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secondary tertiary and quaternary structures of proteins are spatial structures denaturizing is modification in any of these spatial structures that
the tertiary protein structure is a spatial conformation additional to the secondary structure in which the alpha helix or the beta-sheet folds up
issues related to safety managementi plant design - there was a major error in the plant design there was no need of storing such a hazardous
judicious use of plantanimal material for lab purposeslive or preserved biological material is an essential requirement in all bio-labs this material
ethical issues concerning use of animals for experimentation and educational purposesi animals procured handled and looked after according to the
properties of bi-phenyl - hydrocarbonbi-phenyl is a colourless solid melting point 71degc it goes through usual electrophilic replacement reactions
what is the difference between the alpha helix and the beta-sheet protein conformationsans alpha helix and beta-sheet conformations are the two major
conducting experiments on animalsi the qualifications or experience of the persons performing experiments on animalsii comfortable conditions
procuring and storing animal materialsi you can begin by asking for a clarification or reaching a common understanding regarding the oft-used
the secondary protein structure is produced by the manner its amino acids interact by intermolecular bond these interactions make a spatial
properties of styrenestyrene is a colourless liquid boiling point 145degc on keeping it slowly changes into a solid polymer known as meta styrene the
objectiveswhile undertaking this exercise and after its completion you should be able to share with your peer group the relevant information1
introduction this exercise is based on here laws and regulations of this course what are we going to do in this exercise - this might be the
what is the primary structure of a protein what is the importance of the primary structureans the primary protein structure is the linear sequence of
in the eukaryote cell nucleus rna can be found dispersed in the nuclear fluid along with dna and as the major constituent of the nucleolus in cytosol
which type of chemical bond maintains the pairing of each chain in the dna moleculeans to form the dna molecule purine bases bind to pyrimidine bases
pentoses are carbohydrates form of five carbons deoxyribose is the pentose that constitutes dna nucleotides and ribose is the pentose that is part of
zymogens or proenzymes are enzymes secreted in inactive form under certain conditions a zymogen shifts to the active form of the enzyme zymogen
allosteric enzymes are those that have more activation center and to which other substances known as allosteric regulators bindallosteric regulators
types of substituents which produce directive effectthere are two kinds of substituents which generate directive effect arei those that direct the
penicillin discovered by the scottish doctor alexander fleming in 1928 is a drug that inhibits enzymes essential for the synthesis of peptidoglycans
many vitamins are enzyme cofactors that cannot be synthesized by the organism and must be attained from the
some enzymes require other associated molecules to work these molecules are known as enzyme cofactors and they can be for example organic ions like
the concentration of hydrogen ions in solution affects the enzyme activity every enzyme has maximal efficiency under an optimum phas ph is one of the