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  1. Alec John Jeffreys, miembro de la Royal Society (Oxford, Reino Unido, 9 de enero de 1950) es un genetista británico que desarrolló las técnicas de la huella genética y del perfil de ADN que, en la actualidad, son usadas por la ciencia forense para ayudar a la policía en sus trabajos de investigación.

  2. Sir Alec John Jeffreys, CH FRS MAE (born 9 January 1950) is a British geneticist known for developing techniques for genetic fingerprinting and DNA profiling which are now used worldwide in forensic science to assist police detective work and to resolve paternity and immigration disputes.

  3. Professor Sir Alec Jeffreys took well-deserved retirement in September 2012 after more than 35 years at the University of Leicester. A short biography of Sir Professor Jeffreys - the inventor of DNA fingerprinting. From research at Leicester to Knighthood and current work.

  4. 20 de nov. de 2020 · Tiempo 3 de lectura. En 1984 el Alec Jeffreys creía haber hecho un avance importante para encontrar qué distingue a una persona de otra, y esperaba usarlo para seguir la pista genética de las enfermedades hereditarias y encontrar en el ADN marcadores que nos ayuden a dignosticarlas.

  5. Alec Jeffreys and genetic fingerprinting. In 1984, Alec Jeffreys discovered the technique of genetic fingerprinting in a laboratory in the Department of Genetics at the University of Leicester. In 2012 Professor Sir Alec Jeffreys retired after more than 35 years' service to the University.

  6. Alec Jeffreys is a now-retired geneticist who was one of the first to discover inherited variation in human DNA. He developed the milestone techniques of genetic fingerprinting and profiling, using variations in the genetic code to uniquely identify people.

  7. 13 de jun. de 2006 · Aside from the invention of DNA fingerprinting, Jeffreys has made many other pioneering contributions to the field of human genetics. These accomplishments include the discovery of eukaryotic introns, further understanding of the evolution of gene families, and insight into the secrets of genetic recombination.