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Experimental Oncology|December 24, 2019
Molecular mechanisms of oxidation damage and liver cell dysfunction in patients with metastatic colorectal cancerA P Burlaka, A A Burlaka, S V Virko, et al.
Experimental Oncology|April 15, 2006
Effects of radical oxygen species and NO: formation of intracellular hypoxia and activation of matrix metalloproteinases in tumor tissuesA P Burlaka, E P Sidorik, I I Ganusevich, et al.
Experimental Oncology|July 3, 2019
Tumor-associated redox state in metastatic colorectal cancerA P Burlaka, I I Ganusevich, S V Virko, et al.
Experimental Oncology|February 8, 2024
CORONAVIRUS SARS-COV-2 MODIFIES ANTITUMOR REDOX STATUS OF BLOOD AND INTERCELLULAR MATRIX IN METASTATIC COLORECTAL CANCER PATIENTS (A PILOT STUDY)A P Burlaka, D L Liubenko, A A Burlaka, et al.
Experimental Oncology|March 26, 2015
Redox-regulation of gelatinases during growth of cisplatin-sensitive and resistant Guerin carcinomaA P Burlaka, I I Ganusevich, Yu V Lozovska, et al.
Experimental Oncology|April 1, 2016
Superoxide- and NO-dependent mechanisms of antitumor and antimetastatic effect of L-arginine hydrochloride and coenzyme Q10A P Burlaka, I I Ganusevich, V V Golotiuk, et al.
Cancer Microenvironment : Official Journal of the International Cancer Microenvironment Society|September 19, 2013
Electron paramagnetic resonance study of tumor affected bone marrowA P Burlaka, I I Ganusevich, M R Gafurov, et al.
Obesity Research & Clinical Practice|November 13, 2019
Redox state of adipose tissue for patients with gastric cancer and its connection with the body mass index and distance from the tumorA P Burlaka, I I Ganusevich, A V Vovk, et al.
Biomed Research International|December 25, 2018
Colorectal Cancer and Mitochondrial Dysfunctions of the Adjunct Adipose Tissues: A Case StudyA P Burlaka, I I Ganusevich, A V Vovk, et al.
Experimental Oncology|November 16, 2007
O2*- and NO-associated mechanisms of selective action of redox-active cobalt complexes on tumor tissueI I Ganusevich, A P Burlaka, E P Sidorik, et al.
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