Skip to main content

Home/ Groups/ WSU Virology
Casey Finnerty

Dr. Donald A. Henderson, Who Helped End Smallpox, Dies at 87 - The New York Times - 1 views

  • Dr. Donald A. Henderson, a leader of one of mankind’s greatest public health triumphs, the eradication of smallpox, died on Friday in Towson, Md. He was 87.
  • died in a hospice of complications of a hip fracture, including infection with antibiotic-resistant staphylococcus, a dangerous pathogen he had himself researched and raised alarms about
  • The last known case was found in a hospital cook in Somalia in 1977.
  • ...14 more annotations...
  • The only other disease to have been banished from the earth is rinderpest, a little-known relative of measles that kills hoofed animals and once caused widespread starvation in Africa; it was eradicated in 2011.
  • Smallpox, caused by the variola virus, was long one of mankind’s most terrifying scourges.
  • it killed almost a third of its victims, often through pneumonia or brain inflammation.
  • Many others were left blind from corneal ulcerations or severely disfigured by pockmarks.
  • Because it killed 80 percent of the American Indians who caught it, it was a major factor in the European conquest of the New World.
  • In 1796, Dr. Edward Jenner, an English physician, infected a young boy with cowpox taken from a blister on a milkmaid’s hand. Cowpox, a mild disease, protected those who had it from smallpox, and the modern vaccine era began.
  • Dr. Henderson quickly realized that trying to vaccinate vast populations was futile and switched to “ring vaccination.”
  • Dr. Foege, who is considered the father of this tactic, said it was “invented by accident” during a 1967 Nigerian outbreak when he had very little vaccine on hand.
  • “The first night, we asked ourselves what we would do if we were a virus bent on immortality,”
  • In 1977, success in hand, Dr. Henderson became dean of the Johns Hopkins University School of Hygiene and Public Health.“He was an imposing guy — physically big and very confident,” said Dr. Michael J. Klag, the school’s current dean, who was a student in that era. “He did not suffer fools gladly, and you were never sure if you were a fool or not.”
  • He gloomily foresaw failure for most other disease-elimination campaigns. The “siren song of eradication,” he once wrote, had led to goals that were more “evangelical” than attainable.
  • The problem, he would explain, was that each viral foe was so different. Smallpox had many weaknesses to exploit; it had no animal host. Every case can be found because victims have pox on their faces, and one vaccination provides lifetime immunity.
  • In 2011, when Bill Gates threw the full weight of his foundation into fighting polio, he struggled to explain how he would overcome such obstacles and, at the end of an interview, turned to an aide and said aloud, “I’ve got to get my D. A. Henderson response down better.”
  • The campaign, many experts have noted, succeeded just in time. A few years later, the virus that causes AIDS spread across Africa. Because the live smallpox vaccine can grow in an immune-compromised person into a huge, rotting, ultimately fatal lesion, it would have been impossible to deploy it.
Casey Finnerty

Phys.org - News and Articles on Science and Technology - 0 views

  •  
    HIV structure
Casey Finnerty

Species difference in ANP32A underlies influenza A virus polymerase host restriction - 2 views

  • chicken genome RH clones
    • Casey Finnerty
       
      What is an RH clone?
  • Influenza polymerase activity was measured by use of a minigenome reporter which contains the firefly luciferase gene flanked by the non-coding regions of the influenza NS gene segment, transcribed from a species-specific polI plasmid with a mouse terminator sequence
    • Casey Finnerty
       
      I would suggest looking up this paper and getting a diagram of this minigenome so you can explain how it works.
  • The human and chicken polI minigenomes (pHOM1-Firefly and pCOM1-Firefly) are described previously
    • Casey Finnerty
       
      This paper describes how the specific minigenomes used in this paper were prepared.
« First ‹ Previous 301 - 320 Next › Last »
Showing 20 items per page