A simple biologically-based dynamic model for beryllium sensitization

Summary

A simple biologically-based dynamic model for beryllium sensitization is a scholarly conference abstract^[1].

Key Facts

• A simple biologically-based dynamic model for beryllium sensitization authored Aleksandr B. Stefaniak^[2].
• A simple biologically-based dynamic model for beryllium sensitization authored M. Abbas Virji^[3].
• A simple biologically-based dynamic model for beryllium sensitization authored Christine R. Schuler^[4].
• A simple biologically-based dynamic model for beryllium sensitization's instance of is recorded as scholarly conference abstract^[5].
• A simple biologically-based dynamic model for beryllium sensitization's page is recorded as S104^[6].
• A simple biologically-based dynamic model for beryllium sensitization's language of work or name is recorded as English^[7].
• A simple biologically-based dynamic model for beryllium sensitization's issue is recorded as 6(S)^[8].
• A simple biologically-based dynamic model for beryllium sensitization's volume is recorded as 19^[9].
• A simple biologically-based dynamic model for beryllium sensitization's publication date is recorded as +2008-11-01T00:00:00Z^[10].
• A simple biologically-based dynamic model for beryllium sensitization's sponsor is recorded as NIOSH Respiratory Health Division^[11].
• A simple biologically-based dynamic model for beryllium sensitization's main subject is recorded as beryllium^[12].
• A simple biologically-based dynamic model for beryllium sensitization's main subject is recorded as industrial manufacturing^[13].
• A simple biologically-based dynamic model for beryllium sensitization's main subject is recorded as exposure assessment^[14].
• A simple biologically-based dynamic model for beryllium sensitization's main subject is recorded as epidemiology^[15].
• A simple biologically-based dynamic model for beryllium sensitization's main subject is recorded as air sampling^[16].
• A simple biologically-based dynamic model for beryllium sensitization's main subject is recorded as particulates^[17].
• A simple biologically-based dynamic model for beryllium sensitization's main subject is recorded as biological hazard^[18].
• A simple biologically-based dynamic model for beryllium sensitization's main subject is recorded as toxicology^[19].
• A simple biologically-based dynamic model for beryllium sensitization's main subject is recorded as biomonitoring^[20].
• A simple biologically-based dynamic model for beryllium sensitization's main subject is recorded as respiratory irritant^[21].
• A simple biologically-based dynamic model for beryllium sensitization's main subject is recorded as skin^[22].
• A simple biologically-based dynamic model for beryllium sensitization's main subject is recorded as skin absorption^[23].
• A simple biologically-based dynamic model for beryllium sensitization's main subject is recorded as immune response^[24].
• A simple biologically-based dynamic model for beryllium sensitization's main subject is recorded as immune system^[25].
• A simple biologically-based dynamic model for beryllium sensitization's main subject is recorded as occupational exposure limit^[26].

Body

Designation and Status

A simple biologically-based dynamic model for beryllium sensitization's instance of is recorded as scholarly conference abstract^[5].