Answer:
Linear DNA is unstable in bacterial cells and unless the lac+ gene is recombined into the bacterial chromosome, it will be destroyed.
Explanation:
Bacterial recombination is a kind of hereditary recombination in microorganisms described by DNA move starting with one life form called giver then onto the next creature as beneficiary. This cycle happens in three principle ways:
1. Change, the take-up of exogenous DNA from the general condition.
2. Transduction, the infection interceded move of DNA between microscopic organisms.
3. Formation, the exchange of DNA starting with one bacterium then onto the next by means of cell-to-cell contact.
Recombination into the bacterial chromosome necessary because linear DNA is unstable in bacterial cells and unless the lac+ gene is recombined into the bacterial chromosome, it will be destroyed.
Well first of all...we require on each other.Pants give us oxygen and we give them carbon dioxide.Mushrooms helps in pizza.Another thing they have in common is that they need air,water and food etc.Third they all have a growth sprout.Finally....they were created by God.And also they've always been alive.
Answer:
The correct answer is option c. "Ceruminous glands produce a waxy substance which protects the genitals".
Explanation:
It is incorrect that ceruminous glands produce a waxy substance which protects the genitals. The ceruminous glands are not located in the genital area, ceruminous glands are specialized sudoriferous glands located in the the external auditory canal. A normal ear have between 1,000 and 2,000 ceruminous glands, which produce the ear wax that protects this zone.
Answer:
C) standing at attention
Explanation:
Isometric contractions
They are the type of strength training in which the muscle length and joint angle does not change during the process of contraction .
Isometrics are possible at the static positions , not at dynamic , which will have motions .
From the options ,
standing at attention , will be a static position , hence , will be a isometric contractions .
