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Compound Lipids
Besides fatty acid and alcohol, they also contain other groupings.
1. Phospholipids
Phospholipids are insoluble in dry acetone. They are present in abundance in brain and nervous tissues. Varying amount is present in every living cell of plant or animal origin. They are present both in cytoplasm as well as cell membranes and serve important functions in both cell activity and cell permeability. They are of importance in insulating the nerve impulse (like the rubber or plastic covering around an electric wire) from the surrounding structure and in channeling out the enzymes into distinct groups. They also form important intermediate substances in the transport of lipids from and to the lever. They are made up of fatty acid glycerol or other alcohol nitrogenous base and phosphoric acid.
2. Glycolipids, glycosphingosides or cerebrosides
These contain shingle, carbohydrate- galactose and fatty acid. They do not contain phosphoric acid. Hence they are not phospholipids, but are called galactolipids or glycolipids. They are present in large amounts in the white matter of the brain and in the myelin sheaths of nerves. In gusher’s disease they accumulate in large amount in the liver and spleen.
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1. Phospholipids
Phospholipids are insoluble in dry acetone. They are present in abundance in brain and nervous tissues. Varying amount is present in every living cell of plant or animal origin. They are present both in cytoplasm as well as cell membranes and serve important functions in both cell activity and cell permeability. They are of importance in insulating the nerve impulse (like the rubber or plastic covering around an electric wire) from the surrounding structure and in channeling out the enzymes into distinct groups. They also form important intermediate substances in the transport of lipids from and to the lever. They are made up of fatty acid glycerol or other alcohol nitrogenous base and phosphoric acid.
2. Glycolipids, glycosphingosides or cerebrosides
These contain shingle, carbohydrate- galactose and fatty acid. They do not contain phosphoric acid. Hence they are not phospholipids, but are called galactolipids or glycolipids. They are present in large amounts in the white matter of the brain and in the myelin sheaths of nerves. In gusher’s disease they accumulate in large amount in the liver and spleen.
Services: - Compound Lipids Homework | Compound Lipids Homework Help | Compound Lipids Homework Help Services | Live Compound Lipids Homework Help | Compound Lipids Homework Tutors | Online Compound Lipids Homework Help | Compound Lipids Tutors | Online Compound Lipids Tutors | Compound Lipids Homework Services | Compound Lipids
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Inorganic Chemistry
Organic Chemistsry
Analytical Chemistry
Biochemistry
Physical Chemistry
Topics
Nucleic Acid Functions
Carbohydrates
Glucose-Cyclic Structure
Disaccharides
Enzymes
Fructose
Functions Of Carbohydrates
Glucose
Hormones
Enzyme Activity Mechanism
Monosaccharides
Nucleic Acids
Polysaccharides
Proteins, Amino Acids
Proteins Structure
The Cell
Vitamins
Biostatistics
Mutarotation
Monosaccharides Properties
Compound Lipids
Derived Lipids
Fatty Acids
Lipids
Simple Lipids
Radiation-Detection Measurement
Synthetic Polymers
Amino Acids
Bioenergetics
Biological Oxidation Reduction
Cell Membrane
Cell Motility, Cytoskeleton
Cerebrospinal Fluid
Chromatography
Proteins Classification
Clonal Selection Theory
Blood Coagulation
Coenzymes
Nerve Impulse Conduction
Connective Tissue
DNA, RNA
Diagnostic Applications
Lipids-Digestion, Absorption
Proteins-Digestion, Absorption
Endoplasmic Reticulum
Enzyme Inhibition
Enzyme Linked Assay
Enzymes Classification
Erythrocytes
Vitamins-Complex Group
Extracellular Enzymes
Fermentation, Putrefaction
Fibrinolysis
Folic Acid
ATP Functions
Bile Salts Functions
Functions Of Blood
Plasma Proteins Functions
Gastric Juice
Hemoglobin
Blood Lacing Hemolysis
Blood Clotting Inhibitors
Intermediary Metabolism
Enzymes Intracellular Location
Leukocytes
Lymph, Sweat, Synovial Fluid
Histocompatibility
Proteins-Transport Mechanism
Metabolism Study
Mitochondria
Muscles
Niacin
Nucleoproteins
Nucleotides
Nucleus
Oxidative Phosphorylation
Oxyhemoglobin
Pancreatic Juice
Peptides Importance
Proteins Properties
Polyacrylamide Electrophoresis
Amino Acids Properties
DNA Properties
Proteins Characterization
Nucleotide Transhydrogenases
Relaxation
Riboflavin
Saliva
Nucleic Acids Structure
Protein Molecule Structure
Thiamine
Transmission At The Synapse
Transport Across Membranes
Variations In Disease
Vitamin A
Vitamin B
Vitamin C
Vitamin D
Vitamin E
Vitamin K




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