Volume 2 Issue 2

Editorial

On Time Lag During Formation of Methyl Phenyl-O-Anisylphosphine and Methylcyclohexyl- O-Anizylphosphine Species: Kinetic Analysis of Multiple Reactions in Series and in Series-Parallel Fashion

Al-Farga Ammar*

The scheme of reactions underwent during the Hoffman-La- Rouche L Dopa process by 6 species appears to be reactions in series as shown in Figure 1.0. The scheme of reactions during preparation of CAMP and DiPAMP phosphines from methyl ester via series-parallel reactions of 6 species is shown in Figure 2.0. The kinetic rate expressions for the reactions PDF

Editorial

General Introduction about Under-Explored Alhydwan (Boerhavia Elegana Choisy) Seed Flour

Al-Farga Ammar*

Alhydwan (Boerhavia elegana Choisy seeds) is an edible herbaceous member of the Nynctaginaceae family commonly found in Southern of Yemen [1], they are comprises 300–400 species of trees, shrubs, and herbs classified in approximately 30 genera. Species in Nyctaginaceae are found in all warmer areas of the world. Boerhaavia (Nyctaginaceae) is one of the most famous medicinal plants, where it is widely used PDF

Review

Iron Balancing Mechanism: Iron Regulatory Element (IRE)-Messenger RNA Metal Sensing

*Mateen Ahmad Khan

Iron deficiency and overload are both major public health problem worldwide. About 30% of the world population is suffered from iron related disorder. Iron plays a central role in the metabolism of all living organisms and is toxic in excess. Iron is used to catalyse key reactions in DNA synthesis, respiration and metabolism. PDF

Review

Halophilic Micro-Organisms Resources and its Application in Industrial and Environmental Biotechnology

Melissa Menie1 and Ratnakar Deole1*

Extremophiles are microorganisms which are characterized by the ability to survive and thrive in environments that are often considered too extreme to sustain life. These extreme environments may include but are not limited to abnormal pH, temperature, salinity and toxicity [1]. Halophiles are extremophiles that have adapted to hypersaline environments. PDF

Review

On Convexo Concave Concentration Profile, Time Lag before Formation, Occurrence of Maxima and Attainment of Asymptotic Plateau during Pyrolysis of Cellulose

Kal Renganathan Sharma1*

Computer simulations are used to study the kinetics of reactions that occur during pyrolysis of cellulose. The scheme of reactions that are believed to occur during pyrolysis of cellulose is given in Figure 1.0. The scheme of reactions used in the computer simulation is shown in Figure 1.0. The kinetic rate expressions of the reactions shown in Figure 1.0 are given by Eqs. (1-6) the kinetic rate equations given by Eqs. (1-6) were made dimensionless PDF