Microbial Biotechnology | Food Biotechnology | Environmental Biotechnology |
Microbial Molecular Biology | Astrobiology

Astrobiology

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

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.

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.  

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).

Cuero, R. Microbiologist sees Earth Benfits in Mars Soil. Houston Chronicle. May 19, 2004 (section City and State). www.houstonchronicle.com

Cuero, R. and D. McKay. 2004. Redox Potential and Paramagnetism in Biogenesis: A Novel Study. In Preparation.

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

Cuero, R. 2003. Life on Mars: Use of electrosensors and computer simulation. Vol. 7:238-239 September, 2003. GIT Verlag, A Wiley Company.

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.

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