Neonatal Line Question 1. Neonatal line. Answer: Neonatal line is an enlarged stria of the retzius that apparently reflects the great physiologic changes occurring at birth. Neonatal line is seen as a brown line separating enamel formed and mineralized before birth and enamel mineralized after birth. Deciduous teeth and a permanent 1st molar are … [Read more...] about Neonatal Line | Pellicle | Tomes process
Anatomy
Hypocalcification Of Tooth Enamel
Hypocalcification Of Tooth Enamel Question 1. Hypocalcified structures of enamel. Answer: "Hypocalcification Structure Of Enamel And It's Features" "Hypocalcification Causes" Question 2. Enamel knot, cord, and niche Answer: Enamel Knot: They are clusters of non-dividing epithelial cells present in molar cap stage tooth germ It consists of cells that … [Read more...] about Hypocalcification Of Tooth Enamel
Competitive And Noncompetitive Inhibition
Competitive And Noncompetitive Inhibition Question 1. Competitive & noncompetitive inhibition Answer: "Understanding competitive vs noncompetitive inhibition through FAQs: Mechanisms, functions, and uses explained" "Importance of studying enzyme inhibition for biochemistry students: Questions explained" Question 2. Name five clinically important enzymes … [Read more...] about Competitive And Noncompetitive Inhibition
Enzymes, Coenzymes And Isoenzymes
Enzymes, Coenzymes And Isoenzymes Isoenzymes The non-protein, organic, low molecular weight & dialysable substance associated with enzyme function is known as a coenzyme They are regarded as the second substrate They participate in various reactions involving the transfer of atoms or groups They consist of Derivatives of vitamin B complex Organic … [Read more...] about Enzymes, Coenzymes And Isoenzymes
Proenzymes: Nature’s Biological Catalysts
Proenzyme And Its Biological Functions "What are proenzymes? A detailed question and answers guide" Enzymes that undergo irreversible covalent activation by the breakdown of one or more peptide bonds are called proenzymes Proenzymes Examples: Chymotrypsinogen, pepsinogen & plasminogen They get activated to active enzymes like chymotrypsin, pepsin & … [Read more...] about Proenzymes: Nature’s Biological Catalysts