Transcriptomic responses to crystalline silica exposure

Summary

Transcriptomic responses to crystalline silica exposure is a scholarly chapter^[1].

Key Facts

• Transcriptomic responses to crystalline silica exposure authored Pius Joseph^[2].
• Transcriptomic responses to crystalline silica exposure authored Christina M. Umbright^[3].
• Transcriptomic responses to crystalline silica exposure's instance of is recorded as scholarly chapter^[4].
• Transcriptomic responses to crystalline silica exposure's page is recorded as 423-458^[5].
• Transcriptomic responses to crystalline silica exposure is part of Inhalation Toxicology^[6].
• Transcriptomic responses to crystalline silica exposure's language of work or name is recorded as English^[7].
• Transcriptomic responses to crystalline silica exposure was released on July 23, 2014^[8].
• Transcriptomic responses to crystalline silica exposure's sponsor is recorded as NIOSH Health Effects Laboratory Division^[9].
• Transcriptomic responses to crystalline silica exposure's main subject is quartz^[10].
• Transcriptomic responses to crystalline silica exposure's main subject is silicon dioxide^[11].
• Transcriptomic responses to crystalline silica exposure's main subject is industrial manufacturing^[12].
• Transcriptomic responses to crystalline silica exposure's main subject is silica dust^[13].
• Transcriptomic responses to crystalline silica exposure's main subject is lung^[14].
• Transcriptomic responses to crystalline silica exposure's main subject is lung disease^[15].
• Transcriptomic responses to crystalline silica exposure's main subject is particulates^[16].
• Transcriptomic responses to crystalline silica exposure's main subject is respiratory disease^[17].
• Transcriptomic responses to crystalline silica exposure's main subject is respiratory system^[18].
• Transcriptomic responses to crystalline silica exposure's main subject is disease^[19].
• Transcriptomic responses to crystalline silica exposure's main subject is cell biology^[20].
• Transcriptomic responses to crystalline silica exposure's main subject is gene^[21].
• Transcriptomic responses to crystalline silica exposure's main subject is toxin^[22].
• Transcriptomic responses to crystalline silica exposure's main subject is toxicity^[23].
• Transcriptomic responses to crystalline silica exposure's published in is recorded as Inhalation Toxicology^[24].
• Transcriptomic responses to crystalline silica exposure's title is recorded as Transcriptomic responses to crystalline silica exposure^[25].
• Transcriptomic responses to crystalline silica exposure's author name string is recorded as Rajendran Sellamuthu^[26].

Body

Geography

Transcriptomic responses to crystalline silica exposure is part of Inhalation Toxicology^[6].

Designation and Status

Transcriptomic responses to crystalline silica exposure's instance of is recorded as scholarly chapter^[4].