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Membrane bounded and non membrane bounded cell organelles (Structure, Functions and Importance)

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Inside the cell we have compartmentalization known as cellular organelles. An organelle is actually a specialized subunit within the cell that has specific function. Cellular organelles have been divided into two major categories:  Membrane bounded organelles (Endoplasmic reticulum, Mitochond...

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  • January 27, 2022
  • 16
  • 2021/2022
  • Interview
  • Unknown
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  • Secondary school
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Contents
CELL ORGANELLES ........................................................................................................................... 3
Definition: ........................................................................................................................................... 3
Explanation: ........................................................................................................................................ 3
A historical perspective on the discovery of cellular organelles ......................................................... 4
CATEGORIES OF CELLULAR ORGANELLES ................................................................................. 5
Membrane bounded organelles: .............................................................................................. 5
Non membrane bounded organelles:....................................................................................... 5
ENDOPLASMIC RETICULUM ................................................................................................ 7
Structure: ......................................................................................................................................... 7
Functions:........................................................................................................................................ 7
MITOCHONDRIA ..................................................................................................................... 7
Structure: ......................................................................................................................................... 7
Functions:........................................................................................................................................ 8
GOLGI APPARATUS ................................................................................................................ 8
Structure: ......................................................................................................................................... 8
Functions:........................................................................................................................................ 8
NUCLEUS .................................................................................................................................. 9
Structure: ......................................................................................................................................... 9
Functions:........................................................................................................................................ 9
PLASTIDS .................................................................................................................................. 9
Chloroplast: ................................................................................................................................... 10
Chromoplast: ................................................................................................................................. 10
Leucoplast: .................................................................................................................................... 10
LYSOSOMES ........................................................................................................................... 11
Structure: ....................................................................................................................................... 11
Functions:...................................................................................................................................... 11
VACUOLES ............................................................................................................................. 11
Structure: ....................................................................................................................................... 11
Functions:...................................................................................................................................... 11
GLYOXISOMES ...................................................................................................................... 12
Structure: ....................................................................................................................................... 12
Functions:...................................................................................................................................... 12
PEROXISOMES ....................................................................................................................... 12


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, Structure: ....................................................................................................................................... 12
Functions:...................................................................................................................................... 12
.......................................................................................................................................................... 13
.......................................................................................................................................................... 13
RIBOSOMES ............................................................................................................................ 14
Structure: ....................................................................................................................................... 14
Function: ....................................................................................................................................... 14
CENTRIOLES .......................................................................................................................... 14
Structure: ....................................................................................................................................... 14
Function: ....................................................................................................................................... 14
.......................................................................................................................................................... 14
CYTOSKELETON: .................................................................................................................. 15
Microtubules: ................................................................................................................................ 15
Microfilaments: ............................................................................................................................. 15
Intermediate filaments: ................................................................................................................. 15
Importance of different cellular organelles ........................................................................................... 16
Or .......................................................................................................................................................... 16
The significance of compartmentalization: ........................................................................................... 16
...................................................................................................................................................... 16




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, CELL ORGANELLES

Definition:
“Inside the cell we have compartmentalization known as cellular organelles.
An organelle is actually a specialized subunit within the cell that has specific
function.”

Explanation:
Compartmentalization in the cells is largely about efficiency. Separating the cell
into different parts allows for the creation of specific microenvironments within a cell. It is
similar to the way that a home needs different environments in different rooms. So, the
cells have evolved to become super-efficient by creating several spaces where multiple
functions takes place at a time and allowing the cell to perform all of its vital activities.

Roles of compartments:
Compartments have three main roles:

• One is to create physical boundaries for biological processes that enable the cell to
carry out different metabolic activities at the same time. This may include keeping
certain biomolecules within a region or keeping other molecules outside.
• Second is to generate a specific micro-environment to spatially or temporally regulate
a biological process.
• Third role is to establish specific locations or cellular addresses for which processes
should occur at which region of the cell.
For example: A transcription factor may be directed to a nucleus, where it can
promote transcription of certain genes. In terms of protein synthesis, the necessary
organelles are relatively near one another. The nucleolus within the nuclear envelope is
the location of ribosome synthesis. The destination of synthesized ribosomes for protein
translation is rough endoplasmic reticulum which is connected to and shares the same
membrane with the nucleus. The Golgi body is also near the rough ER for packaging and
distribution of proteins.




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