chemisty seminars topic list (a big bundle)
#1

1. Isomerism in co-ordination compunds
2. Chelates
3. Concepts of acids and bases
4. Genetic code
5. Oxides
6. Operon (top, ara) , structure & regulation
7. Transformed animal cells secondary culture
8. Secondary Culture, Continous Cell Line
9. Lanthanide Compound
10. Magnetic behaviour
11. Intoduction to thermodynamics & various terms used in termodynamics
12. Differentiation of cells
13. Regulation of small RNA Molecules & cleavage of mRNA
14. Carnot Cycle
15. Enzymology of DNA replication.
16. Free energy functions
17. Joule Thomson Effect
18. Organ culture
19. Phase rule & various terms used in phase equilibrium
20. Thermodynamic explanation of elevation in boiling point
21. Ultraviolet absorption spectroscopy
22. Infrared (IR) absorption spectroscopy
23. Transplantation of cultured cells.
24. Distinction among primary secondary & tertiary alcohols
25. Electrophilic substitution, reaction of phenol.
26. Structure and reactivity of carbonyl group
27. Nucleophilic addition reaction on carbonyl group
28. Test to distinguish between aldehyde & ketone
29. Applications of UV & IR
30. Denaturation & renaturation of DNA
31. Nucleocytoplasmic interaction
32. Regulation of DNA replication
33. DNA Fingerprinting
34. Operon (Lac, Gal), structure & regulation.
35. Gene cloning
36. Gene Therapy
37. PCR
38. Mutations
39. Insertion Elements and Transposons
40. Mutagens
41. Vectors
42. Cell fusion techniques
43. Genetic Engineering
44. Sex-linked inheritance
45. Primary culture anchorage dependent & non-anchorage dependent cells
46. Sex-determiantion
47. ABO System and Rh Factor
48. Applications of Animal Cell Culture
49. Genomic Library
50. Syndromes
51. Phenylketoneuria and Alkeptoneuria
52. Sickle cell anaemia and Erythroblastosis foetalis
53. Polyploidy
54. Importance of growth factors of serum
55. protein synthesis in prokaryotes
56. Protein synthesis in Eukaryotes
57. Structure of DNA evidence as genetic material composition of DNA and RNA
58. Linkage
59. Transcription in prokaryotes
60. Animal Cell lines their origin and characteristics
61. Anatomy of Primary shoot in Monocot
62. Parmanent Tissues
63. Reproduction and Life Cycle of Ephedra
64. The Root System
65. Morphology and Anatomy of Pinus
66. The shoot system
67. Morphology and Anatomy of Ephedias
68. Reproduction and Life Cycle of Pinus
69. Anatomy of Primary shoot in Dicots
70. Secondary Phloem
71. Branching Pattern
72. Reproduction and Life Cycle of Cycas.
73. Morphology and Anatomy of cycas
74. Heterospory and Origin of seed habit
75. Magnoliaceae, winteraceae
76. Vasculature Organization
77. Parellelism and Convergence
78. Fossilization
79. Lyginopteris, Lygenostoma
80. The basic body plan of a flowering plant
81. Diversities in annual, biennial & Perennial plants
82. Origin and evolution of angiosperms
83. Cambium and its function
84. Geological time scale
85. Structural modification of root
86. Trees- largest and longest lived organism
87. TOPIC DATE
88. Chromosomes - Types, structure
89. Special Chromosomes
90. Nucleocytoplasmic Interation
91. PCR
92. Cloning
93. DNA - Finger Printing
94. Gene therapy
95. Twins
96. Sex - Ditermination
97. Sex-linked inheritance - Haemophilia
98. Sex - linked inheritance - Coulor blindness
99. Chromosomal Abberation - Structural
100. Chromosomal Abberation - Numarical
101. Linkage - kinds & significance
102. Theories of linkage with suitable examples
103. Mendalism
104. Variations
105. Mutations
106. Mutagenes
107. ABO system
108. Restriction enzymes
109. vectors
110. Genetic Eng
111. Recombinent DNA Technology
112. Genetics of Blood Groups
113. Blood Transfusion
114. Phenyle Ketoneuria & Alkeptoneuria
115. Sickle Cell Anemia & Down syndrome
116. Erythrblastosis foetalus
117. Rh factor
118. Patav syndrom & clenafalter syndrome
119. Electrophorosis
120. Methods of bloting
121. Transcription in prokaryotes
122. Transcription in prokaryotes
123. Translation in Prokaryotes
124. Translation in Eukaryotes
125. Polyploidy
126. Struc. & Functions of chromo
127. Special types of chromosomes
128. Nucleocytoplasmic interaction
129. DNA - finger printing
130. gene therapy
131. gene cloning
132. genetic engineering
133. Blood transfusion
134. Variations
135. Gene mutation
136. Linkage -theories & significance
137. Chromosomal struc. Changes
138. Neumerical changes in chro.
139. Sex-linked inheritance
140. Twins
141. Sex-differentiation
142. Sex-ditermination
143. Protein synthesis in prokaryotes
144. Protein Synthesis in Eukaryotes
145. RDT
146. Mendalism
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#2
Which would be the easiest to explain in class?
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#3
i think Isomerism in
co-ordination compounds is simple to explain..

1. Identification, Analysis and Modeling of Flow-Regime-Transition in Multiphase Trickle-Bed-Reactors
2. Project on Microbial Fuel Cell (MFC)
3. Superhydrophobicity and its application in chemical engineering
4. Conversion CO2 into fuel
5. Evaluation changes in propertie of coatingsusing MMT
6. Effect of Chelants in removal of lead and nickel from contaminated water by duckweed phytoremediation
7.
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#4
How so? I have a seminar project and I'm having a hard time to choose a subject to present to a class.
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#5

please read http://wwwchem.uwimona.edu.jm:1104/cours...0Kiso.html
http://uni-siegen.de/fb8/ac/hjd/lehre/ws...d_corr.pdf


which can help you to make better seminar regarding Isomerism in co-ordination compounds
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