natgillin/translations-raw huggingface dataset:
Der blev ikke observeret carcinogene effekter i et kronisk toksicitet/oncogenicititets studie, der blev foretaget med indånding som eksponeringsrute (18). 
No evidence of a carcinogenic effect was observed in a chronic toxicity/oncogenicity study conducted by the inhalation route of exposure (18).
Histopatologiske undersøgelser af rotters reproduktionsorganer i et 18måneders inhalationsstudie viste en øgning af aldersrelaterede læsioner (fibrinoid nedbrydning af sædstrengene) og betændelse i uterus (uden andre associerede histopatologiske effekter). 
Histopathological examination of the reproductive organs of rats from an 18month inhalation study revealed an increase in age-related lesion (fibrinoid degeneration in the vascular channels of the testes) and uterine inflammation (without any other associated histopathological effects).
De fundne effekter blev vurderet ikke at være behandlingsrelaterede og ikke skadelig for reproduktionen (18). 
Neither effects were considered treatment-related or adverse to reproduction (18).
Indtagelse af 2-hydroxyethylakrylat via foderet hos rotter eller hunde resulterede ikke i behandlingsrelaterede effekter på testikelvægt eller histopatologiske ændringer i testikler eller uterus (18). 
Dietary administration of 2-hydroxyethyl acrylate to rats or dogs did not result in treatment-related effects on testicular weight or histopathology of the testes or uterus (18).
2-Hydroxyethylakrylats kritiske effekter er dets potentiale til at kunne inducere og elicitere irritation og kontaktallergi. 
The critical effect of 2-hydroxyethyl acrylate is its potential to induce and elicitate irritation and sensitisation.
Der blev ikke fundet en nedre sikker dosis for kontaktallergi, men der blev fundet elicitering af allergi ved en koncentration på 0,1 %. 
No lower dose has been established for sensitisation, but elicitation of allergy was observed at a concentration of 0.1%.
Baseret på tilgængelige studier med 2hydroxyethylakrylat vurderes det, at stoffet har et moderat potentiale til at kunne inducere kontaktallergi. 
Based on the available studies on 2-hydroxyethyl acrylate it is evaluated that the substance has a moderate potential to induce sensitisation.
Tabel 6.2 Sammenfatning af data for 2-hydroxethylakrylat 
Table 6.2 Summary of data for 2-hydroxethyl acrylate
NOEL, (mg/kg lgv), oral, hund 
NOEL, (mg/kg bw), oral, dog
2-Hydroxypropylakrylat (HPA) er en klar til let gul væske med en sød lugt (22). 
2-Hydroxypropyl acrylate (HPA) is a clear to light yellow liquid with a sweet odour (22).
Der er kun fundet begrænsede data på 2-hydroxypropylakrylat. 
Only limited data has been identified on 2-hydroxypropyl acrylate.
Imidlertid blev der fundet data på hydroxypropylakrylat (CAS nr. 25584-83-2). 
However, data was found on hydroxypropyl acrylate (CAS no. 25584-83-2).
Nedenfor anvendes de toksikologiske data for dette produkt også til at beskrive 2-hydroxypropylakrylats toksicitet. 
Below, data on toxicology for this commercial product is also used to describe the toxicity of 2-hydroxypropyl acrylate.
1,2-Propanediol, 1-akrylat, propylenglycol monoakrylat, beta-hydroxypropylakrylat 
1,2-Propanediol, 1-acrylate, propylene glycol monoacrylate, beta-hydroxypropyl acrylate
2-Hydroxypropylakrylat har moderat til lav toksicitet efter oral eksponering. 
2-Hydroxypropyl acrylate is of moderate to low toxicity after oral exposure.
LD50 værdier for rotter ved oral eksponering var 250 til 500 mg/kg lgv med rapporterede værdier så høje som 590 til 1300 mg/kg lgv. 
The rat oral LD50 was 250 to 500 mg/kg bw with reports of values as high as 590 to 1300 mg/kg bw.
Musens orale LD50 værdi var 1060 mg/kg lgv (22). 
The mouse oral LD50 value was 1060 mg/kg bw (22).
LD50 værdier hos kaniner efter lokal applikation varierer fra 170 mg/kg lgv til 250 mg/kg lgv. 
LD50 values in rabbits after topical application range from 170 mg/kg bw to 250 mg/kg bw.
Dyrene, der overlevede, udviklede moderat ødem, moderat til alvorlig necrose og lokale tegn på irritation på applikationsstedet (22). 
The animals that survived developed moderate oedema, moderate to severe necrosis, and local evidence of irritation at the application site (22).
2-Hydroxypropylakrylat virker irriterende på øjne, næse og åndedrætsorganer (22). 
2-Hydroxypropyl acrylate is irritating to the eyes, nasal and respiratory organs (22).
Hydroxypropylakrylat virker meget irriterende på huden (23). 
Hydroxypropyl acrylate is highly irritating to the skin (23).
Allergistudier på dyr og mennesker viser, at hydroxypropylakrylat er allergifremkaldende og vil krydsreagere med andre akrylater. 
Skin sensitization studies in animals and humans indicate that hydroxypropyl acrylate is likely to be a sensitizer and will cross-react with other acrylates in some exposed individuals.
I marsvin er 2hydroxypropylakrylat et af de mere potente sensibiliserende stoffer (22). 
2-Hydroxypropyl acrylate is among the more potent sensitisers in guinea pigs (22).
Ni patienter, der var akrylat-overfølsomme blev i en lappetest testet med forskellige stoffer heriblandt 2-hydroxypropylakrylat. 
Nine acrylate-sensitised patients were tested with various substances including 2-hydroxypropyl acrylate in a patch test.
Syv ud af ni patienter reagerede positivt over for 2-hydroxypropylakrylat i en koncentration på 0,1 %, hvilket indikerer et potentiale for kontaktallergi (20). 
Seven out of nine patients had a positive reaction to 2-hydroxypropyl acrylate tested in a concentration of 0.1% indicating a sensitisation potential (20).
Det vurderes på basis af humane og dyredata, at 2-hydroxypropylakrylat har et moderat potentiale for at elicitere og inducere allergi. 
It is evaluated based on human and animal data that 2-hydroxypropyl acrylate has a moderate potential to elicitate and induce allergy.
Toksicitet ved gentagen eller længerevarende eksponering Rotters, mus', kaniners og hundes gentagen eksponering for dampe af hydroxypropylakrylat (6 t/dag, 5 dage/uge i 21 eller 20 eksponeringer) resulterede i alvorlig irritation af de øvre åndedrætsorganer med døden til følge. 
Toxicity from repeated or prolonged exposure Repeated exposure to vapours of hydroxypropyl acrylate (6 hr/day, 5 days/week for 21 or 20 exposures to rats and mice and rabbits and dogs, respectively) did result in severe irritation of the upper respiratory tract, resulting in death due to respiratory failure at higher concentrations and concentration-related local irritation at sub-lethal exposures.
Systemisk toksicitet blev ikke observeret (23). 
systemic toxicity was observed (23).
2-hydroxypropylakrylat var ikke mutagent i et in vivo mikronucleus studie med mus (23). 
2-Hydroxypropyl acrylate was not mutagenic in an in vivo mouse micronucleus study (23).
Hydroxypropylakrylat var ikke mutagent i S.typhimurium (bakteriel reverse mutation studie) in vitro med eller uden metabolisk aktivering, men var positiv med metabolisk aktivering, hvis testet med to E.coli stammer. 
Hydroxypropyl acrylate was not mutagenic to S. typhimurium (bacterial reverse mutation assay) in vitro with or without metabolic activation but was positive with metabolic activation when tested with two E. coli strains.
Hydroxypropylakrylat var negativ i et genmutationsforsøg udført med pattedyrsceller in vitro, men udviste clastogenisk aktivitet i cytogen og kromosom aberration forsøg. 
In mammalian cells in vitro, hydroxypropyl acrylate was negative in a gene mutation assay but had clastogenic activity in cytogenetic and chromosomal aberration assays.
I disse pattedyrscelle forsøg, var der kun positive resultater ved koncentrationer, der resulterede i signifikant celledød. 
In these mammalian cell assays, positive results occurred only at concentrations that resulted in significant cell death.
Derfor vurderes de positive resultater at være tvivlsomme. 
Thus, the positive results are considered equivocal.
Hydroxypropylakrylat var ikke mutagent i en in vivo muse mikronucleus test (23). 
Hydroxypropyl acrylate was not mutagenic in an in vivo mouse micronucleus study (23).
Carcinogenicitet Der er ingen data fundet. 
Carcinogenicity No data found
Baseret på resultater fra dyrestudier, der vurderer eksponering for hydroxypropylakrylat og 2-hydroxypropylakrylat dampe, forventes der ingen reproduktionstoksicitet hos 2-hydroxypropylakrylat. 
Based on results from animal studies evaluating exposure to hydroxypropyl acrylate and 2-hydroxyethyl acrylate vapours, no reproductive toxicity is anticipated for 2-hydroxypropyl acrylate.
Den kritiske effekt af 2-hydroxypropylakrylat er dets potentiale til at elicitere og inducere allergiske reaktioner og at irritere huden. 
The critical effect of 2-hydroxypropyl acrylate is its potential to elicitate and induce allergic reactions and to irritate the skin.
Tabel 6.3 Sammenfatning af data for 2-hydroxpropylakrylat 
Table 6.3 Summary of data for 2-hydroxpropyll acrylate
LOAEC, (mg/m3), inhalation, rotte 
LOAEC, (mg/m3), inhalation, rat
≈ 7 mg/kg lgv/day 
≈ 7 mg/kg bw/day
2-Hydroxypropylmethakrylat er en klar væske med en let akrylisk lugt (5). 
2-Hydroxypropyl methacrylate is a dear liquid with a slightly acrylic odour (5).
1,2-Propanediol, 2-methyl, monomethakrylat, Hydroxypropyl methakrylate, Propylen glycolmonometakrylat 
1,2-Propanediol, 2-methyl, monomethacrylate, Hydroxypropyl methacrylate, Propylene glycol monomethacrylate
2-hydroxypropylmethakrylat har en lav akut toksicitet. 
2-Hydroxypropyl methacrylate has a low oral acute toxicity.
LD50 i rotter er 11.200 mg/kg lgv efter oral eksponering (19,24). 
LD50 in rats is 11200 mg/kg bw after oral exposure (19,24).
Dampe af 2-hydroxypropylmethakrylat virker irriterende på øjne og åndedrætsorganer. 
2-Hydroxypropyl methacrylate vapour is irritating to eyes and respiratory system.
Væsken virker irriterende på øjnene (5). 
The liquid is irritating to eyes (5).
På marsvin viste 2-hydroxypropylmethakrylat et svagt potentiale for at inducere allergi i en maximisation test (24). 
In guinea pigs 2-hydroxypropyl methacrylate had a weak potential to induce sensitisation in a maximisation test (24).
2-Hydroxypropylmethakrylat er observeret at kunne elicitere allergiske reaktioner i lappetests. 
2-Hydroxypropyl methacrylate is observed to elicitate allergic reactions in patch tests.
17,5 % af de testede akrylat-overfølsomme patienter reagerede på 2-hydroxypropylmethakrylat i en koncentration på 2 % (21). 
17.5% of the tested acrylate-sensitised patients were reacting to 2hydroxypropyl methacrylate in a concentration of 2% (21).
Toksicitet ved gentagen eller længevarende eksponering Der er ingen data fundet. 
Toxicity from repeated or prolonged exposure No data found
I et rottestudie blev der fastsat en NOAEL på 1000 mg/kg lgv/dag for reproduktions- og udviklingseffekter, der viste, at 2hydroxypropylmethakrylat har et lavt potentiale til at kunne forårsage reproduktionstoksicitet (24). 
In a rat study a NOAEL of 1000 mg/kg bw/day was established for reproductive and developmental effects indicating that 2-hydroxypropyl methacrylate has a low potential to cause reproductive toxicity (24).
2-Hydroxypropylmethakrylats kritiske effekter er dets potentiale til at kunne elicitere og inducere allergiske reaktioner. 
The critical effects of 2-hydroxypropyl methacrylate are its potential to elicitate and induce allergic reactions.
En NOAEL blev fastsat i et reproduktionsstudie i rotter. 
A NOAEL was established in a reproductive toxicity study in rats.
Tabel 6.4 Sammenfatning af data for 2-hydroxypropylmethakrylat 
Table 6.4 Summary of data for 2-hydroxypropyl methacrylate
NOAEL, (mg/kg lgv/dag), reproduktionstoxicitet, rotte 
NOAEL, (mg/kg bw/day), reprotoxicity, rat
Biologisk betragtet ligner methakrylat akrylat undtagen på lavere reaktivitet og således reduceret toksicitet. 
Biologically, methacylates resemble acrylates, except for lower reactivity and thus decreased toxicity.
Dette skyldes sandsynligvis sterisk hindring af dets metylgrupper (5). 
This is probably due to steric hindrance by its methyl group (5).
Ethylenglycoldimethakrylat, ethyldiol metakrylat, glycoldimethakrylat 
Ethylene glycol dimethacrylate, ethyldiol metacrylate, glycol dimethacrylate
Ethylendimethakrylat har en lav akut toksicitet. 
Ethylene dimethacrylate has a low acute toxicity.
Oral LD50 i mus er 2.000 mg/kg lgv, medens værdien er 3.300 mg/kg lgv i rotter (19). 
LD50 orally in mice is 2,000 mg/kg bw, while in rats the value is 3,300 mg/kg bw (19).
Ethylendimethakrylat virker irriterende på øjne og åndedrætsorganer (5). 
Ethylene dimethacrylate is irritating to eyes and respiratory tract (5).
Seksogtyve akrylat-overfølsomme individer blev testet med forskellige stoffer inklusiv ethylendimethakrylat ved en lappetest. 
Twenty six acrylate-sensitised patients were tested with various substances including ethylene dimethacrylate in a patch test.
I en anden human lappetest reagerede 13 % af de akrylat-overfølsomme patienter positivt over for ethylendimethakrylat i en 2 % koncentration (21). 
In another human patch test 13% of the acrylate-sensitised subjects reacted positive to ethylene dimethacrylate in a 2% concentration (21).
Baseret på en LLNA test, blev ethylendimethakrylat klassificeret som et svagt allergen. 
Based on a Local Lymph Node Assay (LLNA) ethylene dimethacrylate was classified with an extremely weak potency for sensitisation.
Koncentrationen, der forårsagede allergi var 35 % (25). 
The concentration inducing sensitisation was 35% ethylene dimethacrylate (25).
Baseret på disse dyre- og menneskestudier vurderes det, at ethylendimethakrylat har et svagt allergifremkaldende potentiale. 
Based on these animal and human studies it is evaluated that ethylene dimetacrylate have a weak potential as a sensitiser.
Toksicitet ved gentagen eller længerevarende eksponering Gentagen eksponering via inhalation med ethylendimethakrylat (6 t/dag, for 13 eksponeringer af rotter) i en koncentration på 1 mg/m 
Toxicity from repeated or prolonged exposure Repeated exposure to ethylene dimethacrylate (6 hr/day, for 13 exposures to rats) in a concentration of 1 mg/m
forårsagede let døsighed. 
produced slightly lethargy.
Legemsvægt og urinparametre forblev uændrede (26). 
Body weights and urine parameters were unchanged (26).
Ethylendimethakrylat viste sig ikke at være mutagent i Ames test (S. typhimurium) med eller uden aktivering (26). 
Ethylene dimethacrylate was not mutagenic in Ames test (S. typhimurium) with or without activation (26).
Stoffet inducerede mutationer på TK gene locus i L5178Y muselymfeceller med metabolisk aktivering i koncentrationer fra 400 to 700 nl/ml. 
The substance did induce mutations at the TK gene locus in L5178Y mouse lymphoma cells with metabolic activation in concentrations from 400 to 700 nl/ml.
Uden metabolisk aktivering forårsagede koncentrationer op til 800 nl/ml høj cytotoksicitet uden forhøjet mutation (5). 
Without metabolic activation, concentrations up to 800 nl/ml caused high cytotoxicity without increasing mutation frequency (5).
Baseret på disse studier er ethylendimethakrylats mutagene potentiale ikke fuldstændig verificeret. 
Based on these studies the mutagenic potential of ethylene dimethacrylate is not fully verified.
Reproduktionstoksicitet Der er ingen data fundet. 
Reproductive toxicity No data found.
Ethylendimethakrylats kritiske effekter er stoffets evne til at frembringe og inducere allergiske reaktioner. 
The critical effects of ethylene dimethacrylate are its potential to elicitate and induce allergic reactions.
Den systemiske eksponeringsdosis (Systemic Exposure Dose, SED) er fastsat i et worst-case scenario for en modelperson ved at anvende standardparametre fra TGD og SCCP. 
The internal body dose (Systemic Exposure Dose, SED) is estimated in a worst case scenario for a model person by applying standard parameters from TGD and SCCP.
Sundhedsrisici for eksponering af udvalgte stoffer i neglehærdere og kunstige negle vurderes ved at kalkulere en sikkerhedsmargin (MoS). 
The health risks of exposure to selected substances in nail hardeners and artificial nails are assessed by calculating the margin of safety (MoS).
Stoffers allergifremkaldende potentiale er dog ikke alene afhængige af det iboende potentiale, men også af dosis og eksponeringsmåde, antal af allergener pr. enhed hudoverflade, hjælpestoffet og hudens tilstand (29). 
However, sensitisation of contact allergens are dependent not only on the inherent sensitisation capacity of the chemical, but also on the dose and type of exposure, the amount of allergen per unit area surface of skin, the vehicle and the condition of the skin (29).
Fastsættelse af en lavere tærskelværdi for henholdsvis induktion og elicitering af allergi kan være vanskelig, specielt til regulatorisk brug. 
Establishment of a lower safe threshold concentration for the induction and elicitation of sensitisation may be difficult, particularly for use in regulatory toxicology.
En efterprøvet metode til risikovurdering af allergieffekten forefindes endnu ikke. 
A validated method for risk assessment for the sensitisation effect has not yet been established.
Derfor er risikovurderingen nedenfor opdelt i en risikovurdering af de systemiske effekter og en del, der beskriver de potentielle risici for allergi. 
Therefore the below risk assessment is split in a risk assessment of the systemic effects and a part describing the potential risk of sensitisation.
7.1 Eksponering og risikovurdering for forbrugere, der anvender neglehærdere 
7.1 Exposure and risk assessment for consumers using nail hardeners
Formaldehyd i neglehærdere kan reagere med proteiner på overfladen af neglen og således blive inaktiveret hvis neglen er sund. 
Depending on the applied concentration some of the formaldehyde may, however, penetrate the nail plate and reach the tissue under the nail.
Hvis neglen er skadet, kan formaldehyd trænge igennem den svage overflade ned til vævet under neglen. 
This may especially be the case if the nail is thin, soft or damaged.
Formaldehyd kan også nå huden omkring neglen hvis produktet ikke smøres meget omhyggeligt på neglens overflade. 
Formaldehyde may also reach the skin surrounding the nail if the product is not very carefully smeared on the nail plate.
Den daglige eksponering for formaldehyd i neglehærdere er blevet beregnet for en modelperson på 40 kg. Denne legemsvægt er baseret på en konservativ tilpasning, som i risikovurderingen også omfatter yngre piger fra 15 år og op. 
The daily exposure of formaldehyde in nail hardeners has been calculated for a model person of 40 kg. This body weight is based on a conservative approach also including younger girls from 15 years and up in the risk assessment.
Den daglige eksponering blev beregnet for det højest tilladte indhold af formaldehyd i neglehærdere; 5 %. 
The daily exposure was calculated for the highest allowed content of formaldehyde in nail hardeners; 5%.
Den maksimale mængde formaldehyd, der blev fundet i de analyserede produkter var 4,05 %. 
The maximum amount of formaldehyde found in the analysed products was 4.05%.
Antal applikationer pr. dag: 
Number of applications per day:
Mængde pr. applikation (10 negle): 
Applied amount per application (10 nails):
7.1.1 Risikovurdering for systemiske effecter 
7.1.1 Risk assessment for systemic effects
Det vurderes at mængden af formaldehyd i neglehærdere enten vil reagere med proteiner på neglens overflade, nå huden omkring neglen eller fordampe i løbet af neglehærderens tørringsproces. 
It is assessed that the amount of formaldehyde in nail hardeners will either react with proteins on the surface of the nail, reach the skin surrounding the nail or evaporate during the drying process of the nail hardener.
Det vurderes at ca. 25 % af det totale indhold af formaldehyd i produktet vil fordampe under tørringsprocessen. 
It is evaluated that around 25% of the total content of formaldehyde in the product will evaporate during the drying process.
Derfor vurderes det, at 9 % af de anvendte neglehærdere vil dække huden omkring neglen og at de derved bidrager til den systemiske dosis. 
Therefore it is assumed that 9% of the applied nail hardeners will cover the skin surrounding the nail, and thereby may contribute to the systemic dose.
Det vurderes, at formaldehyd, der reagerer på negleoverfladerne ikke vil bidrage til den systemiske dosis, da man ikke kender de specifikke data for dette mulige bidrag. 
It is assumed that none of the formaldehyde reacting on the nail plates will contribute to the systemic dose as no specific data for this possible contribution to a systemic dose is known.
Effekterne, der måtte opstå som følge af formaldehyds gennemtrængning af neglen omtales senere i kapitlet. 
The possible effects of formaldehyde penetrating the nail are discussed later in the chapter.
Femogtyve procent formaldehyd vil fordampe i løbet af tørringsprocessen. 
Twenty-five percent formaldehyde will evaporate during the drying process.
Det vurderes at det frigøres i det nære område rundt om personen (1 m 
It is assumed that it is released in the close area around the person (1 m
at halvdelen af det absorberes via inhalation eller dermal absorption. 
that half of it is absorbed via inhalation or dermal absorption.
Derfor omfatter beregningen af den systemiske eksponeringsdosis (SED) kun den del, der udgør huden omkring neglen (9 %) og halvdelen af den del, der fordamper under tørringsprocessen; 12,5 % af den totale del, der er indeholdt i produktet. 
Therefore, calculating the systemic exposure dose (SED) only includes the part constituting the skin surrounding the nail (9%) and half the part evaporating during the drying process; 12.5% of the total amount contained in the product.
I alt vil 21,5 % af det totale indhold af formaldehyd bidrage til en systemisk dosis. 
In total 21.5% of the total content of formaldehyde will contribute to a systemic dose.
Daglig eksponeringinhalation+dermal, formaldehyd: 
Daily exposureinhalation+dermal, formaldehyde:
1 gang pr dag x 0,00025 kg neglehærder x 21,5 % x 50 g formaldehyd/kg produkt 40 kg lgv 
1 time pr day x 0.00025 kg nail hardener x 21.5% x 50 g formaldehyde/kg product 40 kg bw
Den daglige eksponeringsdosis (SED) af formaldehyd i neglehærdere angives som mg pr kg legemsvægt pr dag (mg/kg lgv/dag) i testpersonen. 
The daily exposure dose (SED) of formaldehyde in nail hardeners is calculated as mg per kg bodyweight per day (mg/kg bw/day) for the model person.
Normalt betragtes et kosmetisk produkt med en sikkerhedsmargin (MoS) på mere end 100 som et produkt, hvor brugeren eksponeres for en acceptabel (minimal) sundhedsrisiko(28). 
Normally, a cosmetic product with a margin of safety (MoS) of more than 100 is considered to be a product exposing the user to an acceptable (minimum) health risk (28).
NO(A)EL (mg/kg lgv/d) 
NO(A)EL (mg/kg bw/d)
Daglig dosis, voksen, 40 kg (SED) (mg/kg lgv/d) 
Daily dose, adult, 40 kg (SED) (mg/kg bw/d)
Baseret på andre systemiske effekter end cancer 
Based on systemic effects other than cancer
En kritisk effekt af formaldehyd er dets mulige potentiale som kræftfremkaldende. 
A critical effect of formaldehyde is its possible potential as carcinogen.
Dette potentiale ses hos mennesker efter inhalation af store koncentrationer i arbejdsmiljøet (2). 
The carcinogenic potential of formaldehyde is observed in humans after inhalation of large concentrations in the working environment (2).
er baseret på koncentrationen i arbejdsmiljøet på en arbejdsdag på 8 timer, hvilket svarer til en total koncentration på 3,2 mg/m 
is based on the concentration in the working environment for a working day of 8 hours corresponding to a total concentration of 3.2 mg/m
Det vurderes, at 25 procent af den formaldehyd, der er indeholdt i neglehærderen vil fordampe i løbet af tørrringsprocessen. 
It is assumed that 25 percent of the formaldehyde contained in the nail hardener will evaporate during the drying process.
(3 gange mindre end den totale grænseværdi), hvilket indikerer, at livstidsrisikoen for cancer ved brugen af neglehærdere er ubetydelig. 
(3 times lower than the total threshold value) indicating that the life-time risk of cancer by using nail hardener is negligible.
7.1.2 Risikovurdering for allergi 
7.1.2 Risk assessment for sensitisation