Inbreeding: inbreeding brings out more recessive alleles in a population, as they are more exposed and then eventually become more common.
Isolation: if a group of a species becomes isolated from another group of the species, these individuals mate with eachother and as the population of the isolated species grows, the recessive alleles will show.
Yes because we evolved from a monkey. that is one example of why mammals have evolved from a common ancestor
1. producers, plants,autotrophs
2. secondary consumers,carnivores, order heterotrophs
3. They all eat the organisms in the level below them, except for the producers which make their own food.
4. No, because organisms such as humans are omnivores.
Yeast and penicillin are fungi
The correct answer is: C) exposing the bacteria to an antibiotic that kills cells lacking the resistant plasmid
The plasmids are inserted into bacteria by the process called transformation. Bacteria need to be treated, for example with heat, in order to take up foreign DNA (recombinant plasmid). A inserted recombinant plasmid contains an antibiotic resistance gene, which allows bacteria to survive in the presence of a specific antibiotic. So, this fact is used for the selection of bacteria that are and are not transformed.