The Chemical Entities of Biological Interest (ChEBI) ontology is downloaded weekly from EMBL-EBI at http://www.ebi.ac.uk/chebi/. The data is made available under the Creative Commons License (CC BY 3.0, http://creativecommons.org/licenses/by/3.0/). For more information see: Degtyarenko et al. (2008) ChEBI: a database and ontology for chemical entities of biological interest. Nucleic Acids Res. 36, D344–D350.
Arsanilic Acid results in decreased expression of BDNF mRNA; Arsanilic Acid results in decreased expression of BDNF protein Dexamethasone inhibits the reaction [Arsanilic Acid results in decreased expression of BDNF mRNA]; Dexamethasone inhibits the reaction [Arsanilic Acid results in decreased expression of BDNF protein]; Mifepristone inhibits the reaction [Dexamethasone inhibits the reaction [Arsanilic Acid results in decreased expression of BDNF mRNA]]; Mifepristone inhibits the reaction [Dexamethasone inhibits the reaction [Arsanilic Acid results in decreased expression of BDNF protein]]
Arsanilic Acid results in increased activity of CASP3 protein Arsanilic Acid results in increased cleavage of CASP3 protein Dexamethasone inhibits the reaction [Arsanilic Acid results in increased cleavage of CASP3 protein]; Dexamethasone inhibits the reaction [Arsanilic Acid results in increased expression of CASP3 mRNA]; Mifepristone inhibits the reaction [Dexamethasone inhibits the reaction [Arsanilic Acid results in increased cleavage of CASP3 protein]]; Mifepristone inhibits the reaction [Dexamethasone inhibits the reaction [Arsanilic Acid results in increased expression of CASP3 mRNA]]
Arsanilic Acid results in decreased expression of NTRK2 mRNA; Arsanilic Acid results in decreased expression of NTRK2 protein Dexamethasone inhibits the reaction [Arsanilic Acid results in decreased expression of NTRK2 mRNA]; Dexamethasone inhibits the reaction [Arsanilic Acid results in decreased expression of NTRK2 protein]; Mifepristone inhibits the reaction [Dexamethasone inhibits the reaction [Arsanilic Acid results in decreased expression of NTRK2 mRNA]]; Mifepristone inhibits the reaction [Dexamethasone inhibits the reaction [Arsanilic Acid results in decreased expression of NTRK2 protein]]
Arsanilic Acid results in decreased expression of SLC12A5 mRNA; Arsanilic Acid results in decreased expression of SLC12A5 protein Dexamethasone inhibits the reaction [Arsanilic Acid results in decreased expression of SLC12A5 mRNA]; Dexamethasone inhibits the reaction [Arsanilic Acid results in decreased expression of SLC12A5 protein]; Mifepristone inhibits the reaction [Dexamethasone inhibits the reaction [Arsanilic Acid results in decreased expression of SLC12A5 mRNA]]; Mifepristone inhibits the reaction [Dexamethasone inhibits the reaction [Arsanilic Acid results in decreased expression of SLC12A5 protein]]
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of A2ML1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of AACS mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of AARD mRNA
monomethylarsonic acid results in increased expression of ABCC1 mRNA; monomethylarsonic acid results in increased expression of ABCC1 protein monomethylarsonic acid affects the expression of ABCC1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of ACAP1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of ACOT1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of ACOT12 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of ACOX2 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of ACRBP mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of ADAMTS4 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of ADAMTS6 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of ADGRG1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of ADM mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of ADRA2B mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of ADRB1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of ADRB2 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of AFF3 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of AGR3 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of AHDC1 mRNA
AHR mutant form inhibits the reaction [monomethylarsonic acid results in increased expression of CYP1A1 protein]; monomethylarsonic acid results in decreased expression of and affects the localization of AHR protein
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of AK4 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of AKR7A5 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of ALDOC mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of ALPK1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of AKP3 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of ANGPTL7 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of ANKRD1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of ANKRD40CL mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of ANXA8 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of APOL7A mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of APOL9A mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of AREG mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of ARHGAP15 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of ARHGAP25 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of ARHGAP30 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of ARHGAP45 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of ARHGAP8 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of ARHGDIB mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of ARHGEF38 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of ARL5C mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of ARL9 mRNA
AS3MT protein polymorphism results in increased metabolism of monomethylarsonic acid; AS3MT protein results in increased metabolism of monomethylarsonic acid monomethylarsonic acid results in increased expression of AS3MT protein [AS3MT gene polymorphism affects the susceptibility to Arsenic] which results in increased abundance of monomethylarsonic acid; [AS3MT protein polymorphism results in increased metabolism of arsenite] which results in increased chemical synthesis of monomethylarsonic acid; [AS3MT protein polymorphism results in increased metabolism of monomethylarsonic acid] which results in increased chemical synthesis of Cacodylic Acid; [AS3MT protein polymorphism results in increased metabolism of monomethylarsonic acid] which results in increased chemical synthesis of dimethylarsinous acid; [AS3MT protein results in increased metabolism of arsenite] which results in increased chemical synthesis of monomethylarsonic acid; [AS3MT protein results in increased metabolism of monomethylarsonic acid] which results in increased chemical synthesis of Cacodylic Acid; [AS3MT protein results in increased metabolism of monomethylarsonic acid] which results in increased chemical synthesis of dimethylarsinous acid AS3MT protein results in increased chemical synthesis of monomethylarsonic acid
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of ASB14 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of ASB4 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of ASPRV1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of ATF3 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of ATF7IP2 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of ATP10D mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of ATP7B mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of B3GALT5 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of B3GNT5 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of BANK1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of BANP mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of BCORL1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of BFAR mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of BHLHE41 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of BLK mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of BMAL1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of BRI3BP mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of BTK mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of BTLA mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of C1QTNF3 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of AB124611 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of CACNA1I mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of CAMK1G mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of CAPN3 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of CARD11 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of CARMIL2 mRNA
CASP3 protein affects the susceptibility to monomethylarsonic acid [sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] affects the expression of CASP3 mRNA monomethylarsonic acid results in increased expression of CASP3 mRNA [monomethylarsonic acid co-treated with Buthionine Sulfoximine] results in increased activity of CASP3 protein
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of CATSPER4 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of CCDC122 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of CCDC162 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of CCDC71L mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of CCDC78 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of CCDC87 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of CCDC92B mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of CCL22 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of CCN1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of CCR6 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of CCR7 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of CD180 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of CD2 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of CD22 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of CD28 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of CD37 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of CD40 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of CD46 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of CD5 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of CD52 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of CD53 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of CD6 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of CD69 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of CD79A mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of CD79B mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of CD83 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of CD84 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of CD86 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of CDC42EP2 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of CDKL1 mRNA
monomethylarsonic acid results in decreased expression of CDKN1A mRNA [sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] affects the expression of CDKN1A mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of CECR2 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of CES2F mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of CFAP47 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of CHAD mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of CHORDC1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of CHRNA9 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of CHST3 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of CIART mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of CIITA mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of CILP mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of CIRBP mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of CLCF1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of CLEC7A mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of CLU mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of CNR2 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of COCH mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of COL11A2 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of COL7A1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of COLQ mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of CORO1A mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of COTL1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of CPSF4L mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of CPXM1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of CR2 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of CRPPA mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of CRTAM mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of CRY1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of CSRNP2 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of CTNNA3 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of CXCL10 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of CXCL9 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of CYBB mRNA
AHR mutant form inhibits the reaction [monomethylarsonic acid results in increased expression of CYP1A1 protein]; monomethylarsonic acid promotes the reaction [Tetrachlorodibenzodioxin results in increased expression of and results in increased activity of CYP1A1 protein]; monomethylarsonic acid promotes the reaction [Tetrachlorodibenzodioxin results in increased expression of CYP1A1 mRNA]; monomethylarsonic acid results in increased expression of and results in increased activity of CYP1A1 protein [sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of CYP1A1 mRNA monomethylarsonic acid results in increased expression of CYP1A1 mRNA
[monomethylarsonic acid co-treated with Diethylnitrosamine] results in increased expression of CYP2B1 mRNA; [monomethylarsonic acid co-treated with Diethylnitrosamine] results in increased expression of CYP2B1 protein monomethylarsonic acid results in increased expression of CYP2B1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of CYP4F18 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of DAB1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of DBP mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of DCLK3 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of DEF6 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of DEFA21 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of DHCR7 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of DHRS9 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of DIRAS2 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of DNAH10 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of DNAI4 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of DNAJB13 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of DNAJB3 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of DNASE1L2 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of DNASE1L3 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of DOCK10 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of DOCK2 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of DOK3 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of DRD3 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of DUOX2 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of DUOXA1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of DUOXA2 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of DUSP1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of DUSP2 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of DUSP6 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of EAF2 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of EDN1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of EFNA3 mRNA
monomethylarsonic acid results in increased expression of EGR1 mRNA [sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] affects the expression of EGR1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of EGR3 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of ELFN2 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of ENDOU mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of EOMES mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of EPM2A mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of EREG mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of SYNA mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of ETNK2 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of ETS1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of EXPH5 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of FABP1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of FABP3 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of FAM151A mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of FAM161B mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of FAM169B mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of FAM89A mRNA
[monomethylarsonic acid results in decreased activity of FANCD2 protein] which results in increased susceptibility to diepoxybutane; [monomethylarsonic acid results in decreased activity of FANCD2 protein] which results in increased susceptibility to Hydroxyurea; [monomethylarsonic acid results in decreased activity of FANCD2 protein] which results in increased susceptibility to Mitomycin
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of FBP1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of FBXL22 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of FBXO24 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of FCER2A mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of FCRLA mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of FDFT1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of FDPS mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of FER1L5 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of FFAR1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of FGF11 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of FGFBP3 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of FGR mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of FLACC1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of FLI1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of FLNC mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of FLT3 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of FNDC10 mRNA
[sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] affects the expression of FOS mRNA [sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of FOS mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of FPR1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of FSCN1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of FUT1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of GADD45A mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of GBP4 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of GBP9 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of GCH1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of GCSAM mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of GDF15 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of GIMAP6 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of GIMAP8 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of GLI1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of GLRB mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of GNA15 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of GNAT1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of GPR132 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of GPR157 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of GPR17 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of GPR174 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of GPR179 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of GPR18 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of GPR183 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of GPR34 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of GPX7 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of GRAMD2A mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of GRAP mRNA
monomethylarsonic acid results in increased expression of GSTA2 mRNA monomethylarsonic acid results in decreased expression of GSTA2 mRNA; monomethylarsonic acid results in decreased expression of GSTA2 protein
[GSTO1 protein results in increased metabolism of monomethylarsonic acid] which results in increased chemical synthesis of monomethylarsonous acid GSTO1 protein results in increased reduction of monomethylarsonic acid
GSTT1 protein affects the methylation of monomethylarsonic acid [GSTT1 gene polymorphism affects the metabolism of Arsenic] which affects the abundance of monomethylarsonic acid
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of GUCA1B mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of GZMK mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of HAAO mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of HCLS1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of HCN2 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of HDC mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of HHAT mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of HHEX mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of HK2 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of HMGCS1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of HMGCS2 mRNA
monomethylarsonic acid results in increased expression of HMOX1 mRNA [sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] affects the expression of HMOX1 mRNA monomethylarsonic acid results in decreased expression of HMOX1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of HOGA1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of HPCA mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of HS3ST3B1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of HSF2BP mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of HSPA1A mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of HSPA1B mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of HSPA8 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of HSPB7 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of HSPH1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of HVCN1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of ICAM1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of ICOS mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of IGHV4-1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of IGKV1-133 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of IKZF1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of IL10RA mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of IL13RA2 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of IL20RB mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of IL21R mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of IL22RA2 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of IL27RA mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of IL36B mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of IL5RA mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of IL7R mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of IL9R mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of INSIG1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of IRF4 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of ITGA10 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of ITGA8 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of ITGAL mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of ITGB8 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of ITPRIPL2 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of IZUMO1R mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of KCNG1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of KCNIP4 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of KCNJ13 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of KCNK6 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of KLHL30 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of KLHL6 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of KLRB1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of KMO mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of KRT12 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of KRT17 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of KRT27 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of L3MBTL3 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of LAD1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of LARS2 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of LAX1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of LCP1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of LDLR mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of LEF1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of LGALS2 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of LHFPL2 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of LIPC mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of LPCAT4 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of LPXN mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of LRRC31 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of LRRK2 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of LSS mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of LTA mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of LTB mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of LTB4R2 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of LY6D mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of LY6G6C mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of LY9 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of LYL1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of MAP3K19 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of MAP3K9 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of MAP4K1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of MAPK15 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of MCHR1 mRNA
monomethylarsonic acid results in increased expression of MDM2 mRNA [sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] affects the expression of MDM2 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of MEF2C mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of MEIOC mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of MFGE8 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of MFSD12 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of MFSD2B mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of MIR145A mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of MIR155HG mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of MIR192 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of MKX mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of MROH6 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of MROH7 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of MS4A1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of MS4A18 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of MSTO1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of MT1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of MT4 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of MVD mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of MVK mRNA
[Arsenic results in increased abundance of monomethylarsonic acid] which affects the expression of MX1 mRNA [sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of MX1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of MXD3 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of MYBL1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of MYO1G mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of MYOT mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of MZB1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of NAALADL1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of NAPSA mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of NCF1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of NCMAP mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of NDRG1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of NDST3 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of NEAT1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of NEB mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of NECTIN1 mRNA
monomethylarsonic acid results in decreased expression of NFE2L2 mRNA monomethylarsonic acid results in increased expression of and affects the localization of NFE2L2 protein; NFE2L2 mutant form inhibits the reaction [monomethylarsonic acid results in increased expression of NQO1 protein]
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of NFIL3 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of NIBAN3 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of NIPAL4 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of NLRP9B mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of NMU mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of NOCT mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of NOMO1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of NPAS4 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of NPFFR1 mRNA
monomethylarsonic acid promotes the reaction [sulforaphane results in increased expression of and results in increased activity of NQO1 protein]; monomethylarsonic acid promotes the reaction [sulforaphane results in increased expression of NQO1 mRNA]; monomethylarsonic acid promotes the reaction [Tetrachlorodibenzodioxin results in increased activity of NQO1 protein]; monomethylarsonic acid promotes the reaction [Tetrachlorodibenzodioxin results in increased expression of NQO1 mRNA]; monomethylarsonic acid results in increased expression of and results in increased activity of NQO1 protein; NFE2L2 mutant form inhibits the reaction [monomethylarsonic acid results in increased expression of NQO1 protein] monomethylarsonic acid results in increased expression of NQO1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of NR0B2 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of NT5E mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of NUGGC mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of NXPE3 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of NXPE4 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of NYX mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of OAS2 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of OR10J2 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of OSR2 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of OXCT2A mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of P2RY10 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of P4HA1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of PARVG mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of PAX5 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of PAX6 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of PBP2 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of PCDH15 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of PCDHGB1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of PCED1B mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of PCSK9 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of PHLDA1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of PITX1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of PLA2G2A mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of PLA2G2D mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of PLA2G4F mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of PLAUR mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of PLB1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of PLD4 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of PLEK mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of PLEKHG4 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of PLET1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of PLK3 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of PLXNC1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of PMAIP1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of PNPLA1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of PNPLA3 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of POU2AF1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of POU2F2 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of PPP1R16B mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of PRAMEL34 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of PRR5L mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of PRSS16 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of PTGFR mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of PTPN7 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of PTPRC mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of PTPRCAP mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of QRFPR mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of RAB33A mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of RAD51C mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of RADX mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of RGL3 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of RASAL3 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of RASD1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of RASGRP3 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of RASL11A mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of REC114 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of REC8 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of REEP6 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of REG3B mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of REG3G mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of RELL2 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of RGS1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of RHOH mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of RIPK3 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of RIPOR2 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of RNASE6 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of RNF225 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of RNF24 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of ROS1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] affects the expression of RPPH1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of RSKR mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of H2-OA mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of H2-OB mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of RUBCNL mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of RYR1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of RYR3 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of S100G mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of S1PR4 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of SACS mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of SAMD4 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of SAMSN1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of SASH3 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of SCEL mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of SCN4A mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of SECTM1A mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of SELL mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of SEMA7A mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of SERPINC1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of SERPINF2 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of SFRP4 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of SGK1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of SH3D21 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of SHROOM4 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of SLAMF1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of SLAMF6 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of SLAMF7 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of SLC10A1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of SLC10A6 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of SLC13A1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of SLC14A1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of SLC15A5 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of SLC16A8 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of SLC26A2 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of SLC27A3 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of SLC28A2 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of SLC28A3 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of SLC29A4 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of SLC2A5 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of SLC34A2 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of SLC38A3 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of SLC38A8 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of SLC39A2 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of SLC41A3 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of SLC5A3 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of SLC5A9 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of SLC6A18 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of SLC7A9 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of SLC8A3 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of SLC9A3 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of SLCO5A1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of SNN mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of SOAT2 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of SP140 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of SPAG1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of SPATA6L mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of SPATS1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of SPRR1A mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of SPRR2H mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of SPRY4 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of SPTSSB mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of SQLE mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of SREBF2 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of SRPK3 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of ST3GAL4 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of ST6GALNAC3 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of ST8SIA4 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of ST8SIA6 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of STAP1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of SUSD3 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of SYCP2 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of SYT5 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of SYT8 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of TBC1D10C mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of TCF23 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of TCF24 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of TCP10A mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of TENT5B mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of TGM7 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of THEMIS mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of TIFA mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of TLR8 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of TLR9 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of TM4SF20 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of TMED6 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of TMEM140 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of TMEM156 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of TMEM17 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of TMEM266 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of TMEM71 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of TNFRSF13B mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of TNFRSF13C mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of TNFRSF25 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of TNFSF11 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of TNFSF8 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of TNNI2 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of TNNT3 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of TPPP mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of TRA2A mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of TRAF1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of TRAF3IP3 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of TRANK1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of TRAT1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of TRIM6 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of TRPC3 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of TRPV3 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of TRPV6 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of TSPAN32 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of TTLL2 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of TTLL3 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of TTLL9 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of TTYH3 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of TXK mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of UCP2 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of UGT1A2 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of UGT1A5 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of ULBP1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of VCAM1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of VEGFA mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of VNN1 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of VPREB3 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of VPS25 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of WAS mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of WDFY4 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of WDR31 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of WDR54 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of XKR8 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of XPNPEP2 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of ZAP70 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of ZBTB16 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of ZBTB40 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of ZC3H6 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of ZDHHC19 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of ZFHX2 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of ZFP503 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of ZFP831 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of ZFP92 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in decreased expression of ZFP950 mRNA
[sodium arsenate co-treated with sodium arsenite co-treated with monomethylarsonic acid co-treated with Cacodylic Acid] results in increased expression of ZMAT4 mRNA
Roxarsone results in increased expression of MTOR mRNA Roxarsone results in increased expression of and results in increased phosphorylation of MTOR protein; Sirolimus inhibits the reaction [Roxarsone results in increased expression of and results in increased phosphorylation of MTOR protein]
Roxarsone results in increased expression of PECAM1 protein Semaxinib inhibits the reaction [Roxarsone results in increased expression of PECAM1 protein]
Roxarsone results in increased expression of and results in increased phosphorylation of RPS6KB1 protein; Sirolimus inhibits the reaction [Roxarsone results in increased expression of and results in increased phosphorylation of RPS6KB1 protein] Roxarsone results in increased expression of RPS6KB1 mRNA