identification of protozoa
1. vaccines 2. antibiotics 3. antisepsis
Antibiotics treat current infections. Vaccines create antibodies to deal with a future infection.
Prevention of infectious diseases when vaccines are available for them. There are vaccines available for many viral and some bacterial contagious diseases.
No, vaccines are not injected into the skin. Most vaccines are administered through injection into the muscle or subcutaneous tissue (under the skin). Some vaccines are also given orally or nasally.
One key characteristic of bacteria that helps to keep them under control is their susceptibility to antibiotics. Antibiotics are drugs that can kill or inhibit the growth of bacteria, making them an effective means of treatment. However, it is important to use antibiotics responsibly to prevent the development of antibiotic resistance.
A drug, by definition, is any substance altering the physical or mental state of your body. That being said, an antibiotic is a drug, but in most cases, isn't harmful to the body as it is prescribed by a professional in the field.
The 1900's showed the most rapid advances in health care. Before 1945-47, there were no antibiotics and few vaccines.
1. vaccines 2. antibiotics 3. antisepsis
Eubacteria is an important and common strain of bacteria. While most eubacteria is found in many diseases and kill thousands every year, eubacteria is very useful to our lives. Eubacteria is found in the digestive system to help break down food. It is also commonly used in antibiotics. The use in antibiotics is crucial because not only can it save lives, but it has economic impacts as well. Scientists can use eubacteria to create antibiotics and vaccines, these antibiotics and vaccines cost money for the consumer, helping the scientists to have made an economical gain.
Eubacteria is an important and common strain of bacteria. While most eubacteria is found in many diseases and kill thousands every year, eubacteria is very useful to our lives. Eubacteria is found in the digestive system to help break down food. It is also commonly used in antibiotics. The use in antibiotics is crucial because not only can it save lives, but it has economic impacts as well. Scientists can use eubacteria to create antibiotics and vaccines, these antibiotics and vaccines cost money for the consumer, helping the scientists to have made an economical gain.
Eubacteria is an important and common strain of bacteria. While most eubacteria is found in many diseases and kill thousands every year, eubacteria is very useful to our lives. Eubacteria is found in the digestive system to help break down food. It is also commonly used in antibiotics. The use in antibiotics is crucial because not only can it save lives, but it has economic impacts as well. Scientists can use eubacteria to create antibiotics and vaccines, these antibiotics and vaccines cost money for the consumer, helping the scientists to have made an economical gain.
Eubacteria is an important and common strain of bacteria. While most eubacteria is found in many diseases and kill thousands every year, eubacteria is very useful to our lives. Eubacteria is found in the digestive system to help break down food. It is also commonly used in antibiotics. The use in antibiotics is crucial because not only can it save lives, but it has economic impacts as well. Scientists can use eubacteria to create antibiotics and vaccines, these antibiotics and vaccines cost money for the consumer, helping the scientists to have made an economical gain.
Most people in those days lived to be 45-50. Many children never lived through infancy. Remember that there were no vaccines or antibiotics.
Economic Development
Economic development
I believe that would be the development of the antibiotics.
There were no antibiotics nor vaccines at this time so most of the medicines were supportive. A person would take cough syrup for a cough, aspirin and cool wash rags for the head. for a fever.