The options attached to the question above are given below:
A. The balance of ions inside a cell will be disrupted and proteins could leak out because the phospholipid bilayer forms the cell membrane.
B. Energy storage will be disrupted because the phospholipid bilayer is responsible for storing energy in the body.
C. Chemical messages could not be sent to different parts of the body because the phospholipid bilayer forms hormones.
D. A person would be vulnerable to disease because the phospholipid bilayer helps to fight infections in the body.
ANSWER
The correct option is A.
The phospholipid bilayer is found in all cell membranes. It functions by providing a critical barrier which signifies the boundary of cells and allow only specific particles to pass into the cells. Damage to the phospholipid bilayer result in disturbance of the ions that are inside the cells, the proteins and other components of the cell could also leak out. Beside these, particles, that are normally prevented from entering into the cells can easily gain entrance into the cells.
Answer:
The correct answer will be-false
Explanation:
The folded structure of the plasma membrane was observed in the gram-positive bacteria which were called the mesosomes.
These mesosomes were earlier thought to be involved in the specific functions like cell division, chromosome replication, oxidative phosphorylation.
Later in the 1970s, the research showed that these invaginations of the plasma membrane were produced by the chemical fixation techniques to prepare samples for the electron microscopy and were treated as artefacts.
Thus, false is the correct answer.
Answer:
i think the answer will be (A)
pls mark as brainliest.
Hello :)
So first the glycolysis process is the process when a glucose molecule is broken down by enzymes in order to make pyruvate, this acid provides energy to cells.
So, now since we know what glycolysis is, we know that it breaks down glucose which is indeed basically sugar.
Therefore the answer here would be 4. simple sugars.
It is the primary agent in soil erosion by water. Runoff that occurs on the ground surface before reaching a channel is also called a nonpoint