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Biochemistry is associated with both life science and chemical science as it is the chemistry of biological processes. It is the science which explores chemical processes in living organisms. Biochemistry is a combination of chemistry and biology field. Biochemists use their chemical knowledge and techniques to understand and solve biological problems. Biochemistry deals with following listed components at molecular level:Proteins ,Organelles Lipids,Genetics ,Medicine ,Enzyme,Amino Acids,Transporters
It describes the internal working of cells. Biochemistry is an important part of health research. It uses methods of chemistry, physics, immunology to understand the structure and behavior of complex molecules. It defines how molecules interact with each other to form cells, tissues and whole organisms. Biochemists are the most concerned people who apply their knowledge to produce something innovative. Biochemists have skills viz. Analytical, Numerical, Communication, Problem solving, Observational, Written, Research and Planning to work with healthcare professionals, engineers and many more professionals in order to provide innovative information to the technology revolution.
Various applications of biochemistry are listed below:
Crop yields production
Bioremediation of polluted soils
Production of biofuels
Genetic mapping of ecosystems
Biological capture of carbon
Our Biochemistry Assignment help tutors help with topics like Molecular Logic of Life, pH value ,Amino Acids: The Alphabet of Proteins,Protein Structure I:Hierarchy; Primary structure, Protein Structure II:Secondary, Tertiary, and Quaternary Structure
Biochemistry can be defined as the study of inside components of the cells, such as lipids, proteins, etc. It involves the wide range of scientific disciplines, such as forensics, microbiology, genetics, and many more. It includes various chemical techniques which play an important role to solve the biological problems.
Biochemistry is mainly concerned with the chemical processes which mainly occur in the living organisms. Sometimes, it is known as the biological chemistry also. A wide range of applications of Biochemistry are used in the various areas, such as Nutrition, pharmacy, nursing, agriculture, medicine, drugs development, food institutes, forensic crime branch and many more.
Biochemistry subject deals with the various major concepts, such as Enzyme Kinetics, Coenzymes, Lipids and Membranes, Amino acids and protein sequence, Post-Genome, Molecular and Cellular Biology, lipid metabolism, Macromolecular Recognition, Cell Metabolism & Metabolic Control, enzyme mechanisms, etc.
Two major Academic software that majorly used in the Biochemistry field are as follows:
Chemdoodle: this software is known as the chemical drawing software which is used for drawing the chemical structures and diagrams. It supports the 3D drawing and spectroscopy also. Chemdoodle software includes the fusion of superscripts and subscripts, due to this feature, a user can easily create the various chemical texts, such as atomic notations.
PYMOL: this software provides the images of macromolecules and molecules. It provides the clear and best quality 3D images. In involves the molecular editing and ray tracing trajectories which is helpful in improving the graphics tool.
Protein refers to a molecule that provides the various kinds of abilities to the cells and organisms, such as ability of moving, growing and reproducing. Building blocks of proteins is known as the Amino acids which acts as an helpful acid to the living cells as they used it to build proteins. There are various types of amino acids. During the translation process, all Amino acids are tie-up together in a long chain which can be executed by the ribosomes cells. There are various types of proteins which are used for the different-different purpose, such as
Actin and collagen: types of proteins which provide the physical shapes to the cells.
Pepsin and lactase: provide helps in food digestion.
Enzyme kinetics deals with the study of the rate at which enzyme works whereas, enzymes refers to the protein catalysts that can increase the rate of a chemical reaction without themselves undergoing any chemical reaction. Concentration of the substrate can be measured in the molarity units. Conflict between the substrate and the enzymes automatically increased with increasing in the temperature.
Metabolism is defined as a mechanism which is responsible for extracting the preserved energy from the nutrients. It also converts the stored energy. It refers to a compound network of chemical reactions which can be examined in the independent parts, this is termed as Pathways. Pathways of Metabolism can be catabolic or anabolic in nature according to the energy needs. Principles of Metabolism Pathways defined by four categories which are mentioned below:
Chemical reactions: in this, various types of reactions take place such as isomerization, oxidation reduction reactions, carbon-carbon bond chemistry, group transfer reactions, etc.
Allosteric control: this is used to activate and close the regulatory mechanism.
Cellular integration: it involves the secretion and uptake of the metabolisms.
Energy Balance: heat capacity and activation energy used to regulate the catalyst.
Lipid Metabolism is defined as the process which breakdown the fatty acids in human body and stored it for later energy use. These fatty acids are acquired from the food that is eats by the human. It takes the fat from consuming food or liver. It also exists in the animals and plants. A process which is used to synthesizing these fats is known as Lipogenesis. Lipid metabolism arises when a chemical is break down as a reaction. Disorder of Lipid metabolism is a illness, due to this, there is a problem occurs in synthesizing and breaking down the fats.
NMR spectroscopy is defined as a technique which is majorly used for regulate the purity of a sample. It is a technique of analytical chemistry and also determines the molecular structure of the sample. Main principle behind the NMR spectroscopy is that multiple nuclei have spin and all of the nuclei are positively charged. Energy transfer between the higher level energy and base level energy is achievable only by applying the magnetic field on it.
Moreover, an advanced concept i.e. Bioinformatics is mainly concerned with the applications of computational techniques to know about the information that is associated with the biological macromolecules. It also used to organize this association information by applying the informatics techniques. In short, we can say that bioinformatics is a MIS for the molecular biology. Bioinformatics is a vast field that covers the various concepts, such as DNA sequence analysis, protein sequence analysis, predicting functional structures, and many more.
X-Ray crystallography is defined as a technique which is used for acquire the 3D molecular structure from a crystal. It is also used for determine the structure of biological macromolecules. It provides the clarification in the various areas, such as protein-ligand interactions, site directed mutagenesis, drug design, etc.
Furthermore, various concepts that fall under the Biochemistry field are Cell Membrane Structure & Function, Genome Maintenance & Regulation, transcription & RNA processing, nucleotide metabolism, metabolic biochemistry, Degradation of biomolecules, glycolysis, genetic transmission, translation protein systhesis, Glycobiology, and many more. With these concepts, Biochemistry field involves the various Advanced Topics also which are listed below:
Protein DNA interactions
Lipid and nitrogen metabolism
Oxidative degradation of atropine drug
Biochemistry is a fundamental component of both biology and chemistry. An important branch of science is also called as biochemistry.It concerned with with the chemical and physio chemical processes. It contains chemical reaction and organic molecules.The biological molecules are mainly carbohydrates. It is otherwise called as bio molecules. The bio molecule contains lipids, proteins of molecules and different acids of nucleic. The complex molecules are called polymers. Polymers are made from the monomer components. The most important component of biochemical molecule is carbon.
Use of Biochemistry
- To learn about the cell processes and their organisms.
- To learn about the various characteristics of bio molecules and their processes.
- Study the uses of bio molecules
- To produce advanced bio products based on the branch of biochemistry
- To construct different biochemical machinery based on the branch of biochemistry
Biochemistry is related to
- Molecular Genetics
- Molecular biology
- Chemical biology
The role of biochemistry is to regulate the chemical processes. The chemical processes include transforming simple substances from food into more complex compounds for the use of body. The amino acid increases cell growth and tissue repair. The important types of proteins is enzymes. It performs chemical reaction in the body to proceed at a faster rate. Biochemistry is used in health care, crop production, environmental applications,food industry,medical industry and agriculture.
Some of the Homework help topics include:
Aqueous Chemistry,From Genes to Proteins,Protein Structure & Function,Enzyme kinetics and Inhibition,Carbohydrates,Lipids and membranes,DNA Replication & Repair,Protein Synthesis,DNA Manipulation tools and techniques,Metabolism & Bioenergetics ,Glucose Metabolism,Citric Acid Cycle,,Protein evolution,Hemoglobin,Enzyme Catalysis,Enzyme Regulation,Biochemistry of DNA replication,Transcription & translation,Bioinformatics,Enzymes properties,Biochemistry of Genetic Diseases,Amino Acids,Peptide Bonds
Oxidative Phosphorylation,Photosynthesis,Biochemistry and Molecular Biology for Foods and Nutrition,Biochemistry Laboratory,Biological Macromolecules,Biochemical Regulation,Biochemical Research,Human Biochemistry,Clinical Biochemistry,Molecular Biology of DNA and RNA,Synthetic Biology and Chemical Genetics in Medicine,Proteins Molecular Biology,Proteomics and Protein Biotechnology,Molecular Genetics of Human Cancer
Lipids,Membranes,Membrane Transport,Signal Transduction,Carbohydrates,Glycolysis,Calvin Cycle & Pentose Phosphate pathway,Electron Transport,Lipid Catabolism,Lipid Synthesis,Nucleotide metabolism cellular processes,Nucleic acids,Biological compounds Properties,Chemical processes,Living systems,Protein Folding,Protein Research Methods,Ligand Binding:Myoglobin & Hemoglobin, Allostery:Hemoglobin,Molecular Biology,Contemporary Technologies in Biochemistry,Applied Biochemistry
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We help with topics like Allostery revisited, blood clotting and complement cascade, Hemoglobin and some respiratory physiology, Sequencing, Purification, Structure Determination ,molecular interactions, energy, acids and bases ,Explain how our understanding of biochemistry and molecular biology are changing the way society approaches food production and medical problems.
- Peptides,Chemical Synthesis of Peptides,Techniques of Molecular Biology,Enzymology, Catalytic Strategy,Regulation Strategy, Nucleotide,DNA melting & stability, RNA structure, Chemical synthesis of DNA/RNA,,Ribozyme,RNA interference,Non-coding RNA,Biochemistry,Thermodynamics,Water, Acids and Bases,Buffers Amino Acids and Peptide Bonds,Proteins Hemoglobin Antibodies, Protein-Protein Interactions Enzyme catalysis and kinetics Enzyme Mechanisms,Transcription regulation in Procaryotes,Procaryotes, Eukaryote transcription & regulation, RNA processing
- Lipids ,Transport Across Membranes, Model Proto cell, Signal Transduction, Biosynthesis of Catecholamines,Regulation of Glycolysis and Gluconeogenesis, Drug Discovery, PS, Quorum Sensing,Membrane Transport, Fatty Acid Methyl Ester, Extraction and Gas Chromatography, Signal Transduction , FAME Data Analysis, Carbohydrates,Glycogen Metabolism, Calvin Cycle & Pentose Phosphate pathway, Citric Acid Cycle, Electron Transport, Lipid Catabolism
- Lipid Synthesis,Integration of Metabolism, Molecular mechanisms of infectious disease,Intoxication and anesthesia Mechanisms,Mechanisms of genetic disorders, Biochemical issues to stem cells, Gene therapy, Xenobiotic metabolism, Protein purification , Nuclear receptor biochemistry, Gene transcriptional manipulation, Endocrine physiology, Molecular mechanisms of protein transport/targeting , Protein structure determination and analysis, RNA interference,Nutrition, Data analysis, Mass spectrometry, spectroscopy,Protein Biochemistry, Enzymes and Metabolic Systems, Biochemical Pharmacology, Biophysics,Biochemistry,Agricultural biochemistry
Inter- and Intra-molecular Interactions
Polar Nature of Water
Acid Base Chemistry
Amino Acids Structure and function
Protein Structure Hierarchy
Myoglobin and Hemoglobin Structure, Function, Pathology
Heme Synthesis, Degradation, Clinical Importance Of Bilirubin
Profile of Carbonic Anhydrase, Enzyme Regulation
Vitamins, Coenzymes, Cofactors
Carbohydrate Structure and Nomenclature
Glucose as a Fuel Source
The Use of Other Fuel Sources
Pyruvate Dehydrogenase Complex
TCA Cycle, Enzymes and Regulation
Electron Transport Chain
Pentose Phosphate Pathway
Fatty Acid Catabolism
Fatty Acid Oxidation
TAG and Phospholipid Synthesis
The Urea Cycle
Amino Acid Metabolism
Nucleic Acid Metabolism
Nucleotide Structure, Function and Synthesis
Nucleic Acid Metabolism
Mutation and Repair