "Should not be used, either internally or externally." Contains benzo[a]pyrene 8 ppm (~8,000 ppb) — ~400× higher than rectified; cresols <2.5%, guaiacol <1.5%, phenol <0.7% (Burfield 2000).
  4. Documented clinical poisoning cases (pediatric + adult): Koruk 2005 adult ingested 'a spoonful' → fever + severe hypotension + renal failure + hepatotoxicity + severe facial cutaneous burns, 11-day hospitalization; Achour 2011 1-month-old Moroccan infant with dermal application to face/neck/arms → convulsions + respiratory distress + tachycardia + unrecordably low BP + acute pulmonary edema + renal failure + hepatotoxicity, 11-day ICU; Rahmani 2004 4-month-old with intrarectal application for seborrheic dermatitis → same pattern, 3-day ICU.
  5. Mutagenicity + genotoxicity documented: mutagenic in two assays (Takizawa 1985), classified as weakly genotoxic (Ueno 1984); DNA adducts in excised human skin (Phillips 1990); "worrying level of (potentially carcinogenic) DNA adducts" in psoriasis patients receiving cade therapy (Schoket 1990). Destructive-distillation pyrolysate class-peer = [[birch-tar]] only.
🌿
Thận trọngHeavy smoky-tarry-phenolic-creosote — more aggressive than rectified due to retained phenoli...

Cade Unrectified

Tinh dầu Cade unrectified (Juniper tar, chưa tinh chế)

Juniperus oxycedrus L.

Tinh dầu Cade unrectified (Juniper tar, chưa tinh chế) — Heavy smoky-tarry-phenolic-creosote — more aggressive than rectified due to retained phenoli...

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

Tổng Quan

Danh pháp khoa học
Juniperus oxycedrus L.
Họ thực vật
Cupressaceae
Bộ phận dùng
Wood
Phương pháp chiết xuất
destructive_distillation
Màu sắc
Phân loại nốt hương
Hương thơm
Chemotype / Cultivar

Tình trạng tại Việt Nam

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Phân loại nốt
Not relevant — IFRA PROHIBITED
Cường độ
4/5
Độ bền trên da
2–4 giờ
Họ hương
Heavy smoky-tarry-phenolic-creosote — more aggressive than rectified due to retained phenoli...
Hương đầu (Opening)(0–15 phút)

Dense tar-smoke and ancient charred wood, medicinal phenolic darkness, smoldering juniper resin, raw and primitive earth

Hương giữa (Heart)(15–60 phút)

Khói nhựa đặc sệt, gỗ cháy nguyên thủy thô mộc, vị dược liệu tối tăm, nhựa juniper âm ỉ cháy, trầm sâu và hoang dã

Hương nền (Drydown)(1–4 giờ)

2–4 giờ

Cường độ hương
4/5
Da khô
1/5

Da dầu/mụn
1/5

Da lão hóa
1/5

Da thường
1/5

Da nhạy cảm
1/5

Da hỗn hợp
1/5

Nhập khẩuImported

Tên gọi tại Việt Nam

Tinh dầu Cade unrectified (Juniper tar, chưa tinh chế)

Pha Chế & Hòa Hợp

antipruritic (historical, traditional)

Phenolic constituents (guaiacol, cresols) in crude cade distillate were historically credited with antipruritic effects on scaling dermatoses such as psoriasis and chronic eczema; mechanistic data are absent from modern safety-graded literature.

Ref: Tisserand & Young 2014, Ch.13, p.487–488

keratolytic (historical, traditional)

High phenol content promotes desquamation of hyperkeratotic skin plaques; historically used in compounded dermatological preparations for psoriasis before PAH hazard was fully characterised.

Ref: Tisserand & Young 2014, Ch.13, p.487–488; Burfield 2000

antimicrobial (phenolic pyrolysate class)

Phenolic and cresolic constituents confer broad antimicrobial activity consistent with other phenol-rich pyrolysates; mechanism is disruption of bacterial membrane integrity via phenol partitioning.

Ref: class-extrapolation from birch-tar (Betula spp.) — phenolic pyrolysate class

genotoxic hazard (PAH content)

PAH content including benzo[a]pyrene forms covalent DNA adducts in treated tissue and tests positive in standard mutagenicity assays; this is a hazard designation, not a therapeutic action.

Ref: Schoket et al 1990; Phillips et al 1990; Takizawa et al 1985; Budavari 1989

acute systemic toxicant (oral/dermal routes)

Documented acute poisoning in adults and infants via oral, dermal, and intrarectal routes; phenols and PAHs are dermally absorbed, producing systemic toxicity at low doses, especially in neonates.

Ref: Koruk et al 2005; Achour et al 2011; Rahmani et al 2004

AI-summary

No RCT-grade evidence supports therapeutic use of crude (unrectified) cade oil. Historical dermatological use in psoriasis and eczema predates modern toxicology and involved compounded tar preparations, not neat EO. The available controlled data are entirely hazard-focused: Schoket et al (1990) detected DNA adducts in psoriasis patients under cade therapy; Phillips et al (1990) demonstrated genotoxicity in excised human skin; Takizawa et al (1985) confirmed mutagenicity in standard assays; Bouhlal et al (1988a) documented skin irritation in volunteer testing. Acute poisoning cases in an adult (Koruk 2005) and two infants (Achour 2011; Rahmani 2004) confirm serious systemic toxicity across exposure routes. IFRA (2009) prohibits crude cade oil in cosmetic/consumer products. The historical therapeutic evidence base is entirely superseded by genotoxicity, mutagenicity, and carcinogenicity data.

Narrative

Tâm trạng: Grounding

primalsolitudemelancholyancientprotectioninstinct

Chakra

root

Ngũ hành

thuy

Phương phápLiều lượngGhi chú
Atmospheric diffusion (educational reference only)Not recommended; if assessed by licensed practitioner, ≤1 drop in open spaceCONTRAINDICATED_ALL. Crude cade PAHs (benzo[a]pyrene) are genotoxic by inhalation. Not for home or self-use. Professional/educational context only. IFRA 2009 prohibits this oil in consumer products.
Compounded dermatological use (historical only)Max dermal = 0.0%; no safe topical concentration existsTopical PROHIBITED (max_dermal=0.0%). Historical psoriasis use obsolete due to DNA adducts (Schoket 1990) and genotoxicity (Phillips 1990). Not interchangeable with rectified cade (EO699).

Dầu nền phù hợp

Not applicableMax_dermal=0.0% and CONTRAINDICATED_ALL=TRUE; no topical carrier is appropriate. Recommending a carrier would imply safe topical use, which is contraindicated per Tisserand & Young 2014 and IFRA 2009.

Kết hợp tốt với

WoodyResinousEarthySpicy

Blend kinh điển

[Tisserand & Young] Ch.13 p.487–488 (Cade unrectified)
[IFRA] cade oil (crude) prohibition
[Burfield] crude cade chemistry, PAH + phenolic content
[Bouhlal, K. et al] volunteer irritation testing
[Koruk, S.T. et al] adult ingestion poisoning case
[Achour, S. et al] 1-month-old infant dermal poisoning case
[Rahmani, N. et al] 4-month-old infant intrarectal poisoning case
[Schoket, B. et al] DNA adducts in psoriasis patients under cade therapy
[Phillips, D.H. et al] genotoxicity in excised human skin
[Takizawa et al] mutagenicity assays
[Ueno et al] genotoxicity classification
[Budavari, S.] benzo[a]pyrene carcinogen reference

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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Thông số Kỹ thuật & An toàn

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

Crude cade — Burfield 2000

Constituent%
δ-CadinenePrincipal constituent
α-Cedrene<15.0%
β-CaryophylleneUndetermined
γ-MuuroleneUndetermined
Cresols<2.5%
Guaiacol<1.5%
Phenol<0.7%
Benzo[a]pyrene (PAH)~8 ppm (~8,000 ppb)

Chemistry insights

  • PAH load is the primary safety driver: benzo[a]pyrene at ~8 ppm in unrectified is ~400× higher than rectified (≤20 ppb). Benzo[a]pyrene = IARC Group 1 confirmed human carcinogen (Budavari 1989). This single-constituent signal would IFRA-prohibit the oil even in the absence of the phenolic + clinical poisoning concerns.
  • Phenolic load: Cresols <2.5% + guaiacol <1.5% + phenol <0.7% — together ~5% phenolic content from wood-pyrolysis. Cresols alone are systemically toxic (p-cresol oral LD50 207 mg/kg rat per NTP 2000; cresols prohibited as cosmetic ingredient in Canada); this phenolic load is sufficient to drive systemic toxicity in the documented pediatric + adult poisoning cases.
  • Sesquiterpene backbone: δ-cadinene principal + α-cedrene/β-caryophyllene/γ-muurolene minor — similar to rectified chassis, but unrectified retains tar residues that dominate the aroma + safety profile.
  • Mutagenicity signal: Positive in two bacterial mutagenicity assays (Takizawa 1985); weakly genotoxic classification (Ueno 1984 cited in Anon 2001b). DNA adducts demonstrated in excised human skin (Phillips 1990) + in vivo in psoriasis patients receiving cade tar preparations (Schoket 1990).
Công Dụng Trị Liệu Chi Tiết
§10 Therapeutic Uses — skin, emotional, physical, respiratory
  • Traditional medicine (strongly cautioned): Folk topical for skin lesions / psoriasis / eczema / dermatitis / seborrheic scalp conditions in Morocco Atlas region. Documented infant poisonings (Achour 2011, Rahmani 2004) demonstrate real harm from this practice.
  • Veterinary (historical): Topical wound + parasite care on livestock. Modern practice abandoned.
  • Modern aromatherapy / perfumery: NO USE. IFRA prohibited.
Năng Lượng & Ngũ Hành
§11 Energetics — TCM, Ayurveda, aromatic energetics
  • Five-element: Not recommended framing — contraindicated-all status takes precedence. Historical use context = Hỏa-Kim (Fire–Metal pyrolysate + phenolic astringent), same as [[cade-rectified]].
  • Not recommended for Mojay / modern energetic practice.

Dữ Liệu Kỹ Thuật Y Khoa

§14 Renderer Contract — Tisserand & Young V2.2

Thông Số Định Lượng

hazards
["carcinogenicity_pah","mutagenicity","genotoxicity","phenolic_systemic_toxicity","pediatric_poisoning_precedent","hepatotoxicity","renal_toxicity","contraindicated_all"]
phototoxic
false
safety_level
avoid
cap_derivation
ifra_prohibited_crude_cade_fragrance_ingredient
oxidation_risk
medium
drug_interactions
[]
shelf_life_months
max_dilution_adult
0
contraindicated_all
true
max_dilution_elderly
0
max_oral_dose_mg_day
0
max_dilution_child_2_6
0
max_dilution_sensitive
0
max_dilution_adult_face
0
max_dilution_child_6_12
0
contraindicated_children
true
contraindicated_pregnancy
true
max_dilution_child_under2
0
max_dilution_pregnancy_1st
0
max_dilution_pregnancy_2nd
0
max_dilution_pregnancy_3rd
0

Tài Liệu Y Khoa Tham Khảo

  • Tisserand & Young (2014) Essential Oil Safety 2nd ed — Ch.13 p.487–488 (Cade unrectified)
  • IFRA (2009) Code of Practice — cade oil (crude) prohibition
  • Burfield (2000) — crude cade chemistry, PAH + phenolic content
  • Bouhlal, K. et al (1988a) — volunteer irritation testing
  • Koruk, S.T. et al (2005) — adult ingestion poisoning case
  • Achour, S. et al (2011) — 1-month-old infant dermal poisoning case
  • Rahmani, N. et al (2004) — 4-month-old infant intrarectal poisoning case
  • Schoket, B. et al (1990) — DNA adducts in psoriasis patients under cade therapy
  • Phillips, D.H. et al (1990) — genotoxicity in excised human skin
  • Takizawa et al (1985) — mutagenicity assays
  • Ueno et al (1984) cited in Anon 2001b — genotoxicity classification
  • Budavari, S. (1989) Merck Index — benzo[a]pyrene carcinogen reference