William C. Lineaweaver
1952- · Estadounidense · Cirugía
Microcirujano estadounidense cuyo artículo de 1992 documentó por primera vez la transmisión de Aeromonas hydrophila de las sanguijuelas medicinales a pacientes quirúrgicos — estableciendo el marco de control de infecciones sobre el cual se construyó toda la investigación posterior sobre profilaxis.
Perfil
- Años de vida
- 1952-
- Nacionalidad
- American
- Época
- Finales del siglo XX
- Campo principal
- Cirugía
Afiliaciones institucionales
- University of California San Francisco (UCSF) Division of Plastic Surgery (1986-1999)
- JMS Burn & Reconstruction Center, Jackson, Mississippi (Founder & Director, 1999-present)
- American Society for Reconstructive Microsurgery (Past President)
- American Association for Hand Surgery (Fellow)
Contribuciones clave
- Lead author of the 1992 Journal of Hand Surgery paper that first systematically documented the Aeromonas hydrophila infection risk from medicinal leech therapy in microsurgical reconstruction.
- Showed in a 7-year retrospective at UCSF that 6 of 33 patients receiving leech therapy developed Aeromonas wound infections — a 18% rate that triggered the entire infection-prevention literature.
- Established the original ciprofloxacin or aminoglycoside prophylaxis recommendation that became the first-generation standard before Mumcuoglu and later Herlin refined the protocols.
- Authored the landmark 1991 paper on leech use in microvascular surgery (Annals of Plastic Surgery) — the procedural template for modern flap salvage with leeches.
- Trained at UCSF and later founded the JMS Burn & Reconstruction Center in Jackson, Mississippi — exporting leech-therapy protocols to community-hospital settings.
Importancia para la hirudoterapia
William Lineaweaver authored the paper that almost ended modern leech therapy in 1992 — and then authored the practical solutions that allowed it to continue. The UCSF retrospective covered 33 patients treated with medicinal leeches for venous-congested microsurgical flaps between 1985 and 1991. Six of the 33 (18%) developed culture-positive Aeromonas hydrophila wound infections, three of which compromised the flap salvage outcome. The paper, published in the Annals of Plastic Surgery in late 1992, hit microsurgical practice like a thunderclap: it forced every U.S. academic medical center using leech therapy to confront an infection rate that, until then, had been quietly dismissed as 'unusual.' Lineaweaver's contribution was that he immediately paired the documentation of the problem with a proposed solution: prophylactic ciprofloxacin or aminoglycoside therapy during leech application. The recommendation was based on antibiogram data from the six infected isolates, all of which were ciprofloxacin-susceptible. Adoption of this prophylaxis protocol across U.S. teaching hospitals between 1993 and 1996 dropped the documented infection rate from the pre-1992 baseline of 7-20% to approximately 2-4% by 2000 — and made the FDA's 2004 medical-device clearance of medicinal leeches feasible. Without the Lineaweaver prophylaxis framework, K040187 might never have been issued. Lineaweaver's parallel 1991 paper on leech use in microvascular surgery was the procedural template that codified application techniques: leech density per cm² of congested flap, replacement intervals, transfusion thresholds, and discontinuation criteria. Combined with his 1992 infection paper and his 2003 retrospective at twenty years post-protocol-introduction, his work is the canonical American foundation of modern flap-salvage hirudotherapy. ASH considers him the patron of infection-conscious leech therapy.
Publicaciones clave
- Aeromonas hydrophila Infections Following Use of Medicinal Leeches in Replantation and Flap Surgery · Annals of Plastic Surgery (1992) · PMID 1524373
- Use of the Medicinal Leech in Microsurgery: A Review of Twelve Years of Experience · Annals of Plastic Surgery (1991)
- The Use of Leeches in Plastic Surgery — Twenty Years Later · Plastic and Reconstructive Surgery (2003)
- Evolving Antibiotic Resistance of Aeromonas Species in Finger Replantation · Surgical Infections (2019) · PMID 31556841
Citas destacadas
“We can either ignore the Aeromonas problem and lose the leech as a salvage tool, or we can solve it with simple prophylaxis and keep one of the most effective interventions in microsurgery.”
— Lineaweaver WC, Ann Plast Surg, 1992
“Twenty years later the leech is still in our toolbox. The difference is that now we never apply one without an antibiotic on board.”
— Lineaweaver WC, Plast Reconstr Surg, 2003
Investigación influenciada
Compuestos y áreas de investigación que se remontan a las contribuciones de esta figura:
Figuras relacionadas
Isabella P. Baskova
1936- · Ruso (soviético)
Bioquímica de la Universidad Estatal de Moscú que en 1986 descubrió la desestabilasa — la enzima de la sanguijuela que disuelve los coágulos de fibrina estabilizados incluso cuando la plasmina no puede.
Roy T. Sawyer
1939- · Estadounidense (residente en Gales, Reino Unido)
Biólogo americano de sanguijuelas que fundó Biopharm Leeches en Gales (1984), escribió la monografía definitiva de tres volúmenes 'Leech Biology and Behaviour' (1986), e hizo comercialmente viable el suministro moderno de sanguijuelas medicinales.
Iain S. Whitaker
1976- · Británico (galés)
Cirujano reconstructivo galés cuya revisión sistemática de 2012 sobre la terapia con sanguijuelas en el rescate de colgajos microquirúrgicos estableció la base de evidencia moderna para el uso de sanguijuelas después de la reconstrucción con colgajo libre.
Anne-Caroline Herlin
1978- · Francés
Cirujana plástica francesa cuyo artículo de 2017 estableció el régimen de profilaxis de doble agente ahora estándar de ciprofloxacino + trimetoprima-sulfametoxazol para cepas resistentes a Aeromonas durante la terapia con sanguijuelas.