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In English
ASTROBILOGÍA
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Cuero. R., Mckay. D. 2013. “Induction and Construct UV Protective Yeast Plasmid ”.
Journal of Biotechnology (Elsevier). Volume 166, Issue 3, 10 July 2013, Pages 76–83
http://www.sciencedirect.com
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Clic Aquí l Investigaciones del Dr. Cuero sobre el planeta Marte con NASA
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Cuero. R. Biogenesis:Application of SyntheticBiology. Synthetic
Biology Symposium. SynBERC-NSF. Prairie View A&M University. 2010 |
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Cuero, R., and D. McKay. 2009. MARTIAN SIMULANT SOIL to Remove Dissolved
Uranium and Lead. NASA Tech Brief. Vol. 33 (9), September 2009 |
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Cuero, R., and J.McKay.2009. Using Volcanic Ash (MartianSimulant Soil) To Remove Dissolved Uranium and Lead. NASA Tech Briefs. Vol 33 No. 9. A NASA Publication |
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Composition (Martian Simulant Soil) and Methods for Removal of Toxic Netaks and Radionuclides, by R. Cuero (Prairie View A&M University and D. McKay (NASA-JSC-Houston, USA). U.S. Patent #7309437 |
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Cuero et al. 2005. Simulated Exobiology Study Using Martian Simulant Soil, Electrosensors and Ferromagnetism: Life in Interface Between Inorganic and Organic. Abstract. ISSM-ISEB. The Joint International Symposium for Subsurface Microbiology and Environmental Biogeochemistry. Jackson Hole, WY., USA, August 14-19, 2005. |
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Cuero, R., D. McKay, M. Ribeiro, C. Cruz, E. Duffus. 2005. Simulated Exobiology Study Using Martian Simulant Soil, Electrosensors and Ferromagnetism: Life in Interface Between Inorganic and Organic. Abstract, Section on Extremophiles and Exobiology I. The Joint International Symposia for Subsurface Microbiology and Environmental Biogeochemistry. August 14-19, 2005, Jakzon Hole, WY, USA. |
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Cuero, R., D. McKay, and T. Gleeson. Microbial Biogenesis in Ferromagnetic Reduced Martian Simulant Soil, Under UV Light: Use of Electrosensors. Extremophiles 2004 Conference. Cambridge, MD., 19-23 September. ASM Conference. (Abstract). |
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Cuero, R. Microbiologist sees Earth Benfits in Mars Soil. Houston Chronicle. May 19, 2004 (section City and State). www.houstonchronicle.com |
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Cuero, R. and D. McKay. 2004. Redox Potential and Paramagnetism in Biogenesis: A Novel Study. In Preparation. |
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Cuero, R. 2003. Life on Mars: Biogenesis Studies Using Martian Simulant Soil and Electrosensors. GIT VERLAG, a Wiley Company. Volume 7: 238-239. Germany. www.gitverlag.com |
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Cuero, R. 2003. Life on Mars: Use of electrosensors and computer simulation. Vol. 7:238-239 September, 2003. GIT Verlag, A Wiley Company. |
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Cuero, R., D. McKay, and A. Ellis. 2003. Autotrophic Bacteria as the Interface Between Inorganic and Organic. American Society for Microbiology. 103rd General Meeting. Washington, DC. May 16-22, 2003. Abstract. |
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Cuero, R. 2001. Bionanotechnology: The Key to Understanding and Solving Biotechnology Problems at the Molecular Level. Bioforum, International Life Sciences and Technology. Volume 5, October 5. G.I.T. VERLAG Publishing Ltd. Darmstadt, Germany. www.gitverlag.com
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