Joseph P. Vacanti Explained

Joseph P. Vacanti
Birth Date:31 October 1948
Birth Place:Omaha, NE
Fields:Pediatric surgery
Tissue engineering
Regenerative medicine
Workplaces:Massachusetts General Hospital

Joseph Vacanti is an American pediatric surgeon and researcher who is the director of the Laboratory of Tissue Engineering and Organ Fabrication at Massachusetts General Hospital. He is the John Homans Professor of Surgery at Harvard Medical School.[1]

Along with Robert Langer, Eugene Bell, and Yuan-Cheng Fung, he is considered as a father of tissue engineering[2] [3] [4] with seminal contributions as co-author of the Principles of Tissue Engineering (with Langer, Robert Lanza, and Anthony Atala) and creation of the Vacanti mouse in 1997.

Vacanti was elected to the National Academy of Medicine in 2001.[5]

He graduated from Creighton University (BA), Harvard Medical School (MS), and University of Nebraska College of Medicine (MD).[6]

Biography

Vacanti was born in Omaha, Nebraska in 1948, the oldest of four brothers who are also scientists: Charles Vacanti, Martin, and Francis.[7] [8] Following education at Creighton University and the University of Nebraska (MD 1974[9]), Vacanti trained in surgery at the Massachusetts General Hospital in Boston, MA, Boston Children's Hospital, and further specialized in transplantation at the University of Pittsburgh.[10]

He pursued additional training in the lab of cancer biologist Judah Folkman from 1977-1979[11] where he met frequent collaborator Robert Langer.[12] He was appointed surgeon-in-chief of the Massachusetts General Hospital for Children in 2003[13] and was the president of the American Pediatric Surgical Association from 2019-2020.[14]

Career

A major focus of Vacanti's research has been the development of biomaterials and surgical techniques for tissue engineering, which he defined in 1993 as a field that "applies the principles of biology and engineering to the development of functional substitutes for damaged tissue."[15]

In 1988, Vacanti demonstrated the first biodegradable polymer scaffold for cell transplantation.[16] [17] [18] He is most well known for the development, along with Charles Vacanti and Linda Griffith of MIT, of the Vacanti mouse. He has published over 350 scientific papers.

He co-founded the journal Tissue Engineering[19] and was the founding president of the Tissue Engineering Society (which evolved into TERMIS), co-founded in 1994 with Charles Vacanti, Joseph Upton of the Beth Israel Deaconess Medical Center and Harvard Medical School, Tony Atala of Boston Children’s Hospital, Mark Randolph of theMassachusetts General Hospital and Linda Griffith ofMIT.[20] Vacanti was awarded the lifetime achievement award from TERMIS in 2017.[21]

In his lab at the Massachusetts General Hospital, Vacanti advised or co-advised many prominent researchers in the field, including David J. Mooney and Antonios Mikos.[22]

Awards

Notes and References

  1. Web site: Tissue Engineering and Organ Fabrication Laboratory . Sundback . Cathryn . Vacanti . Joseph . Massachusetts General Hospital.
  2. Heath . Daniel . 2019-06-25 . 30 years of tissue engineering, what has been achieved? . World Economic Forum.
  3. Web site: Father of Tissue Engineering Says Innovations Bring Hope . OSF Newsroom.
  4. Web site: Father of Tissue Engineering Says On Demand Organs Are Within Reach . PR Newswire.
  5. Web site: NAM member Listing . May 2023 . National Academy of Medicine.
  6. Web site: Profile: Joseph P. Vacanti, MD . World Stem Cell Summit.
  7. Web site: SCIENTISTS AT WORK -- JOSEPH, CHARLES, MARTIN AND FRANCIS VACANTI From Old Cars to Cartilage, Brothers Like to Tinker.
  8. Web site: Tribute to the Vacantis .
  9. Web site: University of Nebraska Medical Center .
  10. Web site: Profile: Joseph P. Vacanti, MD . World Stem Cell Summit.
  11. Viola J, Lal B, Grad O . 14 October 2003 . The Emergence of Tissue Engineering as a Research Field . Abt Associates Inc. . Web site: Alternate webpage . nsf.gov.
  12. Web site: The Dynamic Duo of Tissue Engineering.
  13. Web site: Mass General Hospital for Children .
  14. Web site: APSA Past Presidents .
  15. Web site: Tissue Engineering. Science 1993 May 14;260(5110):920-6..
  16. Vacanti . JP . Selective cell transplantation using bioabsorbable artificial polymers as matrices . J Pediatr Surg . 2895175.
  17. Langer . Robert . Advances in Tissue Engineering . J Pediatr Surg . 26711689.
  18. Berthiaume . François . Tissue engineering and regenerative medicine: history, progress, and challenges . Annu Rev Chem Biomol Eng . 22432625.
  19. Web site: IEEE Xplore .
  20. Vacanti . Charles . The history of tissue engineering . J Cell Mol Med . 2006 . 16989721.
  21. Web site: TERMIS AM Awardees .
  22. Sikavitsas . Vassilios I. . Introduction to Editorial Board Member: Professor Antonios (Tony) G. Mikos . Bioeng Transl Med . 10.1002/btm2.10155. 6971437 .
  23. Web site: SFB Past Awardees .
  24. Web site: Harvard Gazette .
  25. Web site: American Surgical Association .
  26. Web site: Jacobson Innovation Award .