Environmental Engineering Reference
In-Depth Information
. 6.. Lomer,.M.C.,.R.P..Thompson,.and.J.J..Powell..2002..Fine.and.ultraine.particles.of.the.
diet:.Inluence.on.the.mucosal.immune.response.and.association.with.Crohn's.disease..
Proc. Nutr. Soc.,
.61:123-130.
. 7.. Wanga,.B.,.W..Fenga,.T..Wangc,.et.al..2006..Acute.toxicity.of.nano-.and.micro-scale.
zinc.powder.in.healthy.adult.mice..
Toxicol. Lett.,
.161:115-123.
. 8.. Ballard,. W.E.. 1972.. Some. environmental. problems. of. the. metal. spraying. processes..
Ann. Occup. Hyg.,
.15:101-106.
. 9.. Raynor,.P.C.,.S..Kim,.and.M..Bhattacharya..2005..Mist.generation.from.metalworking.
luids.formulated.using.vegetable.oils..
Ann. Occup. Hyg.,
.49:283-293.
. 10.. Lademann,.J.,.H..Weigmann,.C..Rickmeyer,.et.al..1999..Penetration.of.titanium.oxide.
microparticles.in.a.sunscreen.formulation.into.the.horny.layer.and.the.follicular.oriice..
Skin Pharmacol. Appl. Skin Physiol.,
.12:247-256.
. 11.. Hostynek,.J.J..2003..Factors.determining.percutaneous.metal.absorption..
Food Chem.
Toxicol.,
.41:327-345.
. 12.. Verma,.D.D.,.S..Verma,.G..Blume,.and.A..Fahr..2003..Particle.size.of.liposomes.inlu-
ences.dermal.delivery.of.substances.to.the.skin..
Int. J. Pharm.,
258:141-151.
. 13.. Rouse,.J.G.,.J..Yang,.J.P..Ryman-Rasmussen,.A.R..Barron,.and.N.A..Monteiro-Riviere..
2007..Effects.of.mechanical.lexion.on.the.penetration.of.fullerene.amino.acid-deriva-
tized.peptide.nanoparticles.through.skin..
Nano Lett.,
7:155-160.
. 14.. Hoet,.P.H.M.,.I..Bruske-Hohlfeld,.and.O.V..Salta..2004..Nanoparticles.—.known.and.
unknown.health.risks..
J. Nanobiotechnol.,
.2:12-25.
. 15.. Menon,.G.K..and.P.M..Elias..1997..Morphologic.basis.for.a.pore.pathway.in.mamma-
lian.stratum.corneum..
Skin Pharmacol.,
.10:235-246.
. 16.. De.Jalon,.E.G.,.M.J..Blanco-Prieto,.P..Ygartua,.and.S..Santoyo..2001..PLGA.micropar-
ticles:.Possible.vehicles.for.topical.drug.delivery..
Int. J. Pharm.,
.226:181-184.
. 17.. Tinkle,. S.S.,. J.M.. Antonini,. B.A.. Rich,. et. al.. 2003.. Skin. as. a. route. of. exposure. and.
sensitization.in.chronic.beryllium.disease..
Environ. Health Perspect.,
.111:1201-1208.
. 18.. Dorman,. D.C.,. B.E.. McManus,. C.U.. Parkinson,. C.A.. Manuel,. A.M.. McElveen,. and.
J.I.. Everitt.. 2004.. Nasal. toxicity. of. manganese. sulfate. and. manganese. phosphate. in.
young. rats. following. subchronic. (13-week). inhalation. exposure..
Inhalation Toxicol.,
.
16:481-488.
. 19.. Schroeter,.J.D.,.J.S..Kimbell,.M.E..Andersen,.and.D.C..Dorman..2006..Use.of.a.phar-
macokinetic-driven.computational.luid.dynamics.model.to.predict.nasal.extraction.of.
hydrogen.sulide.in.rats.and.humans..
Toxicol Sci.,
.94:359-367.
. 20.. Hollinger,.M.A..1985..Respiratory.pharmacology.and.toxicology..In.
Saunders Mono-
graphs in Pharmacology and Therapeutics.
.Philadelphia:.W.B..Saunders.Co.
. 21.. Berthiaume,. E.P.,. C.. Medina,. and. J.A.. Swanson.. 1995.. Molecular. size-fractionation.
during.endocytosis.in.macrophages..
J. Cell Biol.,
.129:989-998.
. 22.. Lam,.C.-W.,.J.T..James,.R..McCluskey,.S..Arepalli,.and.R.L..Hunter..2006..A.review.of.
carbon.nanotube.toxicity.and.assessment.of.potential.occupational.and.environmental.
health.risk..
Crit. Rev. Toxicol.,
.36:189-217.
. 23.. Lam,.C.-W.,.J.T..James,.R..McCluskey,.and.R.L..Hunter..2004..Pulmonary.toxicity.of.
single-walled.carbon.nanotubes.in.mice.7.and.90.days.after.intratracheal.instillation..
Toxicol. Sci.,
.77:126-134.
. 24.. Shévedova,.A.A.,.E.R..Kisin,.R..Mercer,.et.al..2005..Unusual.inlammatory.and.ibro-
genic.pulmonary.responses.to.single-walled.carbon.nanotubes.in.mice..
Am. J. Physiol.
Lung Cell. Molec. Physiol.,
.289:L698-L698.
. 25.. Warheit,. D.B.,. B.R.. Laurence,. K.L.. Reed,. D.H.. Roach,. G.A.M.. Reynolds,. and. T.R..
Webb..2004..Comparative.pulmonary.toxicity.assessment.of.single-wall.carbon.nano-
tubes.in.rats..
Toxicol Lett.,
.77:117-125.
. 26.. Tian,.F.,.D..Cui,.H..Schwarz,.G.G..Estrada,.and.H..Kobayashi..2006..Cytotoxicity.of.sin-
gle-walled.carbon.nanotubes.on.human.ibroblasts..
Toxicol. In Vitro,
.20:1202-1212.
