Wednesday 30 June 2010

Good Properties of Edible Birdnest---Swiflet

Recent Scientific Method of Research found that edible birdnest EBN has rich amino acids,minerals, vitamins,antioxidants etc... The most precious thing is it contains SOLUBLE amino acids which means it can be absorbed by our body instantly.

Antioxidants

EBN contains rich antioxidants which prevent oxidative of cells. Delay in the oxidation of cells helps to prevent cells being damaging and become old age, If not careful, accessive damaging of cells may caused unnecessary health problems.

Amino acids

EBN contains amino acids such as leucine, lysine, glycine, glutamine, tyrosine, arginine, cysteine, histidine, tryptophan, etc.., they describe the building blocks of proteins. EBN contains glycoprotein which has the mitogenic effect named" epidermal growth factor (EGF)"

Bird’s Nest in traditional Chinese medicine is regarded as the success of the treatment of tuberculosis, cough, asthma and general weakness due to bronchial complaints. . The consumption of Bird’s Nest, is recommended to complement other treatments to combat degenerative diseases such as cancer and also for convalescents or recover health, illness or surgery.

You may logon to Yong Kang Bird’s Nest http://www.yongkangbirdnest.com/ for more information.

Tuesday 1 June 2010

Lecture - 1 Amino Acids I

Lecture - 11 Enzyme Mechanisms II

Lecture - 10 Enzyme Mechanisms I

Lecture - 9 Enzymes III

Lecture - 8 Enzymes 2

Lecture - 7 Enzymes I

Lecture - 6 Protein Structure 4

Lecture - 05 Protein Structure III

Lecture - 4 Protein structure II

Lecture - 3 Protein Structure - I

Lecture - 2 Amino Acids II

Lecture - 28 Enzyme Technology Challanges

Lecture - 27 Analytical Applications

Lecture - 26 Applications of Immobilized Enzymes in Process

Lecture - 25 Non Ideal Flow in Continuous Immobilized Enzyme

Lecture - 24 Steady State Analysis of Mass Transfer

Lecture - 23 Steady State Analysis of Mass Transfer

Lecture - 22 Kinetic Parameters for IME Systems

Lecture - 21 Idealized Enzyme Reactor Performance

Lecture - 20 Idealized Enzyme Reactor Performance

Lecture - 19 Reactors for Enzyme Catalysed Reactions

Lecture - 18 Effect of Immobilization

Lecture - 17 Immobilization of Enzymes by Entrapment

Lecture - 16 Immobilized Enzymes - III

Lecture - 15 Immobilized Enzymes - II

Lecture - 14 Immobilized Enzymes

Lecture - 13 Kinetics of Bi substrate Enzyme

Lecture - 12 Kinetics of Bi substrate Enzyme

Lecture - 11 Effect of PH and Temparature on Enzyme

Lecture - 10 Reversible Inhibition

Lecture - 10 Reversible Inhibition

Lecture - 9 Role of Effector Molecules in Enzyme Kinetics

Lecture - 8 Deviation from Hyperbolic Enzyme Kinectics

Lecture - 7 Kinetics of Enzyme Catalysed Reactions

Lecture - 6 Kinetics of Enzyme Catalysed Reactions

Lecture - 5 Specificity of Enzyme Action

Lecture - 4 Enzymatic Catalysis

Lecture - 3 Enzymes as Biocatalysts

Lecture - 2 Characteristic Features of Enzymes

Lecture - 1 Introduction and Scope to Enzyme Science & Engineering