Make a table of two column with headings cell organelles and specific functions as showncomplete the table
Answers
CELL ORGANELES
Nucleus
Mitochondria
Ribosomes
Golgi apparatus
Cell wall
Vacuole
Chloroplasts
lysosomes
Cytoskeleton
Peroxisome
SPECIFIC FUNCTIONS
Brain of the cell
Power house of the cell
Synthesis protein
Make,process and package of protein
For support
Storage of food
To create food by photosynthesis
Contains digestive enzymes to help break down of food
Helps maintain cell shape and structure
Break down fatty acids
Answer:
Explanation:
Cell Organelle Occurrence/ Characteristic & Structure Function
Cell Membrane/ Plasma Membrane
Present in both plant cell and animal cell.
Selectively Permeable: Allows the materials in and out of the cell according to the requirement of the cell.
Made up of bilipid layer and protein (Fluid Mosaic Model)
Encloses the contents of the cell.
Provides shape: animal cell.
Allows transport: by Diffusion and Osmosis.
Cell Wall
Present only in a plant cell.
Hard and rigid.
Fully permeable.
Made up of Cellulose in plant and peptidoglycan in bacteria.
Protection
Gives shape and turgidity.
Cytoplasm
Contains 80-90% water and many organic and inorganic compounds.
Colloidal, Viscous, Jelly like fluid inside the cell.
Contains enzymes responsible for all the metabolic activity taking place inside the cell.
Nucleus
(Director/ Brain of the Cell)
Covered by a double membranous nuclear membrane in a Eukaryotic Cell.
Contains DNA, RNA, Protein, nucleolus, and Chromatin network.
Controls the activity of the cell.
Starts cell division.
It has the chromosomes or DNA which controls the hereditary characters
Mitochondria (The Power House of The Cell / Storage Batteries)
Double membranous structure.
Autonomous body as contains its own DNA.
Self-duplicates
The main seat of respiration.
Stores energy in the form of ATP molecules.
Golgi Bodies
(Shipping Department of Cell)
Discovered by Camillo Golgi in 1898.
Originates from RER.
Contains Sac like Cisternae and Vesicles.
Has two faces – cis face or receiving face and trans face or supplying face.
Modification, Packaging, and transport of materials
Synthesis of lysosomes, plasma membrane
Endoplasmic Reticulum
(Framework of Cell)
A network of membranes.
RER bears ribosomes and appears rough
SER does not have ribosomes
Forms the skeletal framework of the cell.
Transport of materials from one cell to other.
Provides a surface for the synthesis of material – Proteins in RER and Lipids in SER.
Formation of lysosomes, Golgi bodies and vacuoles
Membrane Biogenesis
Detoxification of harmful substances in the liver.
Vacuole
Arise from ER and GB
Surrounded by tonoplast and filled with cell sap
Store cell sap which may be liquid or solid food, toxic byproduct.
Provide rigidity and turgidity to plant cell
Lysosomes (Suicidal bags of Cell, natural scavenger, cellular housekeeper)
Membrane-bound organelles
Present in all animal cells and few plant cells
Tiny circular single membrane-bound structures filled with digestive enzymes
Intracellular digestion of food in unicellular organisms.
Ribosomes (Protein Factories)
Without a membrane
Consist of two subunits – 60S and 40S in eukaryote both made up of RNA
Synthesis of Proteins
Plastids
Double membrane-bound
Types-
Leucoplast –Colourless plastid;
Chromoplast –Coloured Plastid – blue, red, yellow
Chloroplast – Green plastid
Autonomous self-duplicating body
Chloroplast – Perform Photosynthesis – Helps in the release of oxygen
Chromoplast – impart colour to flowers which help in pollination
Leucoplast – Storage
Amyloplast –Store starch
Aleuroplast – Store Protein
Elaioplast – Store fat