Studi pembentukan DNA adduct (8-OHdG) sebagai biomarker risiko kanker secara in vitro pada 2’deoksiguanosin dan secara in vivo pada tikus (rattus norvegicus) akibat paparan senyawa malondialdehyde (MDA) melalui reaksi fenton-like dengan logam Cr (VI) = The study of DNA adduct (8-OHdG) formation as a cancer risk biomarker as in vitro in 2’deoxyguanosine DNA and as in vivo on rats (rattus norvegicus) treated by malondialdehyde (MDA) through fenton-like reaction with Cr (VI) metals.

Studi Pembentukan DNA Adduct (8-OHdG) Sebagai Biomarker Risiko Kanker Secara In vitro Pada 2?deoksiguanosin Dan Secara In vivo Pada Tikus (Rattus norvegicus) Akibat Paparan Senyawa Malondialdehyde (MDA) Melalui Reaksi Fenton-Like Dengan Logam Cr (VI) = The Study of DNA Adduct (8-OHdG) Formation as A Cancer Risk Biomarker as In Vitro in 2deoxyguanosine DNA and as In Vivo on Rats (Rattus norvegicus) Treated by Malondialdehyde (MDA) Through Fenton-like Reaction with Cr (VI) Metals

Studi pembentukan DNA adduct (8-OHdG) sebagai biomarker risiko kanker secara in vivo pada tikus (rattus norvegicus) dan in vitro pada 2'-deoksiguanosin akibat bahan kimia sinamaldehid melalui reaksi fenton-like dengan logam Cu(II) = The study of DNA adduct (8-OHdG) formation as a cancer risk biomarker with in vitro study on 2'-deoxyguanosine and in vivo study on rats (rattus norvegicus) through fenton-like reaction with Cu(II) metal

Studi pembentukan DNA adduct (8-OHdG) sebagai biomarker risiko kanker secara in vivo pada tikus (rattus norvegicus) akibat bahan kimia bisphenol A (BPA) melalui reaksi fenton-like dengan logam kromium (VI) = The study of dna adduct (8 OHdG) formation as a cancer risk biomarker as in vivo on rats (rattus norvegicus) by bisphenol A (BPA) through fenton-like reaction with Cr (VI) metals

Studi pembentukan DNA adduct (8-OHdG) sebagai biomarker risiko kanker akibat bahan kimia bisfenol A (BPA) dan ion logam Cu(I) secara in vitro pada 2'-deoksiguanosin melalui reaksi fenton-like = In vitro study of DNA adduct (8-OHdG) as biomarker of cancer's risk caused by bisphenol A (BPA) and metal ion Cu(I) exposure on 2'-deoxyguanosine via fenton-like reaction