Now that many more individuals are becoming infected because of your carelessness with your 
  infection, the government is worried, as the population is working themselves into a frenzy.
  Unfortunately, your dead body can still help. The scientists and lab technicians can use your body
  for research, hoping that they can find the reason and a cure for the epidemic.

  ANTHRAX

  How can it be cured?
  So far there is no cure just anthrax, however anthrax is susceptible to penicillin and other antibiotics,
  however the antibiotics need to be taken early on in the infection or the will not provide enough help
  for curing the anthrax disease. There is a vaccine for it, and the vaccine works by having the first
  protein that the bacteria releases destroyed so that the other proteins cannot enter the cell and to
  their damage.

  SMALLPOX

  How can it be cured?
  There is no accepted cure for smallpox however there is a vaccine that is available. And the vaccine
  contains the vaccinia virus. The origin of the vaccinia virus is unknown however from modern
  technology and DNA sequencing the scientist can determine that the vaccinia virus is a hybrid of the
  cowpox virus and the smallpox virus (variola). The vaccine is a live vaccine, meaning that the
  vaccinia virus that is found in the vaccine is alive. The vaccine causes one single lesion to appear on
  the site that the vaccine was inoculated. The pockmark dries up and the scab falls off after ten days.

  LAB ANALYSIS

  Polymerase Chain Reaction (PCR)

  Polymerase Chain Reaction (PCR), is a technique in molecular biology that amplifies a specific
  region of deoxyribonucleic acid (DNA).  This specific region of DNA can be rapidly cloned, or
  duplicated, to produce multiple DNA copies.  This enables scientists to make billions of copies of a
  DNA molecule in a very short time.  PCR allows scientists to adequately test the DNA to detect:
  DNA sequences, diagnose genetic diseases, carry out DNA fingerprinting (identify individuals), 
  bacteria or viruses, and research human evolution.

  PCR was the first nucleic acid amplification method to be produced.  This technique was conceived
  in 1985 by an intellectual maverick, American biochemist Kary B. Mullis (bachelor’s degree in
  Chemistry and a Ph.D. in Biochemistry).  Mullis and his associate Fred A. Faloona at the Cetus
  Corporation in Emeryville, California later developed PCR in 1983.  When PCR was first
  developed, it was not immediately recognized.  However, in 1991, PCR was renowned for its
  capabilities as it was now used widespread.  In 1993, Mullis was named a co winner of the 1993
  Nobel Prize in chemistry for his work with PCR.

  PCR goes through a 3-phase process, which proceeds in a series of cycles, or rounds.  The DNA
  fragment is duplicated after one successive cycle.  Thus, more than 1 billion copies of a single DNA
  fragment can be made in just a few hours. The technique of PCR is very straightforward that
  scientists with little training in molecular biology can use it. The use of PCR has a very high
  probability achievement.  The supplies necessary for carrying out PCR are available in a kit form
  manufactured by Roche and Cepheid.  This kit is used in such varied settings as crime laboratories
  and clinical diagnostic laboratories.