are unable to maintain homeostasis
Organisms can develop diseases most often when their immune system is weakened or compromised, allowing pathogens to invade and multiply. Factors such as stress, poor diet, lack of sleep, and exposure to harmful substances can all contribute to a weakened immune system and increase susceptibility to disease. Additionally, contact with other diseased organisms or environments containing pathogens can also lead to disease development.
Most organisms develop through a process that starts with the fertilization of an egg
Most multicellular organisms grow and develop because their cells continue to divide and differentiate into specialized cell types for specific functions. This process allows the organism to increase in size and complexity, ultimately forming different tissues, organs, and systems that work together for survival and reproduction.
The classic/ most often discussed example is rabies.
Mostly from old age, which often means from (coronary) heart disease or heart failure or forms of cancer that develop with old age. Cancer itself is becoming a major cause of death in countries where earlier mass 'killer diseases' like tuberculosis and tropical diseases now have disappeared.
complex multicellular organisms
In sex-linked inherited diseases such as hemophilia, mothers most often pass the disease to sons.
In sex-linked inherited diseases such as hemophilia, mothers most often pass the disease to sons.
It is one of the diseases most often affecting AIDS patients.
Lymphocytopenia is most often detected when blood tests are performed to diagnose other diseases.
Mothers most often pass the disease to sons.
Simple one-celled organisms that are among the most plentiful pathogens are bacteria. These microscopic organisms can be found in various environments and can cause a wide range of diseases in humans, animals, and plants. Some common pathogenic bacteria include Streptococcus, Escherichia coli, and Salmonella. Their ability to reproduce rapidly and adapt to different conditions makes them significant contributors to infectious diseases.