0
Generally, any damage to the sugar-phosphate "backbone" would be more serious.
However, if the base is altered, rather than merely damaged, it would effectively create a new protein, which could have serious consequences for the cells of an organ. Mutated cells typically fail to perform properly.
What else can I help you with?
In which part of the DNA molecule would a change be more damaging to the cell in the sugar-phosphate sides of the molecule or in the A G C T bases?
Changes in the A, G, C, or T bases of the DNA molecule would generally be more damaging to the cell than alterations in the sugar-phosphate backbone. The bases encode the genetic information, and mutations in these sequences can lead to incorrect protein synthesis, potentially causing malfunction or disease. In contrast, modifications to the sugar-phosphate backbone typically do not affect the genetic code directly, although they can impact the stability and integrity of the DNA.
What would a arm be a molecule cell tissue or organ?
It is a tentacle.
What if a cell membrane was made out a molecule that did not repel water?
the cells would be hard to function and so that cell would be daqmaged
Rank the following from lowest to highest cell organ molecule?
molecule - cell - organ
What woul the phospholipid molecule due over time if green color is added?
The addition of green color to a phospholipid molecule would not cause any change in the molecule's physical or chemical properties. Phospholipids are structural components of cell membranes with a hydrophilic head and hydrophobic tail, and the addition of a green color would not affect their structure or function.
In which part of the DNA molecule would a change be more damaging to the cell in the sugar-phosphate sides of the molecule or in the A G C T bases?
Changes in the A, G, C, or T bases of the DNA molecule would generally be more damaging to the cell than alterations in the sugar-phosphate backbone. The bases encode the genetic information, and mutations in these sequences can lead to incorrect protein synthesis, potentially causing malfunction or disease. In contrast, modifications to the sugar-phosphate backbone typically do not affect the genetic code directly, although they can impact the stability and integrity of the DNA.
Which change would NOT speed up diffusion in animal cell?
The size and genetic material of the molecule.
Which molecule would be unable to diffuse through a cell membrane?
A molecule that is too large or charged would be unable to diffuse through a cell membrane.
What would happen to a cell if the cell membrane was made if a molecule that did not repel water?
it would not keep working to do its functions
What would a arm be a molecule cell tissue or organ?
It is a tentacle.
Which part of the cell would help a large protein molecule enter cell?
Globular Proteins
What if a cell membrane was made out a molecule that did not repel water?
the cells would be hard to function and so that cell would be daqmaged
Rank the following from lowest to highest cell organ molecule?
molecule - cell - organ
Which parts of cell membrane would help a large protein molecule enter the cell?
Globular Proteins
Would help large carbohydrate molecule enter the cell?
Large carbohydrates such as glycogen, starch will not be transported in to the cell by cell membrane.
What woul the phospholipid molecule due over time if green color is added?
The addition of green color to a phospholipid molecule would not cause any change in the molecule's physical or chemical properties. Phospholipids are structural components of cell membranes with a hydrophilic head and hydrophobic tail, and the addition of a green color would not affect their structure or function.
What change takes place in the cell membrane if a signal molecule causes a transport protein to open?
When a signal molecule activates a transport protein on the cell membrane, it undergoes a conformational change that opens a channel or alters its affinity for the molecule it transports. This allows specific substances to move across the membrane, facilitating cellular communication and maintaining homeostasis.
