Scientists do not classify viruses as living things because they are not made of one or more cells (C). Viruses lack cellular structure and cannot carry out metabolic processes independently; they require a host cell to replicate. This fundamental difference in their nature compared to living organisms is why they are excluded from traditional biological classification.
Scientists use stem cells because they can generate healthy cells and replace disease ones. Plus they allow them to test and better understand disease and test new drugs for effectiveness.
They hope to grow tissues to cure disease
because it is a disease passed on from dna
Knowing the stages of mitosis allows scientists to understand how cells divide and reproduce. This knowledge is essential for studying cell growth, development, and disease, as well as for conducting experiments on cell behavior and function. Additionally, understanding the stages of mitosis can help scientists in identifying abnormalities or mutations in cells that may lead to various health issues, including cancer.
Knowing the location of all genes on human chromosomes allows scientists to better understand genetics, study how genes contribute to health and disease, and develop targeted therapies for genetic disorders. It also helps in mapping genetic variations within populations and aids in studying evolutionary relationships.
Because they forget
They thought that rodents start the disease, because they can move and spread fleas.
it helped contain disease.
Because most of us would be dead from famine, disease, or simply be working on a farm somewhere.
Tuberculosis
It is present in all cases of the disease
It is present in all cases of the disease
sex
Schizophrenia is a biological disease of the brain.
The scientist wanted to reduce the amount of mosquitoes because they just might be dangerous since they spread disease.
No,AIDS is not a disease, it is a syndrome( group of symptoms). So you can not classify AIDS further. ,
Scientists use Koch's postulates to identify the specific causative agent of a disease by isolating, culturing, and reintroducing it into a host to recreate the disease. This helps confirm that the agent is responsible for the disease and understand its pathogenic mechanisms.