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ANIMAL VS PLANT CELLS SONG
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Plant and animal cells share many similarities since they,
Are eukaryotes and have a membrane-bound nucleus, okay?
Plant cells are often larger but eggs - yes they’re cells - win this contest!
An unfertilized ostrich egg of all known cell types is largest!
Let’s discuss similarities between plant and animal cells,
Starting with the fact that both cell types have membrane-bound organelles!
They both have endoplasmic reticulum and a nucleus,
Mitochondria, peroxisomes, and golgi apparatus!
Cytoplasm and cytosol are in animal and plant cells!
Cytoplasm includes everything inside counting organelles!
While cytosol also includes everything except for the organelles!
Both have a cell membrane, a semipermeable division,
Which lets the cell control its biochemistry with precision!
The nucleus stores genetic information as DNA,
It’s the boss and keeps all cell processes running smoothly, hurray!
Mitochondria do aerobic respiration! They produce,
ATP from glucose - energy currency the cell can use!
Endoplasmic reticulum helps to produce and store proteins,
Ribosomes cover rough ER, translate RNA to proteins!
Smooth ER makes lipids and peroxisomes metabolise waste,
Meanwhile, the golgi apparatus modifies proteins with haste!
Now let’s discuss differences between plant and animal cells!
A cellulose cell wall surrounds the plasma membrane of plant cells!
It provides stability and protection and it makes them angular!
No cell wall means animal cells are more round and irregular!
Another difference is how cell types obtain their energy!
Plants are autotrophs, which means that they produce their own food you see!
While animals are heterotrophs meaning ingesting their food is key!
Plants photosynthesize to produce sugars, which they break down - boom!
But to produce energy animals other life must consume!
To get sugar, which mitochondria break down for production,
Of ATP - the energy unit the cell needs to function!
Plants are autotrophs because chloroplast organelles are present!
Photosynthesis starts with photons caught by chlorophyll pigment!
One more difference is that vacuoles in plant cells can occupy,
Up to 90% of a cell’s volume. They hold a supply,
Of the plant’s nutrients, they fill space, and have digestive function,
And these vacuoles also provide some room for plant waste destruction!
Animal cells can also have vacuoles, but each is far less vast!
Each cell has many but together they take less space in contrast!
Plant and animal cells also have cytoskeleton contents,
Microtubules, intermediate filaments, microfilaments!
Centrioles - MTOCs in animal cells are on display!
But only in lower plant forms such as Chlamydomonas, kay?
Plants lack centrioles, but have many small nucleation sites by the way!
Some animal cells have flagella, plants can have them on gametes,
While plants often have none, many animal cells have cilia fleets!
Respiratory system cilia remove debris and mucus!
Female reproductive system cilia help sperm to the egg thus!
Animal cells have clearly-defined lysosomes. Some plant cells might!
Plants have plasmodesmata, animals have gap junctions, alright?
Visuals, Lyrics, Audio copyright of Neural Academy
Music from "I am the very model of a modern major general"
Are eukaryotes and have a membrane-bound nucleus, okay?
Plant cells are often larger but eggs - yes they’re cells - win this contest!
An unfertilized ostrich egg of all known cell types is largest!
Let’s discuss similarities between plant and animal cells,
Starting with the fact that both cell types have membrane-bound organelles!
They both have endoplasmic reticulum and a nucleus,
Mitochondria, peroxisomes, and golgi apparatus!
Cytoplasm and cytosol are in animal and plant cells!
Cytoplasm includes everything inside counting organelles!
While cytosol also includes everything except for the organelles!
Both have a cell membrane, a semipermeable division,
Which lets the cell control its biochemistry with precision!
The nucleus stores genetic information as DNA,
It’s the boss and keeps all cell processes running smoothly, hurray!
Mitochondria do aerobic respiration! They produce,
ATP from glucose - energy currency the cell can use!
Endoplasmic reticulum helps to produce and store proteins,
Ribosomes cover rough ER, translate RNA to proteins!
Smooth ER makes lipids and peroxisomes metabolise waste,
Meanwhile, the golgi apparatus modifies proteins with haste!
Now let’s discuss differences between plant and animal cells!
A cellulose cell wall surrounds the plasma membrane of plant cells!
It provides stability and protection and it makes them angular!
No cell wall means animal cells are more round and irregular!
Another difference is how cell types obtain their energy!
Plants are autotrophs, which means that they produce their own food you see!
While animals are heterotrophs meaning ingesting their food is key!
Plants photosynthesize to produce sugars, which they break down - boom!
But to produce energy animals other life must consume!
To get sugar, which mitochondria break down for production,
Of ATP - the energy unit the cell needs to function!
Plants are autotrophs because chloroplast organelles are present!
Photosynthesis starts with photons caught by chlorophyll pigment!
One more difference is that vacuoles in plant cells can occupy,
Up to 90% of a cell’s volume. They hold a supply,
Of the plant’s nutrients, they fill space, and have digestive function,
And these vacuoles also provide some room for plant waste destruction!
Animal cells can also have vacuoles, but each is far less vast!
Each cell has many but together they take less space in contrast!
Plant and animal cells also have cytoskeleton contents,
Microtubules, intermediate filaments, microfilaments!
Centrioles - MTOCs in animal cells are on display!
But only in lower plant forms such as Chlamydomonas, kay?
Plants lack centrioles, but have many small nucleation sites by the way!
Some animal cells have flagella, plants can have them on gametes,
While plants often have none, many animal cells have cilia fleets!
Respiratory system cilia remove debris and mucus!
Female reproductive system cilia help sperm to the egg thus!
Animal cells have clearly-defined lysosomes. Some plant cells might!
Plants have plasmodesmata, animals have gap junctions, alright?
Visuals, Lyrics, Audio copyright of Neural Academy
Music from "I am the very model of a modern major general"
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