Some Statistics About the US Biodefense Program and Public Health
| NIAID Competitive Awards, Change Over 3 Years | Three Year Sums, adjusted to constant 2005 USD using the NIH Biomedical Research and Development Price Index |
||
| Source: CRISPER (http://www.cbwtransparency.org/crisper), 4 March 05 | |||
| Disease(s) | FY 1999-2001 |
FY 2002-2004 |
Change |
| Priority BW Bacteria Agents (anthrax, glanders, melioidosis, brucella, plague) | $7,450,634 | $185,399,724 | +2388% |
| Priority BW Virus Agents (Ebola, Marburg, Lassa, Smallpox) | $5,941,136 | $119,856,911 | +1917% |
| Influenza | $43,001,408 | $94,331,807 | +119% |
| HIV | $534,668,521 | $426,047,982 | -20% |
| Tuberculosis | $166,890,306 | $134,189,062 | -20% |
| Hepatitis | $139,438,806 | $59,063,452 | -58% |
| Malaria | $92,207,407 | $54,401,748 | -41% |
| Chlamydia | $36,395,364 | $22,185,593 | -39%
|
| Lyme Disease | $13,556,147 | $13,335,231 | -2%
|
| Gonnorhea | $23,126,416 | $12,282,975 | -53% |
| Candida albicans | $20,801,528 | $10,249,011 | -51% |
| Sleeping Sickness (trypanosomiasis) | $9,957,335 | $9,748,964 | -2% |
| Chagas Disease | $8,672,725 | $6,494,681 | -25% |
| Ehrlichiosis | $5,632,436 | $2,931,906 | -48% |
| Whooping Cough (pertussis) | $4,014,340 | $2,877,179 | -28% |
| Legionnaire's Disease (legionella) | $5,397,997 | $2,416,099 | -55% |
| NIH Study Groups | FY 1999-2001 |
FY 2002-2004 | Change |
| Basic Bacterial Microbiology (BM + MBC) | $199,327,009 | $145,109,803 | -27% |
| Basic Viral Microbiology (VR + EVR) | $111,704,182 | $105,539,614 | -6% |
Change in NIAID Biological Weapons Agent Funding
Grants referencing 6 agents, grouped chronologically.
Pathogen |
NIAID Grants 1972-1995 |
NIAID Grants 1996-2000 |
NIAID Grants 2001-2005 YTD |
Change '96-'00 vs. '01-'05 YTD |
NIAID Grants 2005 YTD |
2005 YTD (only) vs. Five Year Period '96-'00 |
| Anthrax | 5 |
7 |
243 |
3471% |
76 |
10.9x |
| Brucellosis | 0 |
0 |
6 |
∞ |
1 |
∞ |
| Glanders | 0 |
1 |
10 |
1000% |
3 |
3.0x |
| Plague | 39 |
22 |
129 |
586% |
31 |
1.4x |
| Melioidosis | 0 |
0 |
16 |
∞ |
3 |
∞ |
| Tularemia | 7 |
3 |
93 |
3100% |
19 |
6.3x |
TOTAL |
51 |
33 |
497 |
1506% |
133 |
4x (403%) |
The NIAID Newbies: How Expert are They?
One Measure of Pathogen-Handling Experience
Pathogen |
Total Number of Principal Investigators 2001-2005 YTD |
Number of those PIs that received NIAID funding for agent before 2001 |
Percentage never before funded by NIAID for agent |
| Anthrax | 219 |
6 |
97.3% (213) |
| Brucellosis | 6 |
0 |
100% (6) |
| Glanders | 10 |
1 |
90% (9) |
| Plague | 107 |
6 |
94.4% (101) |
| Melioidosis | 16 |
0 |
100% (16) |
| Tularemia | 81 |
2 |
98% (79) |
TOTAL |
439 |
15 |
96.6% (424) |
Side-by-Side Comparison:
NIAID's Biodefense Program vs. Infectious Disease Public Health Problems
Source: CDC MMWR Weekly 53(30);687 (5 Aug 2004). Notice to Readers: Final 2003 Reports of Notifiable Diseases |
|
Disease |
Likelihood of a person in the United States being diagnosed, 2003: |
| Gonorrhea | 1:859 |
| AIDS | 1:6,511
|
Syphilis (all) |
1:8,403 |
| Lyme Disease | 1:13,537
|
| Acute Viral Hepatitis A/B/C | 1:17,688
|
| Tuberculosis | 1:19,349
|
----- |
-
|
| Tularemia | 1:2,232,357 |
| Brucellosis | 1:2,768,981 |
| Plague | 1:287,974,000 |
| Anthrax, Glanders, Melioidosis | 0 (no cases reported) |
----- |
- |
| Likelihood of diagnosis of infection with any of the 6 NIAID priority bioweapons agents (i.e. combined): | 1:1,230,658 |
| Likelihood for the 6 non-bioweapons infectious diseases listed above, combined: | 1:617 |
| Likelihood of diagnosis with one of the 6 public health diseases vs. NIAID priority bioweapons agents: | 2000 times more likely. (1995.6x) |
----- |
- |
| Total number of reported US infections with anthrax, glanders, tularemia, brucellosis, melioidosis, and plague in 2003: | 234 |
| Children born with syphilis in the US, 2003: | 413 |