Animal cells: common structures and specialised cells
You can identify common structures of animal cells and describe how some specialised cells in animals are adapted for the jobs the cells do.
Animal cells: common structures and specialised cells
You can identify common structures of animal cells and describe how some specialised cells in animals are adapted for the jobs the cells do.
Lesson details
Key learning points
- The animal cell model describes the common structures of animal cells.
- These structures include the cytoplasm, cell membrane, nucleus and mitochondria. Each structure has a specific function.
- Specialised cells in animals have shapes, sizes and structures that are adapted for the jobs the cells do.
- Examples of specialised animal cells include blood cells and nerve cells.
Common misconception
All animal cells are the same as the model animal cell. Energy is created during respiration.
The model animal cell simplifies the complex structure of animal cells. There are specialised animal cells that have different shapes and sub-cellular structures to help them carry out a specific function. Energy is transferred through respiration.
Keywords
Cytoplasm - A jelly-like substance containing dissolved nutrients and salts where many chemical reactions happen.
Cell membrane - A partially permeable structure that surrounds the cell; it controls the movement of substances into and out of the cell.
Nucleus - A sub-cellular structure that contains genetic material, which controls cellular activities.
DNA - A molecule found in the nucleus of cells and contains the genetic code for making proteins.
Mitochondria - Sub-cellular structures that contain the enzymes for respiration, and is where most energy is released in respiration.
Licence
This content is © Oak National Academy Limited (2024), licensed on Open Government Licence version 3.0 except where otherwise stated. See Oak's terms & conditions (Collection 2).
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Starter quiz
6 Questions
Exit quiz
6 Questions
jelly-like liquid where many chemical reactions take place
where protein synthesis takes place
where aerobic respiration takes place to release energy
semi-permeable; controls what enters and exits the cell
controls cell activities; contains DNA
cytoplasm contains nutrients, half the amount of DNA
tail to help it swim, half the amount of DNA, acrosome in head
biconcave shape, no nucleus
filaments of protein, lots of mitochondria