CARBOHYDRATES & SUGARS

Description

Mind-Map of monosaccharides, disaccharides and polysaccharides. This does not attempt to have the whole of the specification on this topic covered but should have most of it :-)
Joanne Tippin
Mind Map by Joanne Tippin, updated more than 1 year ago More Less
Eleanor H
Created by Eleanor H almost 9 years ago
Joanne Tippin
Copied by Joanne Tippin over 3 years ago
2458
0

Resource summary

CARBOHYDRATES & SUGARS
  1. Monosaccharides
    1. Properties
      1. sweet tasting
        1. soluble
        2. GLUCOSE
          1. FRUCTOSE
            1. GALACTOSE
            2. Disaccharides
              1. MALTOSE glucose + glucose
                1. SUCROSE fructose + glucose
                  1. LACTOSE galactose + glucose
                  2. Polysaccharides
                    1. GLYCOGEN
                      1. storage in animals
                        1. very compact
                          1. chain of alpha glucose joined by 1,4 and 1,6 glycosidic bonds
                            1. branched
                              1. fast at hydrolysis to form glucose for respiration
                          2. CELLULOSE
                            1. plant cell walls
                              1. extremely strong
                                1. microfibrils - chains of cellulose held together by hydrogen bonds
                              2. long unbranched beta glucose chain joined with beta 1,4 glycosidic bonds
                              3. STARCH
                                1. storage in plants
                                  1. AMYLOPECTIN
                                    1. branched
                                      1. easily hydrolysed to provide glucose for respiration
                                      2. glucoses joined by alpha 1,4 glycosidic bonds and branches of alpha 1,6 glycosidic bonds
                                      3. AMYLOSE
                                        1. glucoses joined by alpha 1,4 glycosidic bonds
                                          1. forms alpha glucose helix
                                            1. 300 glucoses per helix and 6 per turn
                                              1. very compact
                                          2. all insoluble
                                            1. polymer
                                            2. HYDROLYSIS & CONDENSATION
                                              1. Splitting apart by putting in water
                                                1. 'Gluing' together, water being a by-product
                                                Show full summary Hide full summary

                                                Similar

                                                Cells and the Immune System
                                                Eleanor H
                                                Carbohydrates
                                                Julia Romanów
                                                Lipids
                                                Eleanor H
                                                Atherosclerosis and blood clotting
                                                Alice Storr
                                                Biology- Genes, Chromosomes and DNA
                                                Laura Perry
                                                Biology- Genes and Variation
                                                Laura Perry
                                                Enzymes and Respiration
                                                I Turner
                                                AQA Biology 8.1 structure of DNA
                                                Charlotte Hewson
                                                Biology Unit 2 - DNA, meiosis, mitosis, cell cycle
                                                DauntlessAlpha
                                                Cells And Cell Techniques - Flashcards (AQA AS-Level Biology)
                                                Henry Kitchen
                                                Cell Structure
                                                megan.radcliffe16