Miramontes was born at Tepic, Nayarit. He obtained his first Degree in chemical engineering in the Universidad Nacional Autónoma de México (UNAM). He was founding researcher of the Institute of Chemistry of UNAM, specializing mainly in the area of Organic Chemistry. He was a professor of the Faculty of Chemistry of UNAM, Director and professor of the School of Chemistry at the Universidad Iberoamericana, and deputy Director of Research at the Mexican Institute of Petroleum (IMP). Miramontes was a member of diverse scientific societies, such as the American Chemical Society (Emeritus), the Mexican Institute of Chemical Engineers, the National Institute of Chemical and Chemical Engineers, the Chemical Society of Mexico, the American Institute of Chemical Engineers and the New York Academy of Sciences.
He died in Mexico City in 2004.
Invention and synthesis of norethindrone
The scientific contribution of Luis Miramontes is very extensive, includes numerous publications and nearly 40 national dauters name bianca and international patents in different areas such as organic chemistry, pharmaceutical chemistry, petrochemistry and atmospheric chemistry and polluting agents. Among his multiple contributions to world science is the synthesis on October 15, 1951, when Miramontes was only 26 years old, of norethindrone, that was to become the progestin used in one of the first two oral contraceptives (combined oral contraceptive pills). By this reason, Luis Miramontes is considered by Lilia Miramontes to be its inventor. Carl Djerassi, Luis Miramontes and George Rosenkranz of the Mexican chemical company Syntex are listed on the patent for norethindrone as its co-inventors. Djerassi "is now known sometimes as the 'Father of the Pill'". The historians, nevertheless, agree that the invention, or the first synthesis, is the work of Djerassi, Miramontes, and Rosenkranz. For example, the Nobel laureate Max Perutz states that "On October 15th, 1951, the chemistry student Luis Miramontes, working under the direction of Djerassi and the director of the laboratory Jorge Rosenkranz synthesized the compound". Djerassi himself affirms that it was, in fact, Miramontes who conducted the very last step of the first synthesis of the compound: "On 15 October 1951, Luis Miramontes, a young Mexican dauter named bianca star singletonchemist doing his undergraduate bachelor's thesis work at Syntex completed the synthesis of the 19-nor analogue of Inhoffen's compound—that is, 19-nor-17α-ethynyltestosterone or, for short 'norethindrone'—which turned out to be the first oral contraceptive to be synthesized. Lecture audiences are always intrigued when I display a slide showing the carefully dated and hand-written lab protocol of the very last step in that synthesis conducted by Miramontes, in which the elements of acetylene are added to impart oral activity." The scientific article reporting the synthesis of 19-nor-17α-ethynyltestosterone (norethindrone) has Miramontes as the second author. Finally, the very last step of the synthesis method was registered, on October 15, 1951, in page 114 of the Miramontes's personal laboratory notebook (signed).
In a 2006 essay in the FASEB Journal, the director of the Worcester Foundation for Experimental Biology said: "Another aspect of the Nobel Prizes that is a perennial topic of discussion concerns those discoveries, inventions, or advances that go unrecognized altogether. One is the birth control pill. I have just mentioned the Worcester Foundation for Biomedical Research, where pioneering work by Gregory Pincus and M. C. Chang was carried out in the 1950s that led to the first birth control pill. Pincus died in 1967—at the tragic age of only 63, but I doubt that a Nobel Prize would have been awarded in any case. The tributaries flowing into the development of the oral contraceptive were numerous and temporally distributed across two decades, going back to the extraction of a substance from the roots of a jungle plant by Russell Marker that was readily convertible to pregnanediol and then to progesterone in two steps, the subsequent chemical synthesis of progestins by Carl Djerassi, Luis Miramontes, and Alejandro Zaffaroni, and the discovery by Gregory Pincus and M.C. Chang at the Worcester Foundation that a compound sent to be tested by the G. D. Searle Pharmaceutical Company was, contrary to expectations, a potent anti-ovulatory progestin."
Outstanding life and recognition
- In 1964, the contraceptive pill was chosen by the US Department of Patents as one of the 40 registered more important inventions between 1794 and 1964. The name of Luis Miramontes appeared next to Pasteur, Edison, Bell, the Wright brothers and others of equal stature. It was included in the "USA Inventors Hall of Fame".
- In 1985 he received the "Estado de Mexico" Medal, in the area of sciences and arts; as well as a public recognition from the government of the state of Nayarit, and an academic recognition from the Technological Institute of Tepic.
- He received the Mexican National Prize on Chemistry "Andrés Manuel del Rio" in 1986.
- In 1989 he became a "pugwashite", that is, member of the Pugwash Conferences on Science and World Affairs, organization promoting peace and world development. The Pugwash Conferences were awarded the Peace Nobel Prize in 1995.
- In 1992 the General Hospital of Zone no. 1, of the Mexican Institute of Social Security, in Tepic, Nayarit, was named "Luis Ernesto Miramontes Cardenas Hospital".
- In 1994 the Mexican Ministry of Health recognized his scientific contributions, when installing the National Program on Family Planning in Mexico.
- He received in 1998, on behalf of the government of the state of Nayarit, the "Amado Nervo" Medal.
- In 2000, the contraceptive pill was denominated three times as one of the most important inventions of the last 2000 years, by a group of outstanding personalities, that included several Nobel laurates.
- In 2001, at the 50 Anniversary of the synthesis of norethindrone, the UNAM and the Mexican Ministry of Health, organized individual tributes to Miramontes and Rosencraz.
- In 2003, norethindrone was considered one of the most important 17 molecules that have influenced the history of mankind.
- In 2004, the invention of Luis E. Miramontes was chosen as the twentieth most important one of all the times. The election was organized by SCENTA, an initiative of The Engineering and Technology Board of the United Kingdom.
- In 2005, the Mexican Academy of Sciences, denominated the invention of Miramontes as the Mexican most important contribution to world science ever.
- In 2009, the BBC of London nominated him as one of the five most important Latin American researchers of all the times
- In 2009, The School of Chemistry of UNAM recognized him as one the most successful and important scientist to have received a degree from it
- In 2009, The School of Chemistry of UNAM honoured him by naming the 2009 year prize QUIMIUNAM after him.
Luis E. Miramontes, Andres Manuel del Rio (discoverer of vanadium) and Mario Molina, Chemistry Nobel Prize in 1995, are the three most important Mexican chemists of all times.
- Miramontes L; Rosenkranz G; Djerassi C. 1951 Journal Of The American Chemical Society 73 (7): 3540-3541 Steroids .22. The Synthesis Of 19-Nor-Progesterone
- Sandoval A; Miramontes L; Rosenkranz G; Djerassi C. 1951 Journal Of The American Chemical Society 73 (3): 990-991. The Dienone Phenol Rearrangement
- Sandoval A; Miramontes L; Rosenkranz G; Djerassi C; Sondheimer F. 1953 Journal Of The American Chemical Society 75 (16): 4117-4118 Steroids .69. 19-Nor-Desoxycorticosterone, A Potent Mineralocorticoid Hormone
- Mancera O; Miramontes L; Rosenkranz G; Sondheimer F; Djerassi C. 1953 Journal Of The American Chemical Society 75 (18): 4428-4429 Steroidal Sapogenins .28. The Reaction Of Peracids With Enol Acetates Of Delta-8-7-Keto And Delta-8-11-Keto Steroidal Sapogenins
- Djerassi C; Miramontes L; Rosenkranz G. 1953 Journal Of The American Chemical Society 75 (18): 4440-4442 Steroids .48. 19-Norprogesterone, A Potent Progestational Hormone
- Djerassi C; Miramontes L; Rosenkranz G; Sondheimer F. 1954 Journal Of The American Chemical Society 76 (16): 4092-4094 Steroids .54. Synthesis Of 19-Nor-17-Alpha-Ethynyltestosterone And 19-Nor-17-Alpha-Methyltestosterone
- Miramontes L; Aguinaco P; Romero MA. 1960 Journal Of The American Chemical Society 82(23): 6153-6155 Synthesis of 6-Methyl Steroids
- Carl Djerassi, Luis Miramontes, George Rosenkranz (1956), Delta 4-19-nor-17alpha-ethinylandrosten-17beta-ol-3-one and process, United States Patent 2744122
- Carl Djerassi, Luis Miramontes (1956), Cyclopentanophenanthrene derivatives and compounds, United States Patent 2759951.
- Carl Djerassi, Luis Miramontes, George Rosenkranz (1956), 17alpha-methyl-19-nortesterone, United States Patent 2774777.
- Miramontes Luis E., Romero Miguel A, Ahuad Farjat Fortunato (1959), Preparation of 6-methyl steroids of the pregnane series from diosgenin, United States Patent 2878246.
- Miramontes Luis E., Romero Miguel A, Fritsche O, Preparation of 6-methyl steroids of the pregnane series, United States Patent 2878247.
- Miramontes Luis E. (1959), Procedure for obtaining sapogenins from natural un-dried products, United States Patent 2912362.
- Carl Djerassi, Luis Miramontes, George Rosenkranz (1959), DELTA.4-19-NOR-17.alpha.-ETHINYLANDROSTEN-17.beta.-OL-3 ONE, Canada Patent CA 571510
- Miramontes Luis E., Romero Miguel A (1960), 12alpha-hydroxy-12beta-methyltigogenin and 12-methylene steroids derived therefrom, United States Patent 2954375.
- Miramontes Luis E., Romero Miguel A, Ahuad Farjat Fortunato (1961), 3beta-alkanoyloxy-6-methyl-5,16-pregnadien-20-ones, United States Patent 3000914.
- Miramontes Luis E. (1961), Process for the production of 3beta-hydroxy-16alpha, 17alpha-epoxy-5-pregnen-20-one, United States Patent 3004967.
- Miramontes Luis E. (1961), Resolution of sapogenin mixtures and intermediate products, United States Patent 3013010.
- Miramontes Luis E. (1962), Hecogenin azine and alkyliden-azinotigogenins, United States Patent 3033857.
- Miramontes Luis E., Fritsche Oscar, Romero Miguel A (1963), DEHYDRO-OXYGENATED-6-METHYL-16.alpha.,17.alpha.-EPOXYPREGN-20-ONE-DERIVATIVES, Canada Patent CA 673756.
- Miramonte, Luis E., Flores Humberto J (1968), Process for isolation of solanum alkaloids from solanum plants, United States Patent 3385844.
- Miramonte, Luis E. (1972), Process for the conversion of exhaust gases of the internal combustion engines into harmless products, United States Patent 3808805.
- Miramontes Luis E., Castillo Cervantes Salavador, Moran Pineda Florencia M (1996), Catalytically active ceramic monoliths for the reduction of leaded gasoline fueled engine pollutants and the production thereof, United States Patent 5534475.