Fiber Glass/ Micro Model inShowcase

BGEM :

1. Typical plant or animal cell under electron microscope.                                   450/-

2. Generalised plant cell or Animal cell- Highly detail. 450/-

3. Typical chromosome- Detail as seenunder electron microscope.                     450/-

4. Types of Chromosome- Complete in showcase set of 2.                                              550/-

5. Mitochondri- Detailed to show the doucle membrane.                                        550/-

6. Types of cell membrane- A set of 3 highly detailed.                                               550/-

7. Nucleus- Detailed model.                550/-

8. Cell wall thickening- set of 5

(1) Spiral (2) Annular (3) Reticular (4) Scaliriform (5) Simple.                                                 1200/-

9. Golgi body- Detailed large Model- Clearly explained.                                             550/-

10. Types of Lysosome detailed-Clearly explained.                                                                   550/-

11. Endoplasmic Reticulum- Clearly explained.                                                                       550/-

12. Plastids Microscopic structure-Clearly explained.                                          550/-

13. Mitosis set of 10 model- It consists of the following stages : (1) resting cell (2) Prophase (3) late Prophase (4) Metaphase (5) Anaphase (6) Late Anaphase (7) Telophase (8) Late Telophase (9) Daughter cell (10) A detailed cell.                1300/-

14. Mitosis- Set of 14 models fully detailed.  2000/-

15. Meiosis set of 10 models- Consist of - (1) Leptotene (2) Pachytene (3) First Meitotic division (4) Zygotene (5) II Meiotic division (6) Metaphase (7) Early diakinesis (8) Telophase I (9) Telophase II (10) 4 Cell division.                     1300/-

16. Meiosis- Set of 14 models fully detailed.  2000/-

17. DNA Model(Watson & crick) This model represent the concept of the DNA Molecule in simple form but with sufficien accuracy details. It consist of following 4 models.

(A) Double helical structure of DNA       950/-

(B) Biological structure of DNA.             600/-

(C) Linking of Necleotides.                       750/-

(D) Replicating of DNA.                             950/-

18. Structure of RNA Model- (Watson & Crick)-

(A) Helical structure of RNA.                     950/-

(B) Linking of Nacleotides.                        750/-

(C) RNA Mechanism Protine synthesis.    950/-

with in a cell Complete set of 3 models- detailed above (A,B,C).                                        2500/-

BIOTECH HEREDITY & BIOCHEMICALS MODELS

19. Showcase showing Mendle's dihybrid cross.                                                                            750/-

20. Monohybrid          --do--                                                                                                                  750/-

21. Model showing law of Incomplete Dominence in adulusion fowl                                         750/-

22. Model showing Crossing over (stern's) fully labelled.                                                     750/-

23. Models showing Sex linked Inheritance in poultry.                                                     750/-

24. Model showing Origin & Kinds of Human Twins.                                                                  750/-

25. Model showing Antigen, anitibody reaction.                                                                         900/-

26. Model showing principal of active Immunization- showing before & after infection.        900/-

27. Model showing mechanism of Urine formation.                                                                    1300/-

28. Model of Chemistry of Muscles contration- Showing the muscles during contraction after the theory of Winegrad.                              1300/-

29. Model showing Role of Neurotransmitters- Showing the release and local spreading of harmones.                                               1300/-

30. Model showing transcription method- Obtaining a gene from M-RNA.                                 1100/-

31. Antibody formation model- Highly Magnified.                                                                          1300/-

32. Disease Causing Bacteria of Man- set of 12 Models in showcase.                                  1300/-

33. Structure of Bacteria- Coccus/ Bascillus/Spirllum or any bacteria (each).       550/-

34. Aids Virus (Hiv. Human).               900/-

35. Meselson and Radding Model showing mechanism of standard transfer.                1300/-

36. Virus Bactero Phage.                      800/-

37. Virus- Polyhedral symmetray- A typical detail structure.                                                550/-

38. Virus-Tobacco Mosaic (TMV)- Helical symmetry.                                                                   650/-

39. Life cycle of Bacteriophage virus- Set of 8 in showcase.                                              1100/-

40. Structure of Carbohydrate.              750/-

41. Structure of lipid- Showing the formation of a fat molecule of fatty acids.                           750/-

42. Protein synthesis- Detailed model showing the dehydration synthesis of Aminoacid.         1000/-

43.Model of Chliride shift- Showing the phenomenon of buffering effect of haemoglobin & the Chloride shift.                                 1000/-

44. Kreb's Cycle- (Citric acid cycle)- Showinh how 36 molecules of ATP are produced in the ycle and only two molecules ATP are formed in glycolysis.                                                                      1000/-

   BGEM-1

BGEM-2

BGEM-13

BGEM-14

Animal Mitosis

BGEM-17

BGEM-18