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almond37 [142]
2 years ago
13

if all cell are basically the same in chemical composition and metabolic activity then how do progress composed of cells have sp

ecialized function? I need answers pls!
Biology
1 answer:
Ivahew [28]2 years ago
6 0
Cells can change over time based on what is entering the system.

An abundance of a certain enzyme in an organism may cause that enzyme to bind to proteins in the cells.

Cells will also compensate different levels of chemicals in their system by changing the rate at which their cell membrane allows or rejects new chemicals. They can also change the rates of the creating new enzymes within the cell.
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coldgirl [10]

Answer:

Almost all calcium in the body is stored in bones and teeth, giving them structure and hardness. Your body needs calcium for muscles to move and for nerves to carry messages between your brain and every part of your body.

Sodium-Potassium Pump

Three sodium ions bind to intracellular sites on the sodium-potassium pump.

A phosphate group is transferred to the pump via the hydrolysis of ATP.

The pump undergoes a conformational change, translocating sodium across the membrane.

5 0
1 year ago
1. What type of response will a red blood cell have when placed in a hypertonic solution?
GalinKa [24]
Hypertonic solution means the solution with a lower water potential than the cell cytoplasm, such as salt water.

When the red blood cell is put into it, since the cell has a higher water potential than the solution, water molecules will flow from the cell back into the water due to osmosis.

Osmosis is always where water molecules flow from a region of higher water potential to lower, through a semi permeable membrane (Whcih is the red blood cell membrane in this case.)

Since water flowed out of the cell, the cell lose water and shrinks.

Hypotonic solution is where the solution that has a higher water potential than the cell cytoplasm.

So when the red blood cell is put in that solution, the water will flow from the solution into the cell this time, by osmosis.

The red blood cell will then gain so much water that the cell membrane cannot hold all and therefore burst.
7 0
3 years ago
Can fatigue seriously impair driving ability.<br> a.no<br> b.yes
NikAS [45]
The correct answer is B.

When your body and mind are fatigued you are out into a field of fuzziness. When dealing with extreme fatigue, there is the obvious problem of falling asleep in the road, which could result in terrible and most likely fatal accidents. But there are also other problems mentally and visually that can occur that would impair your driving ability when facing extreme fatigue.

I hope this helps! :)
5 0
3 years ago
The process illustrated in the figure is called
MissTica
What is your question?
8 0
2 years ago
What is the probability that each of the following pairs of parents will produce the given offspring: 1. AABbCc x aabbcc à AaBbC
ICE Princess25 [194]

Answer:

1) AaBbCc, 50% - 2) AAbbCC, 3,125% - 3) AaBbCc is 12,5%.

Explanation:

<u>1º cross</u>.

Parental)          AABbCC             x               aabbcc

Gametes)   ABC   AbC   ABC    AbC    ABC    AbC    ABC    AbC

                   abc    abc   abc     abc      abc     abc     abc     abc

Punnet Square)   <em>Only filled with the progeny genotype AaBbCc</em>.

             ABC       AbC       ABC       AbC         ABC      AbC         ABC     AbC

abc      AaBbCc     ---      AaBbCc     ---         AaBbCc     ---        AaBbCc    ---  

abc      AaBbCc     ---      AaBbCc    ---         AaBbCc     ---        AaBbCc    ---  

abc      AaBbCc     ---      AaBbCc     ---         AaBbCc     ---        AaBbCc    ---  

abc      AaBbCc     ---      AaBbCc     ---         AaBbCc     ---        AaBbCc    ---  

abc      AaBbCc     ---      AaBbCc     ---         AaBbCc     ---        AaBbCc    ---  

abc      AaBbCc     ---      AaBbCc     ---         AaBbCc     ---        AaBbCc    ---  

abc      AaBbCc     ---      AaBbCc     ---         AaBbCc     ---        AaBbCc    ---  

abc      AaBbCc    ---      AaBbCc     ---         AaBbCc     ---        AaBbCc    ---  

   

F1 Genotype)    32/64 AaBbCc

                          32/64  AabbCc (shown as the symbol "---" in the      

                          punnet square)

The probability of producing offspring with genotype AaBbCc is 50%.

---------------------------------------------------------------------

<u>2º cross.</u>

Parental)          AABbCc            x               AaBbCc

Gametes)   ABC   ABc   AbC    Abc    ABC    ABc    AbC    Abc

                     ABC   ABc   AbC     Abc   aBC    aBc     abC    abc

Punnet Square)   Only filled with the progeny genotype AAbbCC.

          ABC    ABc      AbC      Abc     ABC     ABc     AbC       Abc

ABC      ---       ---          ---          ---        ---        ---          ---           ---  

ABc       ---       ---          ---          ---        ---        ---          ---           ---  

AbC       ---      ---    AAbbCC     ---       ---         ---     AAbbCC    ---  

Abc       ---       ---          ---           ---       ---        ---          ---           ---

aBC       ---      ---          ---           ---        ---       ---          ---           ---  

aBc       ---       ---          ---           ---        ---       ---          ---           ---  

abC      ---       ---          ---           ---        ---        ---          ---          ---  

abc       ---       ---          ---           ---        ---        ---          ---          ---

   

F1 Genotype)  2/64 AAbbCC

                       The rest of the progeny have different genotypes that are represented with the symbol "---" in the punnet square.

The probability of producing offspring with genotype AAbbCC is 3,125%.

--------------------------------------------------------------------

<u>3º cross.</u>

Parental)          AaBbCc            x              AaBbCc

Gametes)   ABC   ABc   AbC    Abc    aBC    aBc    abC    abc

                     ABC   ABc   AbC    Abc    aBC    aBc    abC    abc

Punnet Square)   Only filled with the progeny genotype AaBbCc.

          ABC       ABc       AbC       Abc      aBC     aBc       abC       abc

ABC      ---           ---          ---           ---         ---        ---           ---      AaBbCc    

ABc       ---           ---          ---           ---         ---        ---      AaBbCc     ---  

AbC      ---           ---           ---          ---          ---    AaBbCc    ---           ---  

Abc       ---           ---           ---          ---     AaBbCc  ---           ---           ---

aBC       ---           ---           ---     AaBbCc    ---         ---          ---           ---

aBc       ---            ---       AaBbCc   ---          ---        ---           ---          ---  

abC      ---       AaBbCc      ---          ---          ---        ---           ---          ---  

abc   AaBbCc       ---            ---       ---           ---        ---           ---          ---

   

F1 Genotype)  8/64 AaBbCc

                       The rest of the progeny have different genotypes that are represented with the symbol "---" in the punnet square.

The probability of producing offspring with genotype AaBbCc is 12,5%.

7 0
2 years ago
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