1 Flashcards
What is the acid used for living tissue to differentiate into 2 components
Cl3ccooh
Filtrate is
Acid soluble
Retentate
Acid insoluble
Most of the organic compounds have
Acid soluble pool
Analytical techniques when it is applied to a compound gives. Idea of
Molecular formula and probable structure
Ash contains inorganic elements
Calcium,magnesium
Inorganic compounds in acid soluble
Sulphate and phosphate
Main four elements which have 96% cellular pool
C H N O
Amino acids contains
Amino group and acidic group
Amino acids are substituted of
Methanes
Acid soluble size,micro or macro
Types
80-800 Da
Micro
Sugar aminoa acids and nucleotide
Acid insoluble size, micro or macro
Types
More thn 100000
Macro
Polysaccharides
Proteins
Nucleic acid
Lipids are exception
Less then 800 da
R group containing
Hydrogen
Methyl group
Hydroxy methyl
Glycine
Alanine
Serine
Acidic
Basic
Neutral
Aromatic
Glutamic acid
Lysine
Valine
Tryptophan,tyrosine,phenylalanine
Fatty acid has which r group
Carboxyl group
Palmitic acid
Arachidonic acid
Steraic acid
16c
20c
18c
Lipids are made up of
Fatty acids and glycerol
Oils that have lower melting point
Gingelly oil
Remain as oil in winters
Lecithin is
Phospholipid [neural tissue have phospholipid]
Bee wax has which acids
Palmitic acid and mericyl acid
In derived lipids example
No FA and no alcohol
Cholesterol
Sugar + nitrogen base
Nucleoside
Nucleoside +phosphate
Nucleotide
Biomolecules are
All the carbon compounds in tissues
Which element is very less in earth crust
Nitrogen
Which is negligible in human body
Silicon
What is primary metabolites
Required for basic metabolic process
Identifiable functions
Which have ecological importance
Secondary metabolites
What is micromolecules
Less than 1000 da acid soluble
What is macromolecules
More than 10,000 da acid insoluble
Proteins are
Polypeptide
Protein is which kind of polymer
Heteropolymer
Polysaccharides are long chains of
Sugars
Cellulose is which type of saccharide and polymer
Monosaccharides and homopolymer
Plant storage
Animal storage
Starch
Glycogen
Inulin is a polymer of
Fructose
In a chain of glycogen
Right end
Left end
Reducing end
Non Reducing end
Which forms helical structure and hold I2
Starch
Maltose combination and location
Glucose + glucose
Alpha 1,4
Sucrose combination and location
Glucose + fructose alpha 1,2
Lactose combination and location
Glucose +galactose beta 1,4
Non reducing sugar
Sucrose
Hyaluronic acid
Glucuronic acid and n acetyl d glucosamine
The building blocks of nucleic acuds
Nucleotides
Nucleotide has 3 chemical components
Heterocyclic
Monosaccharides
Phosphate or phosphoric acid
Purines
Adenine guanine
Pyrimidines
Thymine
Cytosine
Uracil
What sugars are found in polysaccharides
Ribose or deoxyribose
Purine have nitrogen atoms at
1 3 7 9
Pyrimidine have nitrogen atomes at
1 3
Which side of the helix is observed in protein
Right side
Example of alpha helix protein
Alpha Kertain
Example of beta plated sheets
Beta kertain
In tertiary structure which bond is not present
Ester bond
Quaternary structure example
Haemoglobin
Almkst all the enzymes are
Proteins
Enzyme through their active site catalyse reactions at
High rate
Inorganic catalysts work efficiently at wht temp and pressure
High
Which enzyme are stable and retain their catalytic power
Hot vents and sulphur springs
In our skeletal muscle under anaerobic conditions
Lactic acid is formed
Under aerobic condition
Pyruvic acid
In yeast during fermentation wht is formed
Ethanol is formed
Chemical converted into product
Substrate
When the chemical shuts off enzyme activity is
Inhibition
Whn inhibitor resemble like substrate and inhibits the activity of the enzyme
Competitive inhibitor