TIBIA FRACTURE-INDUCED OXIDATIVE STRESS IN MEN IS ABLE TO UP-REGULATE METALLOTHIONEINS AND TRIGGER CASPASE-3-MEDIATED APOPTOSIS | Zendy

Oksana Horyn | Zendy; Vira Khoma | Zendy; Dmytro Poznanskyi | Zendy; Lesya Gnatyshyna | Zendy; Olga Fedoruk | Zendy; Vladimir G. Omelyanenko | Zendy; Оksana Stoliar | Zendy; Halina Falfushynska | Zendy

Open Access

TIBIA FRACTURE-INDUCED OXIDATIVE STRESS IN MEN IS ABLE TO UP-REGULATE METALLOTHIONEINS AND TRIGGER CASPASE-3-MEDIATED APOPTOSIS

Author(s) -

Oksana Horyn,

Vira Khoma,

Dmytro Poznanskyi,

Lesya Gnatyshyna,

Olga Fedoruk,

Vladimir G. Omelyanenko,

Оksana Stoliar,

Halina Falfushynska

Publication year - 2018

Publication title -

biological markers in fundamental and clinical medicine (collection of abstracts)

Language(s) - English

Resource type - Journals

eISSN - 2570-5911

pISSN - 2570-5903

DOI - 10.29256/v.02.02.2018.escbm61

Subject(s) - oxidative stress , apoptosis , fracture (geology) , microbiology and biotechnology , tibia , caspase , caspase 3 , chemistry , cancer research , medicine , biology , anatomy , programmed cell death , materials science , biochemistry , composite material

TIBIA FRACTURE-INDUCED OXIDATIVE STRESS IN MEN IS ABLE TO UP-REGULATE METALLOTHIONEINS AND TRIGGER CASPASE-3-MEDIATED APOPTOSIS

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