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 14

Hexamethylene diisocyanate (HDI) vapor reactivity with glutathione and subsequent transfer to human albumin.

Authors

Wisnewski-AV; Mhike-M; Hettick-JM; Liu-J; Siegel-PD

Source

Toxicol in vitro 2013 Mar; 27(2):662-671

 15

CTNNA3 (alpha-catenin) gene variants are associated with diisocyanate asthma in occupationally-exposed workers.

Authors

Yucesoy-B; Kashon-ML; Lummus-ZL; Johnson-VJ; Fluharty-KL; Gautrin-D; Malo-J; Cartier-A; Germolec-DR; Luster-MI; Bernstein-DI

Source

Toxicologist 2013 Mar; 132(1):39

 16

Inhalation of a spot welding aerosol using an adhesive increased airway resistance but not lung inflammation.

Authors

Antonini-JM; Afshari-A; Thompson-JA; Fedan-JS; McKinney-W; Meighan-TG; Jackson-MC; Chen-BT; Schwegler-Berry-D; Erdely-A; Frazer-D; Zeidler-Erdely-PC

Source

Toxicologist 2013 Mar; 132(1):44

 17

Glucocorticoid exposure primes the neuroinflammatory response to the nerve agent DFP in a model of Gulf War illness.

Authors

Kelly-KA; Miller-DB; Lasley-SM; O'Callaghan-JP

Source

Toxicologist 2013 Mar; 132(1):74

 18

Exposure to triclosan augments the allergic response to ovalbumin in a mouse model of asthma.

Authors

Long-CM; Franko-J; Kashon-ML; Anderson-KL; Hubbs-AF; Lukomska-E; Meade-BJ; Anderson-S

Source

Toxicologist 2013 Mar; 132(1):89

 19

Differential expression kinetics of miRNA involved in allergic chemical sensitization following dermal exposure in a murine model.

Authors

Anderson-S; Beezhold-K; Lukomska-E; Richardson-J; Long-CM; Anderson-K; Franko-J; Meade-BJ; Beezhold-DH

Source

Toxicologist 2013 Mar; 132(1):90

 20

Potential for immune sensitization following dermal exposure to indium tin oxide.

Authors

Meade-BJ; Lukomska-E; Brock-K; Long-CM; Anderson-K; Anderson-S

Source

Toxicologist 2013 Mar; 132(1):90

 21

Physical characterization of multiwalled carbon nanotubes for inhalation studies.

Authors

Chen-BT; Schwegler-Berry-D; McKinney-W; Stone-S; Cumpston-JL; Friend-S; Porter-DW; Castranova-V; Frazer-D

Source

Toxicologist 2013 Mar; 132(1):94

 22

Multiwalled carbon nanotubes damage the mitochondria to increase reactive oxygen radical production, activate NF-kB signaling to induce inflammatory cytokines, & stimulate transforming growth factor ß1 & platelet-derived growth factor expression to promote fibroblast-to-myofibroblast transformation

Authors

He-X; Young-S; Schwegler-Berry-D; Chishom-WP; Fernback-JE; Ma-Q

Source

Toxicologist 2013 Mar; 132(1):95