The biosynthesis of biologics and infectious
microbes and viruses continue to be a challenge and subject to changes as
several accepted works often lack both reproducibility and repeatability.
Biosynthesis Sequence Computations is the computational research for
discovering biosynthesis reactions sets and the sequence of occurrences and
the cellular reactions pathways and network of which the reaction set
participates, as well as the role of environment substances in such
reactions as to perform related metabolic control analyses of any substance.
Constructing the Reactions Sequence is
particularly important in Diseases Prognostics, Bioactivity and Drug
Efficacy Analysis, Microbes Acculturation and Virus Duplication Mechanism
Biological Reactions Discovery and Sequence Constructions
particularly useful in that drug constituent raw materials can be
related to its efficacy through the evaluation of the efficacy of
the drug component molecules in participation of the target
and Kinetics Analyses System
Every cell dynamic involving change occur by cellular reactions
sequences, Biochemical Pathways; even cell death, apoptosis,
includes trigger mechanisms which are biochemical reactions, and
then, of course, bioactivity, the effect of medication in the body
as on diseases of all forms also manifest by the ignition and
occurrence of reactions. Therefore Cellular Chemical Kinetics of the
reactions is essential knowledge in determining the allowable
duration for all forms of cellular reactions dynamics. Discovering
these reactions, constructing apt descriptive mechanism
representations and performing kinetics analysis of the reactions
are challenging, and even more so when the basic tools: The relevant
sciences; have not been compiled constructively integrated.
Computations General Context
kinetics BioMedic Computations Platform proffers one stage access point to
pertinent resources in their integrated form by which Cellular
Reactions Kinetics Analysis is performed in support of microbial and
medical research and technologies development of clients.