Diane Schwegler‐Berry
Papers
4
Total Citations
273
H-Index
4
About
Diane Schwegler‐Berry is a leading researcher in occupational health, specializing in the toxicology of welding fumes and their respiratory effects. Her work focuses on understanding how complex metal oxide particles from welding processes—particularly mild and stainless steel—induce oxidative stress and lung injury. She designed and built a novel robotic welding fume generator and inhalation exposure system for laboratory animals, enabling controlled studies that have become foundational in the field. Her highly cited 2010 paper (94 citations) demonstrated that stainless steel fumes generate more reactive oxygen species than mild steel fumes, linking welding parameters to toxicity. She also showed that hexavalent chromium content in stainless steel fumes depends on the welding process and shield gas type (51 citations), providing critical guidance for exposure control. Her inhalation studies in rats revealed that mild steel fume exposure, while not causing acute inflammation, can impair lung defense responses against bacterial infection (35 citations). With over 270 cumulative citations across her key papers, Schwegler‐Berry’s research has advanced mechanistic understanding of welding fume toxicity and informed safer industrial practices.
Research Focus
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Top Papers
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