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AIF is required for oxidative phosphorylation and for the assembly and / or stabilization of respiratory complex I . 41 Upon induction of apoptosis , AIF is cleaved and released into the cytosol , where it translocates to the nucleus and mediates chromatin condensation and large - scale DNA fragmentation . 41 However , this well - known pro - apoptotic action of AIF is in conflict with the observation that AIF is essential for the maintenance of normal heart function and its inactivation results in dilated C . 42 Moreover , cardiac myocytes isolated from a mouse model with 80 % reduction in AIF levels manifested increased cell death induced by oxidative stress , and the hearts of these mice displayed enhanced ischemic damage after in vivo I / R . 43 Although it has been described that AIF is released from cardiac myocyte mitochondria during I / R , its contribution to I / R - induced apoptosis was discounted . 38 However , AIF has been implicated in cardiac myocyte death induced by oxidative stress and HF . 44
 Anatomy: cytosol; Anatomy: nucleus; Anatomy: chromatin; Anatomy: heart; Anatomy: cardiac myocytes; Anatomy: cell; Anatomy: hearts; Anatomy: cardiac myocyte mitochondria; Anatomy: cardiac myocyte
Given options, please tell me the categories of all the listed entity words.Output format is "type1: word1; type2: word2". 
Option: Anatomy 
Text: {0} 
 Entities: cytosol, nucleus, chromatin, heart, cardiac myocytes, cell, hearts, cardiac myocyte mitochondria, cardiac myocyte 
Answer:
 Anatomy: cytosol; Anatomy: nucleus; Anatomy: chromatin; Anatomy: heart; Anatomy: cardiac myocytes; Anatomy: cell; Anatomy: hearts; Anatomy: cardiac myocyte mitochondria; Anatomy: cardiac myocyte