Work on the Spread of SARS
Posted: Tue Apr 29, 2003 8:50 am
Dan Jarosch asks about modeling the SARS epidemic.
Roy Anderson in the UK, probably the leading expert on dynamic
modeling of infectious diseases, is currently developing a SARS
model. I dont know what has been published. He previously
developed models for the BSE (mad cow) epidemic and has estimated how
many human cases of BSE-induced vCJD can be expected.
For analogous work on infectious diseases, see the terrific papers on
smallpox and anthrax bioterror attacks by Ed Kaplan, Larry Wein, and
David Craft. There are two:
Kaplan, E., Craft, D. and Wein, L. (2002) Emergency response to a
smallpox attack: The case for mass vaccination PNAS (Proc. Nat. Acad.
of Sciences), August 6, 2002, 99 (16), 10935-10940
Wein, L., Craft, D., and Kaplan, E., (2003) Emergency response to an
anthrax attack. PNAS April 1, 2003100(7) 4346-4351.
These papers provide models of infectious disease spread after
bioterror attack, and include structure for quarantine and different
vaccination strategies. The smallpox model, in particular, could
readily be adapted for SARS.
John Sterman
From: John Sterman <jsterman@MIT.EDU>
Roy Anderson in the UK, probably the leading expert on dynamic
modeling of infectious diseases, is currently developing a SARS
model. I dont know what has been published. He previously
developed models for the BSE (mad cow) epidemic and has estimated how
many human cases of BSE-induced vCJD can be expected.
For analogous work on infectious diseases, see the terrific papers on
smallpox and anthrax bioterror attacks by Ed Kaplan, Larry Wein, and
David Craft. There are two:
Kaplan, E., Craft, D. and Wein, L. (2002) Emergency response to a
smallpox attack: The case for mass vaccination PNAS (Proc. Nat. Acad.
of Sciences), August 6, 2002, 99 (16), 10935-10940
Wein, L., Craft, D., and Kaplan, E., (2003) Emergency response to an
anthrax attack. PNAS April 1, 2003100(7) 4346-4351.
These papers provide models of infectious disease spread after
bioterror attack, and include structure for quarantine and different
vaccination strategies. The smallpox model, in particular, could
readily be adapted for SARS.
John Sterman
From: John Sterman <jsterman@MIT.EDU>