Environmental Engineering Reference
In-Depth Information
. 21.. Huczko,.A..and.H..Lange..1999..Fullerenes:.Experimental.evidence.for.a.null.risk.of.
skin.irritation.and.allergy..
Fullerene Sci. Technol.,
.7:935-939.
. 22.. Ryman-Rassmussen,.J.P.,.J.E..Riviere,.and.N.A..Monteiro-Riviere..2006..Penetration.
of.intact.skin.by.quantum.dots.with.diverse.physiochemical.properties..
Toxicolog. Sci.,
.
91(1):159-165.
. 23.. U.S..Environmental.Protection.Agency..2007..Basic.Concepts.in.Environmental.Sci-
ences,. Module. 3:. Particulate. Matter.. http://www.epa.gov/eogapti1/module3/category/
category.htm#less0.1.
. 24.. Borm,.P.J.A.,.D..Robbins,.S..Haubold,.et.al..2006..The.potential.risks.of.nanomaterials:.
a.review.carried.out.for.ECOTEC..
Particle and Fiber Toxicology.
(DOI:.10.1186/1743-
8977-3-11).http://www.particleandibretoxicology.com/content/3/1/11.
. 25.. Oberdorster,. E.. 2004.. Manufactured. nanomaterials. (Fullerenes,. C60). induce. oxi-
dative. stress. in. the. brain. of. juvenile. largemouth. bass..
Environ. Hlth. Perspect.,
.
112(10):1058-1062.
. 26.. Lovern,.S..and.R..Klaper..2006..
Daphnia magna
.mortality.when.exposed.to.titanium.
dioxide.and.fullerene.(C60).nanoparticles..
Environ. Toxicol. Chem.,
.25(4):1132-1137.
. 27.. Lovern,.S.B.,.J.R..Strickler,.and.R..Klaper..2007..Behavioral.and.physiological.changes.
in.
Daphnia magna
when.exposed.to.nanoparticle.suspensions.(titanium.dioxide,.nano-
C60,.and.C60HxC70Hx)..
Environ. Sci. Technol.,
.41(12):4465-4470.
. 28.. Zhu,.S.,.E..Oberdorster,.and.M.L..Haasch..2006..Toxicity.of.an.engineered.nanopar-
ticle. (fullerene,. C60). in. two. aquatic. species,.
Daphnia
. and. fathead. minnow..
Marine
Envir. Res.,
.(62(1),.S5-S9.
. 29.. Zhu,. X.,. L.. Zhu,. Y.. Li,. Z.. Duan,. W.. Chen,. and. P.J.J.. Alvarez.. 2007.. Developmental.
toxicity.in.zebraish.(
Danio rerio
).embryos.after.exposure.to.manufactured.nanomate-
rials:.Buckminsterfullerene.aggregates.(Nc60).and.fullerol..
Environ. Toxicol. Chem
.,.
26(5):976-979.
. 30.. Henry,.T.B.,.F..Menn,.J.T..Fleming,.J..Wilgus,.R.N..Compton,.and.G.S..Sayler..2007..
Attributing.effects.of.aqueous.C60.nano-aggregates.to.tetrahydrofuran.decomposition.
products.in.larval.zebraish.by.assessment.of.gene.expression..
Environ. Health. Per-
spect.,
115(7):.1059-1063..http://www.ehponline.org/members/.2007/9757/9757.pdf.
.
31.. Cheng,.J.,.E..Flahaut,.and.S.H..Cheng..2007..Effect.of.carbon.nanotubes.on.developing.
zebraish.(
Danio rerio
).embryos..
Environ. Toxicol. Chem
.,.26(4):708-716.