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Man, EH, Bada JL.  1987.  Dietary D-Amino Acids. Annual Review of Nutrition. 7:209-225.   10.1146/annurev.nutr.7.1.209   Website
Masters, PM, Bada J.  1978.  Antiquity of human beings in America: Evidence derived from amino acid racemization of paleo Indian. Occasional papers in methods and tehories i n California Archeology. . 2:16-24.
Masters, PM, Bada JL, Zigler JS.  1978.  Aspartic-Acid Racemization in Heavy Molecular-Weight Crystallins and Water-Insoluble Protein from Normal Human Lenses and Cataracts. Proceedings of the National Academy of Sciences of the United States of America. 75:1204-1208.   10.1073/pnas.75.3.1204   Website
Masters, PM, Bada JL, Zigler JS.  1977.  Aspartic-Acid Racemization in Human Lens During Aging and in Cataract Formation. Nature. 268:71-73.   10.1038/268071a0   Website
Masters, PM, Bada J.  1978.  Advances in amino acid racemization: Dating of bone and Shell. Advances in Chemistry Series. 171: Archeological Chemistry:117-138.
McDonald, GD, Bada JL.  1995.  A Search for Endogenous Amino-Acids in the Martian Meteorite Eeta79001. Geochimica Et Cosmochimica Acta. 59:1179-1184.   10.1016/0016-7037(95)00033-v   AbstractWebsite

The Antarctic shergottite EETA 79001 is believed to be an impact-ejected fragment of the planet Mars. Samples of the carbonate (white druse) and the basaltic (lithology A) components from this meteorite have been found to contain amino acids at a level of approximately 1 ppm and 0.4 ppm, respectively. The detected amino acids consist almost exclusively of the L-enantiomers of the amino acids commonly found in proteins, and are thus terrestrial contaminants. There is no indication of the presence of alpha-aminoisobutyric acid, one of the most abundant amino acids in several carbonaceous chondrites. The relative abundances of amino acids in the druse material resemble those in Antarctic ice, suggesting that the source of the amino acids may be ice meltwater. The level of amino acids in EETA79001 druse is not by itself sufficient to account for the 600-700 ppm of volatile C reported in druse samples and suggested to be from endogenous martian organic material. However, estimates of total terrestrial organic C present in the druse material based on our amino acid analyses and the organic C content of polar ice can account for most of the reported putative organic C in EETA 79001 druse.

Miller, SL, Bada JL.  1991.  Extraterrestrial Synthesis. Nature. 350:387-388.   10.1038/350387b0   Website
Miller, SL, Bada JL.  1993.  Summary and Implications of Reported Amino-Acid-Concentrations in the Murchison Meteorite. Geochimica Et Cosmochimica Acta. 57:3473-3474.   10.1016/0016-7037(93)90551-7   Website
Miller, SL, Bada JL.  1988.  Submarine Hot Springs and the Origin of Life. Nature. 334:609-611.   10.1038/334609a0   Website
Msters, PM, Bada J, Hoopes E, Darling D.  1979.  The Dating of Fossil Bones Using Amimo Acid Racemization. Radiocarbon and other dating methods. ( and Rainer B, Ed.).:757-773., Berkley: UC Press
Msters, PM, Bada J.  1979.  Amimo Acid Racemization dating of fossil shells from Southern California. Radiocarbon and other dating methods. ( and Rainer B, Ed.)., Berkley: UC Press