bacteria multiply s and grows quicker when warmer
Yes, the closer to human temperature, the easier bacteria grows.
It does not affect the quality of pure water. However, if the water is exposed to the atmosphere it will get bacteria in it and their growth will be affected by the temperature.
Ripeness
yes the higher tempetrue will kill the bacteria (new answerer) and if the chicken is too uncooked, the salmonella reproduces and stays in the chicken
bacteria can affect any body system, it just depends on what type of bacteria it is.
bacteria grows best at warm temperatures. it has been proved. but if it gets too high (cooking temperatures) it may be killed. that probably has been proved but i am not aware. hope this help. i <3 webkinz
bacteria
At body temperature, many bacteria thrive and reproduce optimally, as the human body provides a warm, nutrient-rich environment. However, some bacteria can be pathogenic and may cause infections if they enter the body or if the immune system is compromised. Conversely, beneficial bacteria, such as those in the gut microbiome, help with digestion and overall health. Temperature fluctuations can affect bacterial growth rates and their ability to cause disease.
the temperature the amount of bacteria added fermentation time acidity regulations the protein levels of the milk different consistencies moisture levels when it is being produced
The temperature at which bacteria in water are typically killed is 140F (60C) or higher.
Factors that affect the elimination of bacteria from an object include the type of bacteria present (some are more resistant than others), the method of cleaning or disinfection used, contact time with the cleaning agent, and the level of contamination on the object. Temperature, pH, and humidity can also impact the effectiveness of bacterial elimination.
Yes, temperature changes can affect the transmission and survival of tuberculosis (TB) bacteria, Mycobacterium tuberculosis. Cooler temperatures may facilitate the survival of the bacteria in the environment, increasing the likelihood of transmission. Additionally, seasonal variations can influence immune responses in humans, potentially affecting susceptibility to infection. However, TB is primarily transmitted through airborne particles rather than environmental temperature fluctuations.