Pages
Options

  • image: dc9a50ec-d7e0-4c3e-8e79-315e0804619b.png
  • image: Click for this week's audio
  •  

    As a staple, widespread food, cereals are used throughout the world – they are grasses that have been specifically cultivated over many centuries for their edible grains.


    A great and relatively cheap source of energy, cereals are naturally rich in vitamins, minerals, carbohydrates, fats and oils. Cereals are made up of bran, endosperm and germ with wholegrain cereal products (like rice, barley and  sweetcorn) retaining all 3 parts of the cereal, while refined products often remove the bran, the germ or both. Cereals can come in wholegrain, crushed grain (e.g. samp), rolled seed (e.g. rolled oats) or granulated (e.g. semolina) and finely granulated seeds (e.g. flour).  




     

  • image: 5374d82a-e522-49d5-8011-3be522f30a13.png
  • Uses of cereals
    • as a refined product, used to make bread, pizza bases, cakes and biscuits
    Show More
    • as a refined product, used to make bread, pizza bases, cakes and biscuits
    • as a wholegrain 'mielie' (corn-on-the-cob) boiled or braai-ed, or dried and used to make popcorn
    • as a breakfast cereal or porridge
    • as a refined and manufactured product, used as a standalone dish like couscous
    Show Less
  • Quality characteristics

    • Cereal should look appealing, especially when served unrefined
    • Cereals should be defect and blemish free
    • They should be a good colour and flavour
    • They should be stored correctly to ensure that they remain a good source of minerals and vitamins, protein and fibre
  • Effects of heat on starch

    Cereals are prepared for consumption using two cooking methods; the moist heat and the dry heat methods.

    Cereals prepared using the dry heat method become more soluble and change the flavour and colour (i.e. it caramelises), whilst also removing the cereals thickening ability. This method is great for producing breakfast cereals..

    Cereals prepared using the moist heat method are added to liquid and heated to +/- 65°C, resulting in thickening and ultimately gelatinisation.

    Different cereals react differently to each other, some absorbing more water than others, some requiring a different temperature in order for gelatinisation to take place. Over stirring the puffed-up grains too much will ultimately thin the mixture.

  • Was week 5's content useful?
    Yes
    Sort of
    No
    Submit

  • Test Your Knowledge

  • I have completed this module


Comments

HospitalitySupport30 May 2018 07:44
Thanks Lingekile - great to hear
Lingekile.Gabada30 May 2018 03:49
VERY USEFUL IN CLASS
HospitalitySupport22 May 2018 12:19
Thanks Ngcobo - keep being great :)
Ngcobo.Samukelo22 May 2018 12:02
Interesting and helpful with content. Nice pictures.
Add

© 2024, Obami Networks  |  Live