This document discusses several omics technologies and bioengineering techniques including: 1) Different branches of omics technologies such as proteomics, pharmacogenomics, and synthetic biology. 2) Techniques for analyzing nucleic acids like nucleic acid isolation, PCR, and blotting. 3) Recombinant DNA techniques for manipulating DNA. 4) Methods for protein analysis including gel electrophoresis, ELISA, and flow cytometry. 5) Immunohistochemistry for detecting antigens in tissue sections.

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By
Romissaa Aly
Assistant lecturer of Oral
Medicine, Periodontology,
Diagnosis and Dental
Radiology (Al-Azhar
Univerisity)
OMICS TECHNOLOGIES AND BIO-ENGINEERING

3. Different branches of OMICS TECHNOLOGIES

9. Microorganisms used for recombinant Protein Production

12. Application of Proteomics

14. Application of Pharmaco genomics

16. Marine Biotechenology

18. Blue biotechnology

20. Nutri-genomics

22. Synthetic Biology

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28. Uses of Bio-technology

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33. Software reverse Engineering

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36. Steps of DNA fingerprinting

38. Lab-on-a-Chip Technology and Its Applications

43. 3D Printing Technologies and Their
Applications in Biomedical Science

56. PROTOCOLS AND PIPELINES FOR
METAGENOMIC ANALYSIS

59. NUCLEIC ACID ISOLATION TECHNIQUES

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64. Nucleic Acid Engineering

66. PCR

69. Blotting Technique

73. RECOMBINANT DNA TECHNIQUES

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79. TECHNIQUES FOR PROTEIN ANALYSIS

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83. Gel electrophoresis

85. Molecular Ionization

87. ELISA

93. Engineering Monoclonal
Antibodies: Production and
Applications

100. Flow cytometery

103. Immunohistochemistry (IHC) is a method for detecting
antigens or haptens in cells of a tissue section by exploiting the
principle of antibodies binding specifically to antigens in biological
tissues. The antibody-antigen binding can be visualized in different
manners.

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107. references