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City Kolkata / Austin / Foster City / San Diego / Mountain View / St. Louis / Santa Cruz / / Company Cell Signaling Technology Inc / Millipore / Sigma-Aldrich / Qiagen / BD Biosciences / Macmillan Publishers Limited / / Country Germany / Puerto Rico / United States / India / / / Facility National Institute of Cholera / University Grants Commission / University of California / / IndustryTerm cleavage products / cellular defense machinery / cellular machinery / apoptosis machinery / caspase processing / respective media / / MedicalCondition influenza APR8 / viral infection / PR8 virus infection / strain / either virus infection / influenza A/PR8 / influenza A/PR8 infection / microbial infections / influenza virus infection / influenza virus / rotavirus infection / influenza / dissociation / influenza infection / Disease / post infection / infectious virus / HPV / influenza A / early infection / virus infection / diseases / Influenza viruses / infection / PR8 infection / / MedicalTreatment antibiotics / dialysis / / Organization Indian Council of Medical Research / Council of Scientific and Industrial Research / Hsp70 association / University of California at San Diego / M1 association / Division of Virology / Apaf-1 association / University Grants Commission / National Institute of Cholera and Enteric Diseases / / Person Alexandra Newton / Kim J. Heat / / / Position Broker / player / India *Corresponding author / Author / representative / / Product fungizone / penicillin / Sigma / glycine / / ProvinceOrState West Bengal / South Dakota / California / / RadioStation Makhov AM / / Technology antibodies / siRNA / Biotechnology / cloning / apoptosis / gene expression / http / dialysis / / URL http / SocialTag 
Cell death regulation during influenza A virus infection by matrix (M1) protein: a model of viral control over the cellular survival pathway