| Biovisual Charts and Models >> Genetics and Molecular Bio Models-Bacterial Virus and Biochemical Models |
| Bacterial Virus and Biochemical Models Disease Causing Bacteria of man a set of 12 Models in showcase showing structure of different disease causing Bacteria of man Generalized structure of Typical Bacteria-a very illustrative model showing internal details of a bacterium Virus-Polyhedral symmetry-A typical detail structure 19. Virus-Tabacco Mosaic Virus (TMV)-helical symmetry (typical) Virus-Bacteriophage T-even series (T4) complex symmetry Life Cycle of Bacteriophage Virus-A Detail Model in showcase-Set of 8 models Structure of Carbohydrate-This illustrates the structure of a monosaccharide (Glucose) or simple sugar arranged in show case Structure of lipid- This illustrates the formation of fatty acids are joined to one molecules of alvcerin with loss of three water molecules Protein synthesis-By placing two of the Amino acid molecules together the hydrogen of the Aminoterminal of one acid joins with the Hydroxyl of the carboxyle terminal of the other acid, forming water molecule which drops out and the resulting grouping represents a peptide bond, two amino acids sojoined from a dipeptide Model of Chloride Shift-II show buffering effect of haemoglobin and the chloride shift Krebs cycle- (Citric acid cycle). This model shows that how 36 molecules of ATP are produced In the cycle and only two molecules ATP are formed in glycolysis Type of Cell Membranes-Set of three models on board. Nucleus- Typical structure on board. Messison-stabl's semi conservative mechanism form DNA replication-showing that each of the two strands for the synthesis of anew complementary stand. A very illustrative model in showcase. Model showing antibody reaction. Model showing principle of active immunization-showing antibodies formed before serious infection and formed antibodies which protect against serious infection. Model showing transcription method obtaining a gene from RNA Model showing antibody formation according to the Clonal Selection Model Model showing crossing over by pairing between complementary single standard tails form DNA molecules Meselson and Radding Model showing mechanism of strand transfer-A greatly enlarged and illustrative model. |
