The Deciding Decade for Infectious Diseases | Hopkins Bloomberg ...

When the first AIDS cases were reported to the CDC in 1981, the pursuit of individual freedom and sexual expression was peaking—wearing a condom seemed archaic to many. At the same time, the public health machinery for responding to sudden, deadly epidemics was rusty. 

Early in the AIDS crisis, hospital personnel who feared infection refused to enter AIDS patients' hospital rooms. With no blood test until 1985, no one knew who had the disease until they developed symptoms. And HIV's long incubation period of up to 10 years, combined with the intense social stigma against AIDS patients, undercut case-finding and prevention efforts. (The School contributed critical research on all these issues and more through the Multicenter AIDS Cohort Study, the world's longest study of its kind.) Within a decade of its emergence, HIV would infect more than 1 million and cause more than 100,000 deaths.

If AIDS was a sudden shock with few answers, child mortality in LMICs was a long-burning problem that finally had workable solutions. While wealthy countries had dramatically reduced child mortality, 14.5% of children in low- and middle-income countries were still dying before age 5—similar to U.S. child mortality in 1925. WHO estimated that three-quarters of these deaths in 1985 were from preventable causes: diarrheal disease, acute respiratory infections, malaria, measles, and malnutrition. 

Between 1965 and 1985, current and future School faculty contributed to the WHO campaigns against cholera, smallpox, and malaria and helped to develop oral rehydration therapy for diarrheal disease. Many had started their public health careers in the CDC Epidemic Intelligence Service alongside future Dean D.A. Henderson, MD, MPH '60, who also led the WHO smallpox eradication program. Others had worked with Carl Taylor, MD, DrPH, founding chair of International Health and director of the landmark Narangwal Study in northern India. The seven-year clinical trial of primary health care interventions among 35,000 villagers demonstrated that child mortality could be cut by up to 45%.

The decade that remade the battle against infectious diseases and child mortality also reenergized the School's infectious disease research in basic science, epidemiology, and vaccine development and evaluation.

In 1982, UNICEF executive director James P. Grant proclaimed a "child survival revolution" to launch broad-gauged programs combining growth monitoring, ORT, breastfeeding promotion, and immunization (a strategy shortened to the acronym "GOBI"). In 1985, another future dean, Alfred Sommer, MD, MHS '73, and Keith West, DrPH '86, MPH '79, demonstrated that oral vitamin A prevented blindness and reduced child mortality by 33% by strengthening immunity. With the evidence mounting that childhood infectious disease mortality in LMICs could be reduced to the level in industrialized countries, the U.S. government ramped up child survival funding. UNICEF, WHO, and USAID, in concert with national health ministries and private philanthropies, led the global interventions that contributed to a 58% drop in the global under-5 mortality rate between 1990 and 2017.

AIDS likewise elevated infectious disease to the top of the public health agenda. While only five FDA-approved antivirals existed in 1980, more than 40 anti-HIV drugs and drug combinations are available today. The urgent search for AIDS drugs and vaccines streamlined the FDA approval process, beginning with the first AIDS drug, AZT, in 1989, followed by antiretroviral therapy (ART) in 1996. By 2005, the funding gap between NIAID and NCI had nearly disappeared—emphasizing the prioritization of infectious disease.

Compared to AIDS-fighting efforts, child survival programs benefited from more initial consensus on solutions and greater political will to implement them. But global AIDS funding rapidly eclipsed that for child survival after 2003, when President George W. Bush created the President's Emergency Plan For AIDS Relief. That program delivered ART to countries with high infection rates, especially in sub-Saharan Africa, and saved an estimated 25 million lives. 

The decade that remade the battle against infectious diseases and child mortality also reenergized the School's infectious disease research in basic science, epidemiology, and vaccine development and evaluation. Thirty-nine years after the first AIDS cases were reported, these pivotal investments equipped the School to respond to another novel, lethal, rapidly mutating virus: COVID-19.

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