Cells under microscope - small green particles - possibly virus or other microscopic activity

A training film on medical defense against biological warfare in the United States. The proficiency of a biological warfare agent like pathogen to transfer through a artificial route shows U.S. soldiers having food and water. Technicians carry out biological warfare test. Accidental incidents occur due to use of a blender and a centrifuge. A technician works with a powder containing yellow fever virus. Animation depicts transmission cycle of the yellow fever. Animation depicts a harbor area. The soldiers eating in a mess. Location: United States USA. Date: 1959.

Patient receiving the 2024 Covid-19 vaccine. This vaccine protects against the SARS-CoV-2 virus Omicron JN.1 subvariant. It contains mRNA (messenger ribonucleic acid) strands that code for the spike protein found on the virus. When injected, the mRNA particles are taken up by the body's cells, instructing them to make copies of the spike protein, which stimulates an immune response, causing the body to produce antibodies against the spike protein. This means that the body is primed to attack the virus should they be encountered after vaccination, preventing disease.

VIRUSES: WHAT THEY ARE AND HOW THEY WORK

Melissa is a virus that was designed not to damage a computer's programs, but to crash its e-mail servers. Technology giants Intel and Lucent have already been hit by the virus. Experts from Rutgers University say the best defense against Melissa is not to download what's know as an attachment unless you know who sent you the e-mail. The problem with Melissa is that it makes you think the e-mail's from you know, when it's really the virus.

Visit to veterinarian by boy with the mumps and the puppies he infected

Mill Hill, London <br/> <br/>Shots of the Duke talking with Dr. Isaacs of the World Influenza Centre who shows the Duke how the eggs are injected. Close shots of the eggs. Duke looking at the virus in multiple cells. Various shots of the Duke in the Division of Chemotherapy looking through microscope at Bacteria of Amoebia, and other diseases caused by parasites. Duke arriving at entrance to Institute, met by the Director Sir Charles Harington. Duke entering building. Various shots of the Duke in the Division of Bacteriology and Virus Research and seeing eggs injected with the Influenza Virus. Various shots of eggs and woman blowing through a tube in the laboratory. (Lav.) <br/> <br/>Note: The footage is affected by variable light

CSs, CUs of woman lab technician inside Pasteur Institute handling test tubes and pipettes preparing cultures of influenza viruses (10:41). Exterior MSs of entrance of "Laboratoires des Virus", LACS of inscription above door (1:04).

00:00:00:00 - (0:00)/

Computer graphics show the rapid migration of the "I Love You" computer virus. The virus is seen popping up on computer screens as people work.

Outdoor makeshift installations in Montreal for early covid detection in patients

A film based on the Plum Island Animal Disease Center in Long Island, New York which is dedicated to study of foreign animal diseases. Animated map of the United States of America depicts the New England region of the U.S. affected with foot and mouth disease of animals during year 1870 and Mexico and Canada affected by epizootics in 1946 and 1952 respectively. A technician stores animal foot and mouth disease virus in a laboratory freezer. Location: Long Island New York USA. Date: 1958.

MYSTERY ILLNESS IN THE HANTA VIRUS FAMILY IS POPPING UP IN NEW MEXICO.

Dr. Jonas Salk recognized for discovering first successful polio vaccine

Cells under microscope - small green particles - possibly virus or other microscopic activity

Computer virus "So Big". Computer expert explains an email worm virus to a reporter. People work on general office computers and check Hotmail email accounts. PLEASE NOTE VIDEO AND AUDIO OF NEWS ANCHORS AND REPORTERS IS NOT AVAILABLE FOR LICENSING.

Unissued / Unused material. <br/> <br/>Polio vaccine manufacture. Beckenham, Kent. <br/> <br/>CU of two girls cutting up monkeys' kidneys. CU of girl (head and hands). CU's virus processing room. CU flask container. CU girls draining off medium. MS infecting with virus. CU of bottle being infected. CU of face. <br/> <br/>CU's of cell suspension apparatus. CU of bottles in incubation room. MS girl examining the tube in safety test of tissue culture. CU girl's face and top of microscope.

Patient receiving the 2024 Covid-19 vaccine. This vaccine protects against the SARS-CoV-2 virus Omicron JN.1 subvariant. It contains mRNA (messenger ribonucleic acid) strands that code for the spike protein found on the virus. When injected, the mRNA particles are taken up by the body's cells, instructing them to make copies of the spike protein, which stimulates an immune response, causing the body to produce antibodies against the spike protein. This means that the body is primed to attack the virus should they be encountered after vaccination, preventing disease.