Answer:
When an E.coli cell is infected by multiple phages,they will take either lytic or lysogenic pathway.
Explanation:
When lambda phage bacteriophage infects an E.coli,it can either undergo lytic cell growth and lyse the host cell or enter lysogenic pathway.
The operator region of lac operon in E.coli contain single repressor binding site whereas the lambda operators
and
each contains 3 repressor binding sites (
and
) that are differently occupied under different conditions.
The differential affinity of lambda repressor for the three binding sites in these operators play an important role in the maintenance of lysogenic state of lambda prophage in E.coli.
The lytic development occurs in cells infected with lambda phage that carry
gene.
In contrast,lysogeny will occur in bacteria that infected with lambda phage that harbor a deletion of Cro gene.
heredity is when a certain trait is passed down from human to there children or how animals have offspring and raise them. it works the same for any speciesis including humans. for example if your mother has blue eyes and your father brown you may get one of theirs or you may get a mix of their colors and you may even get your grandparents eye colors. same with mice it may be two brown mice and most likely they would produce brown offspring
another example for humans is my parents both hve dark hair but my dad had blone hair when he was younger and so did his mom so i ended up getting a mix of blonde hair with brown! hope this helps!!
True. It is harder to interpret trends and patterns from a chart or a table than a graph.
Cell specialization is essential to an organism because cell specialization is what allows cells to provide the essential functions of life for an organism that have a wide variety of functions and purposes. Cell specialization leads to the diversity of cells in an organism such as the human body that build and allow essential organs and bodily functions to occur. Cell specialization is an essential building block that allows multi-celled and complex organisms to move and function.
The opening and closing of ligan-gated ion channels