Gene expression patterns in normal human liver cells exposed to tetrachloroethylene using microarray analysis

Summary

Gene expression patterns in normal human liver cells exposed to tetrachloroethylene using microarray analysis is a scholarly conference abstract^[1].

Key Facts

• Gene expression patterns in normal human liver cells exposed to tetrachloroethylene using microarray analysis authored Tong-man Ong^[2].
• Gene expression patterns in normal human liver cells exposed to tetrachloroethylene using microarray analysis's instance of is recorded as scholarly conference abstract^[3].
• Gene expression patterns in normal human liver cells exposed to tetrachloroethylene using microarray analysis's page is recorded as 35^[4].
• Gene expression patterns in normal human liver cells exposed to tetrachloroethylene using microarray analysis's part of is recorded as Environmental Mutagen Society 33rd Annual Meeting, April 27-May 2, 2002 Anchorage, Alaska. Larry Loeb, Program Chair^[5].
• Gene expression patterns in normal human liver cells exposed to tetrachloroethylene using microarray analysis's language of work or name is recorded as English^[6].
• Gene expression patterns in normal human liver cells exposed to tetrachloroethylene using microarray analysis's issue is recorded as Suppl 33^[7].
• Gene expression patterns in normal human liver cells exposed to tetrachloroethylene using microarray analysis's volume is recorded as 39^[8].
• Gene expression patterns in normal human liver cells exposed to tetrachloroethylene using microarray analysis's publication date is recorded as +2002-01-01T00:00:00Z^[9].
• Gene expression patterns in normal human liver cells exposed to tetrachloroethylene using microarray analysis's sponsor is recorded as NIOSH Health Effects Laboratory Division^[10].
• Gene expression patterns in normal human liver cells exposed to tetrachloroethylene using microarray analysis's main subject is recorded as tetrachloroethylene^[11].
• Gene expression patterns in normal human liver cells exposed to tetrachloroethylene using microarray analysis's main subject is recorded as cancer research^[12].
• Gene expression patterns in normal human liver cells exposed to tetrachloroethylene using microarray analysis's main subject is recorded as gene^[13].
• Gene expression patterns in normal human liver cells exposed to tetrachloroethylene using microarray analysis's main subject is recorded as solvent^[14].
• Gene expression patterns in normal human liver cells exposed to tetrachloroethylene using microarray analysis's main subject is recorded as skin absorption^[15].
• Gene expression patterns in normal human liver cells exposed to tetrachloroethylene using microarray analysis's main subject is recorded as carcinogenesis^[16].
• Gene expression patterns in normal human liver cells exposed to tetrachloroethylene using microarray analysis's title is recorded as Gene expression patterns in normal human liver cells exposed to tetrachloroethylene using microarray analysis^[17].
• Gene expression patterns in normal human liver cells exposed to tetrachloroethylene using microarray analysis's author name string is recorded as Keshava-N^[18].
• Gene expression patterns in normal human liver cells exposed to tetrachloroethylene using microarray analysis's NIOSHTIC-2 ID is recorded as 20023552^[19].
• Gene expression patterns in normal human liver cells exposed to tetrachloroethylene using microarray analysis's on focus list of Wikimedia project is recorded as Wikimedia–NIOSH collaboration^[20].
• Gene expression patterns in normal human liver cells exposed to tetrachloroethylene using microarray analysis's Fatcat ID is recorded as release_56qo2wquwrezbcxjb76rj3ymde^[21].
• Gene expression patterns in normal human liver cells exposed to tetrachloroethylene using microarray analysis's publication type of scholarly work is recorded as scientific publication^[22].

Body

Geography

Gene expression patterns in normal human liver cells exposed to tetrachloroethylene using microarray analysis's part of is recorded as Environmental Mutagen Society 33rd Annual Meeting, April 27-May 2, 2002 Anchorage, Alaska. Larry Loeb, Program Chair^[5].

Designation and Status

Gene expression patterns in normal human liver cells exposed to tetrachloroethylene using microarray analysis's instance of is recorded as scholarly conference abstract^[3].