1989
DOI: 10.1002/lipi.19890911203
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Wolfsmilchgewächse (Euphorbiaceen) als nachwachsende Ressourcen der Oleochemie – Aktuelle bioorganische Analytik und prognostische Präventivtoxikologie

Abstract: Die artenreiche botanische Familie der Wolfsmilchgewächse (Euphorbiaceen) stellt mit ca. 8000 Spezies ein großes Reservoir an Wildpflanzen dar, die teilweise ökonomisch interessante Eigenschaften aufweisen. Sie verdienen daher besondere Beachtung bei aktuellen, zukunftsweisenden Bemühungen, fossile Ressourcen durch erneuerbare, nachwachsende Rohstoffquellen zu ersetzen. So hat beispielsweise Euphorbia lathyris – die krautige Springwolfsmilch ‐ wegen des außergewöhnlich hohen Ölsäuregehalts ihrer Samen das Inte… Show more

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“…M any o f them turned out to be tum or prom oters in the two-stage model o f tumorigenesis on mouse skin [5][6][7], In addition, in current efforts to develop certain Euphorbia spe cies as renewable oleochemical resources, 3-0-hexadecanoylingenol (3-HI) may be considered a potential risk factor o f occupational cancer [8,9]. Also, 3-HI elicits and modulates a variety of bio logical and biochemical responses in various types of cultured cells, including release o f prostaglandin E2 in mouse peritoneal m acrophages [10], induc tion o f Epstein-Barr virus (EBV) associated pro teins in EBV-transformed lym phoblastoid cell lines derived from B urkitt's Lym phom a [11], stim ulation of choline incorporation in the hum an epi thelial cell line HeLa [12], suppression o f sponta neous and prevention o f lymphokine-induced en- Verlag der Zeitschrift für N aturforschung, D-W-7400 Tübingen 0932-0776/92/0700-1026/$ 01.00/0 hancement of rat m acrophage cytolytic activity [13], and induction of differentiation in the hum an promyelocytic leukemia cell line HL-60 [14].…”
Section: Introductionmentioning
confidence: 99%
“…M any o f them turned out to be tum or prom oters in the two-stage model o f tumorigenesis on mouse skin [5][6][7], In addition, in current efforts to develop certain Euphorbia spe cies as renewable oleochemical resources, 3-0-hexadecanoylingenol (3-HI) may be considered a potential risk factor o f occupational cancer [8,9]. Also, 3-HI elicits and modulates a variety of bio logical and biochemical responses in various types of cultured cells, including release o f prostaglandin E2 in mouse peritoneal m acrophages [10], induc tion o f Epstein-Barr virus (EBV) associated pro teins in EBV-transformed lym phoblastoid cell lines derived from B urkitt's Lym phom a [11], stim ulation of choline incorporation in the hum an epi thelial cell line HeLa [12], suppression o f sponta neous and prevention o f lymphokine-induced en- Verlag der Zeitschrift für N aturforschung, D-W-7400 Tübingen 0932-0776/92/0700-1026/$ 01.00/0 hancement of rat m acrophage cytolytic activity [13], and induction of differentiation in the hum an promyelocytic leukemia cell line HL-60 [14].…”
Section: Introductionmentioning
confidence: 99%