BIOKIS: A Model Payload for Multidisciplinary Experiments in Microgravity

Marco Vukich,Pier Luigi Ganga,Duccio Cavalieri,Lisa Rizzetto,Damariz Rivero,Susanna Pollastri,Sergio Mugnai,Stefano Mancuso,Sandro Pastorelli,Maya Lambreva,Amina Antonacci,Andrea Margonelli,Ivo Bertalan,Udo Johanningmeier,Maria Teresa Giardi,Giuseppina Rea,Mariagabriella Pugliese,Maria Quarto,Vincenzo Roca,Alba Zanini,Oscar Borla,Lorena Rebecchi,Tiziana Altiero,Roberto Guidetti,Michele Cesari,Trevor Marchioro,Roberto Bertolani,Emanuele Pace,Antonio De Sio, Massimo Casarosa,Lorenzo Tozzetti,Sergio Branciamore,Enzo Gallori, Monica Scarigella,Mara Bruzzi,Marta Bucciolini,Cinzia Talamonti,Alessandro Donati,Valfredo Zolesi

Microgravity, science and technology/Microgravity science and technology（2012）

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Abstract
In this paper we report about the BIOKIS payload: a multidisciplinary set of experiments and measurements in the fields of Biology (4) and Dosimetry (3) performed in microgravity. BIOKIS took advantage of the last STS-134 Endeavour mission and engineering state of the art in Space Life Science. The BIOKIS payload is compact, efficient, and capable to host experiments with different samples and science disciplines. Moreover, the time overlap of biological experiments and dosimetry measurements will produce more insightful information.
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Key words
DAMA,BIOKIS,BIOKON,Experiment hardware,Experiment unit,BioS-SPORE,Arabidops-ISS,PHOTOEVOLUTION,TARDIKISS,HiDOSE,3DISS,nDOSE
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