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Biochemical and Biotechnology Assignment help Services, Biochemical and Biotechnology Online Tutors

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Biochemical is the application of tools and concepts of chemistry to living systems. It concerns with the chemical substances and processes which occur within living organisms. Biochemical related to the biochemistry. Biochemistry is the study of chemical processes related to living organisms. By controlling the flow of chemical energy through metabolism and the flow of information through biochemical signaling, biochemical processes extend the complexity of life.
Biotechnology refers to the use of biological processes to improve the quality of human life. It concerns with the use of biological systems in the manufacture of drugs. Biotechnology has application in various areas which includes agriculture, health area, food processing, environment, etc. The science of biotechnology can be divided into five sub disciplines which are as follows:

Red biotechnology – it applied to the medical processes, using organisms to produce new drugs and regenerate damaged human tissues by using stem cells.
White biotechnology - It is also known as grey biotechnology and it involves industrial process such as development of fuels for vehicles and the production of new chemicals.
Green biotechnology – it concerns with the agriculture field involves the evolution of disease resistant animals and the development of pest resistant grains.
Blue biotechnology – it concerns with the marine and aquatic application of biotechnology.
Bioinformatics - Bioinformatics develops the software tools and methods for understanding biological data.

Biotechnology is a technology in biology systems to harness cellular and biomolecular processes to develop technologies and products that helps to improve our daily lives and the health of our planet. Biotechnology is used to recycle the waste material produced by industries. Biochemical study deals with the construction and design of unit processes which involve biological organisms or molecules.

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Topics covered under Biochemical and Biotechnology Assignment help :

  • Animal Biotechnology, Adult Stem Cells In Clinical Trials, The Discovery of Embryonic Stem Cells, Embryonic Stem Cells in Action.
  • Reprogramming Somatic Cells into Induced Pluripotent Stem Cells, Wallowing in Induced Pluripotent Stem Cells, Stem Cells in Domestic.
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  • Cloning: Pets and Endangered Species, DNA and RNA Analysis using PCR and RT-PCR, Human Therapeutic Cloning: The Nexus of Stem Cells and Cloning, Ethics of Cloning, Disease Resistant Transgenic Animals, Large Animal Models for Disease and Injury, Xenotransplantation, Pharm Animals, Scientific Perspectives, Basic Biology, Cells, Reproduction, Cellular basis of reproduction and inheritance, Mitosis and cell cycle, Meiosis, Development, Transmission Genetics, Mendelian genetics, Independent assortment, genetic variation, Probability and genetic events, Beyond mendel, Incomplete and co-dominance, lethal alleles, Gene interactions, Sex linkage, Extranuclear inheritance, Maternal effects, mitochondrial effects, genomic imprinting, DNA and Chromosomes--Molecular biology of the gene, DNA, RNA structure, Replication and synthesis, Mutations, repair, transposons, Gene expression, Transciption and translation, Regulation of gene expression, Genetic Technology--DNA biotechnology-techniques, analysis, and applications, DNA Manipulation-restriction enzymes, DNA Analysis-Restriction analysis-electrophoresis, Hybridization analysis, DNA Sequencing-- PCR, DNA Typing-Mitocondrial DNA and Genetic Variation.
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  • Graphing, Lab Safety and Safety Contract, Microscope, Scientific Method, Measurement skills Metric system, Biology, Seven Properties of Life, organic chemistry and macromolecules, The Cell, Prokaryotic/Eukaryotic, Plant and animal cell differences, Cell Structure and Function, Cellular Respiration, Photosynthesis, Membranes and transport, Membrane proteins & functions, Cell growth and division, Cell cycle, Meiosis, DNA and RNA, Structure and Function, Replication, Transcription, Translation, Heredity, Mendelian Genetics, Biotechnology, Bioethics, Evolution, Natural Selection, Genetic variation, Behavior and response, Adaptation, Population changes, Evidence, Classification, Kingdoms of life, Binomial nomenclature, Phylogeny, Dichotomous keys, Ecology, Food chains, food webs, and energy pyramids, Ecosystems, Relationships between organisms, Biodiversity, Behavior and response, Water & Soil testing, Microbiology, Viruses, Bacteria, Protists, Fungus, Biotechnology uses and applications, Spread and control of diseases, Structure and Function of Plants, Types of plants, Photosynthesis, Physiology of plants, Structure and Function of Animals, Differences in Invertebrates and Vertebrates, Body systems with comparative anatomy, Forensic Science, DNA fingerprinting, Chromatography, Other forms of evidence.
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Atomic structure
Chemical bonding
States of matter
Chemical energetics
Reaction kinetics
The Periodic Table
Chemical periodicity
Group 2
Group 17
Transition elements
Organic chemistry
Halogen derivatives
Hydroxy compounds
Carbonyl compounds
Carboxylic acids
Nitrogen compounds
Analytical techniques
Organic synthesis
Three-dimensional Conformation
Active Peptides
Protein classification
Protein function
Protein Folding
Biologically Active Peptides
General Properties
Enzyme Specificity
Enzymatic Action Mechanism.
Enzyme Catalysis
Competitive Inhibition
Non-competitive Inhibition
Drugs Enzyme Inhibitors
Regulation Mechanisms of Enzyme Activity
Metabolic Pathways Control
Enzyme Regulation
Glycogen Phosphorylase
Glycogen Synthase
Enzyme Activity determination
Clinical Importance of Enzymes
Diseases Diagnosis
Myocardial infarction
Acute Pancreatitis
Nucleotide Structure
Nucleotide Function
Nucleic Acid Components
Energy-Rich Compounds
Redox Systems
Nucleic acids DNA Synthesis
Nucleic acid RNA Synthesis
Intermediary Metabolism
Metabolic Pathways
Catabolic Processes
Anabolic Processes
High Energy Bond
ATP role
Mitochondrial Oxidation
Electron Transfer Chain
Coupling Processes
Electron Transfer Chain Regulation
Inhibitors agents
Uncoupling agents
Dietary Carbohydrates
Carbohydrates Digestion
Carbohydrates Absorption
Glucose Transport
Glucose Metabolism
Glycolysis under Anaerobic Conditions.
Pyruvate Oxidative Decarboxylation
Pyruvate Dehydrogenase Complex Regulation
Energetic Balance
Metabolic Balance
Citric Acid Cycle Regulation
Energetic Balance
Metabolic Balance
Relationship metabolic pathways
Aerobic Glycolysis
Citric Acid Cycle Relationship
Electron Transfer Chain Respiratory Relationship
Glycerophosphate Shuttle
Malate Shuttle transport
Reducing equivalents to mitochondria
Gluconeogenesis Pathway
Intertissue Relationships
Lactic Acid Cycle
Glycolysis Regulation
Gluconeogenesis Pathways Regulation
Organ Specificity
Pentose Phosphate Pathway
Ribose 5-phospate Biological Role
NADPH Biological Role
Glycogen Metabolism regulation
Glycogen Storage Diseases
Galactose Metabolism
Fructose Metabolism
Enzyme Deficiency
Carbohydrate Metabolism Regulation
Blood Glucose Level control
Fed State
Prolonged Starvation
Lipids classification
Lipids Digestion
Lipids Absorption
Chylomicrons Synthesis
Lipid Transport in Serum
Triacylglycerol Transport Lipoproteins
Serum Lipid Transport
Cholesterol Transport Lipoproteins
Triacylglycerols Metabolism
Lipolysis Regulation
Lipogenesis Organs
Glycerol Metabolism
Fatty Acids Oxidation
Carbon Atoms
Vitamine B12 role
Ketone Body Metabolism Intertissue Relationships
Phosphoacylglycerols Metabolism
Lecithin role
Phosphatidylinositol 4 role
5-bisphosphate role
Sphingolipids Metabolism
Sphingophospholipids Metabolism
Cholesterol Synthesis
Main Metabolites
Specialised Products Conversion
Bile Acids
Cholesterol Excretion
Cholesterol Metabolism Aspects
Cholesterol Specialised Products Aspects
Steroid Hormones
Eicosanoids Synthesis
Enzymes Regulator
Therapeutic Enzyme Inhibitors
Proteins Digestion
Amino Acids Absorption o
Nitrogen Balance
Transamination Reactions
Vitamin B6
Amino Acids Deamination
Amino Acid Nitrogen Fate
Urea Biosynthesis
Ammonia Detoxification
Reductive Amination
Glutamine Biosynthesis
Renal Glutaminase role
Physiologically Active Amines Biosynthesis
Carbon Skeletons Catabolism
Nonessential Amino Acids
Biosynthesis of Nonessential Amino Acids
Folate Reductase
Phenylalanine metabolism
Tyrosine metabolism
Inherited Enzyme Defects
Specialised Products
Degradation of Catecholamine
Degradation Melanins
Degradation Thyroid Hormones
Metabolism of Tryptophan.
Metabolism of S-Containing Amino Acids: Cysteine and Methionine. Enzyme Defects.
Amino Acid Metabolism Liver, Gut and Kidney.
Amino Acid Metabolism Muscle and CNS.