Domingo Liotta highest Italian civil decoration. 1990: Decoration, Director of the Cardiovascular Center, Guangzhou, China. Honorary Professor, Beijing Friendship Hospital of Capital University of Medical Science, China. 1997: Granted the Organ Replacement Science Award. Assisted Circulation for Chronic Heart Failure, International Society for Artificial Organs (ISAO), U.S. 2005: Decoration, Grand Council Knight of the Sovereign Hospitaller Order of Saint John of Jerusalem and Rhodes, Cyprus, Rhodes, 5766 (Hebraic Calendar) 2006: Liotta-Cooley artificial heart (1969) displayed prominently at the Treasures of American History exhibit, Smithsonian Institution, Washington, D.C. 1961-62: Fellow of Cardiovascular Surgery, Chairman of the Department of Surgery Michael E. DeBakey, Baylor
Human artificial chromosome benefits of HACs, namely their ability to stably contain extremely large genomic fragments. Researchers incorporated the 2.4Mb dystrophin gene, in which a mutation is a key causal element of Duchenne muscular dystrophy. The resulting HAC was mitotically stable, and correctly expressed dystrophin in chimeric mice. Previous attempts at correctly expressing dystrophin have failed. Due to its large size, it has never before been successfully integrated into a vector. In 2010, a refined human artificial chromosome called 21HAC was reported. 21HAC is based on a stripped copy of human chromosome 21, producing a chromosome 5Mb in length. Truncation of chromosome 21