The prophage takes an antibiotic resistance gene with it and is packaged with the newly synthesized viral DNA.
Antarctica has the smallest population of any continent, with only a few thousand temporary residents, primarily scientists and support staff at research stations. The harsh climate and remote location contribute to its sparse population.
Events like natural disasters, habitat destruction, depletion of resources, and disease outbreaks are likely to contribute to lowering the carrying capacity of a population. These events can reduce the availability of food, water, shelter, and other necessary resources for the population, leading to a decline in the population's ability to sustain itself at previous levels.
Monaco, a small city-state on the French Riviera, has the highest population density in the world, with around 26,150 people per square kilometer. Its limited size and popularity as a luxury destination contribute to its dense population.
Early marriage can contribute to population growth by increasing the likelihood of individuals having children at a younger age, leading to a longer period of fertility and potentially more children over a woman's reproductive lifespan. Additionally, early marriage often limits access to education and family planning services, which can further contribute to higher fertility rates and population growth.
High birth rates, improved healthcare leading to lower mortality rates, lack of access to family planning services, and cultural or religious beliefs promoting larger families can contribute to rapid population growth in some countries.
Abortive transduction occurs when a bacteriophage injects its genetic material into a bacterial cell, but the viral DNA fails to replicate and instead integrates into the host bacterial genome. This can result in a mixed bacterial population with some cells acquiring new genetic traits from the phage.
The population of Specialized Bicycle Components is 300.
Specialized Bicycle Components's population is 2,002.
Exposure to penicillin can lead to the survival of antibiotic-resistant bacteria in a population as non-resistant bacteria are killed off, leaving behind those that have developed resistance. Over time, this can increase the prevalence of antibiotic-resistant strains within the population. It highlights the importance of responsible antibiotic use to prevent the emergence and spread of resistance.
factors that contribute to exponential growth is unlimited resources while factors that contribute to logistic population growth is limited resources.
Consider the following scenario: An antibiotic is applied to a petri dish of bacteria. The antibiotic will kill of most of the bacteria, but some will remain that are immune to the antibiotic. Therefore, only the immune bacteria will reproduce. Soon, the whole petri dish will be full of bacteria that is immune to the antibiotic. Nature "selects" the immune bacteria for survival.
Migratory animals contribute to your local animal population in a number of ways. The animals that eat them usually hibernate.
Future generations of these bacteria are likely to have a higher proportion of individuals that are resistant to the antibiotic due to natural selection. Over time, the resistant bacteria will survive and reproduce, potentially leading to the evolution of a population that is largely resistant to the antibiotic.
Specialized skills are ones that are learned by very few in the population. Knowledge of cardiology skills are specialized skills for example.
A specialized mesenchymal population within the hair follicle,
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