Omics classification

From Omics.org

                                       BiO classification for omes/omics. Version 20060624

1. Ome/Omics (Omics of biological and non-biological objects in the universe. However, mostly for biological omes)

1.1. Biolomics (Biolome: omics of all the specialized biological information objects): Bioinformatics can be a discipline of biolome research.

1. Environmental

   1. Biomics
   2. Radiogenomics
   3. Enviromics
   4. Metallomics
      1. Metallogenomics
      2. Metalloproteomics  

   5. Toxicomics
      1. Ecotoxicogenomics
      2. Ecotoxicoproteomics
      3. Ectotoxicogenomics
      4. Immunotoxicogenomics
      5. Testtxocogenomics
      6. Toxicogenomics
      7. Toxicoproteomics
      8. Toxigenomics
      9. Toxigenomics
      10. Toxinomics
      11. Venomics

2. Anatomy

   1. Anatomics
   2. Cellomics Cytomics
   3. Cadiogenomics
   4. Hemomics
      1. Hemodynomics
      2. Heomogenomics

   5. Atherogenicomics
      1. Atherogenomics
      2. Atheroproteomics

   6. Physiomics
      1. Physionomics
      2. Physiognomics

   7. Neuromics
      1. Neuroanatomics
      2. Neurogenomics
      3. Neurolipidomics
      4. Neuropeptidomics
      5. Neuroproteomics
      6. Synaptogenomics
      7. Zeptotproteomics

3. Molecular

   1. Genomics
      1. Chromosomics
         1. Chromonomics
         2. Chronomics

      2. Ethnogenomics
      3. Epigenomics
         1. Methylomics

      4. Embryogenomics
      5. Protogenomics
      6. Sequencomics
         1. Exonomics
         2. Intronomics
         3. Orfomics
         4. Operomics
         5. Promoteromics
         6. SNPenomics

      7. Pseudogenomics
      8. Transgenomics
      9. Macrogenomics
      10. Microgenomics

   2. Arenayomics (RNAomics or RNomics)
      1. Transcriptomics
      2. siRNAomics
      3. microRNAomics 
      4. Ribonomics

   3. Proteomics
      1. Ligandomics
      2. Catalomics
      3. Targetomics
      4. Degardomics
      5. Clinic Proteomics
      6. Kinomics
      7. Ionomics
      8. Subproteomics
      9. Lipomics
         1. Lipidomics

      10. Intraproteomics
      11. Peptidomics
      12. Ezymomics
          1. Catalysiomics

4. Process
   1. Complexomics
      1. Interactomics
         1. Structural Interactomics
            1. Crystallomics

         2. Genetic Interactomics

      2. Networkomics
         1. Genetic Networkomics
         2. Co-expression Networkomics
         3. Protein Networkomics
         4. Metabolic Networkomics
         5. Robustomics

   2. Reactomics
      1. Redox Reactomics
      2. Degradomics

   3. Expressomics
      1. mRNA Expressiomics
      2. Protein Expressiomics

   4. Metabolomics 
      1. Free-Energeriomics
      2. ATP activiomics
      3. Metabonomics
      4. Fluxomics

   5. Nutriomics
      1. Plant Nutriomics
      2. Aniamal Nutriomics
      3. Nutrigenomics
      4. Nutriproteomics

   6. Chemomics
      1. Chemiprteomics
      2. Chemogenomics
      3. Chemoproteomics
      4. Oxigenomics
      5. Steroidomics

   7. Transportomics
      1. Cicrulatiomics
      2. Veolcegenomics
      3. Chronomics
      4. Ostomics
         1. Macrosomics
         2. Microsomics

      5. Exchangeomics
         1. Gas Exchangeomics

   8. Regulomics
      1. Allosteric Regulomics  

   9. Signalomics
      1. Catabolic Signalomics
      2. Calcuium Signalomics

5. Function
   1. Functomics
      1. Functional Genomics
      2. Functional Proteomics

   2. Hormoneomics
   3. Psychogenomics
   4. Genenomics
      1. Triatomics

   5. Secretomics
   6. Clinicomics
      1. Clinical Proteomics

   7. Diseasomics
      1. Pathogenomics
      2. Syndromics
      3. Allergenomics
      4. Diatomics
      5. Nephrectomics

   8. Immunomics
      1. Vaccionomics
      2. Immunogenomics
      3. Immunoproteomics

   9. Mitogenomics
   10. Oncolomics
       1. Oncogenomic
       2. Oncopeptidomics
       3. Oncoproteomics
       4. Cystotomics

6. Structure 
   1. DNA Structomics
   2. RNA Structomics
   3. Protein Structomics 
      1. Crystallomics
      2. Foldeomics

   4. Macromics
   5. Micromics  
   6. Porteomics

7. System
   1. Agronomics
      1. Cryobionomics

   2. Microbiomics
   3. Cellomics
      1. Glycomics
         1. Glycogenomics
         2. Glycoimmunomics
         3. Glycoproteomics
         4. Glycosaminoglycomics
         5. Glycosphingolipidomics
         6. Proteoglycomics

      2. Ribosomics
      3. Mitochondromics
      4. Chaperonomics
      5. Cytomics

   4. Tissuomics
      1. Hisocytomics

   5. Metanomics
      1. Metanogenomics
      2. Metagenomics
      3. Metaproteomics

   6. Organomics
   7. Oranellomics
   8. Phenomics
      1. Xenomics

   9. Systeomics
      1. Ecosysteomics 

8. Method
   1. Textomics
      1. Bibliomics
      2. Dicotomics
      3. Literaturomics
      4. Ontolomics
         1. Dichotomics

   2. Sociomics
   3. Ergonomics
      1. Macroergonomics
      2. Microergonomics
      3. Opoergonomics

   4. Electromics
      1. Electrochromics
      2. Electrophysiomics
      3. Electrogenomics
      4. Electroproteomics

   5. Inegromics
   6. Genenomics
      1. Triatomics

   7. Automatomics
      1. Autogenomics
      2. Robogenomics

   8. Psychomics
      1. Psychogenomics
      2. Pschopharmacogenomics

   9. Graphonomics
   10. Mathomics
       1. Statomics
       2. Cluteromics
       3. Algoritomics

   11. Pharmacomics
       1. Pharmacogenomics
       2. Pharmacometabonomics
       3. Pharmacoproteoimcs
       4. Pharmacoproteonomics
       5. Pharmakoekonomics
       6. Pharmakognomics

   12. Ontogenomics
   13. Nanomics
       1. Nanoproteomics

   14. Ecolomics
       1. Behavioral Ecolomics
       2. Population Ecolomics
       3. Community Ecolomics
       4. Ecogenomics
       5. Conservation Biolomics

9. Evolution 
   1. Evoluomics
   2. Eukaryomics
      1. Mammalomics
         1. Invertebratomics
         2. Vertebratomics 

   3. Prokayomics
      1. Bacteriomics
      2. Archaeomics

   4. Plantomics 
   5. Fungiomics
   6. Systematicomis

10. Bioversity
    1. Phylogenomics
       1. Phylogenomics
       2. Phyloproteomics
       3. Phylotranscriptomics

2. Nonbiolomics (Omics for all the non-biological objects)

1. Bionomics  
2. Wikinomics
3. Economics
   1. Neuroeconomics
   2. Clinicoeconomics
   3. Geoeconomics
   4. Macroeconomics
   5. Microeconomics
   6. Pharmacoeconomics
   7. Socieconomics
   8. Picoeconomics
   9. Socioecnomics
      

* Omomics (or Omeomics: Omics of all the Omes)

References
Omics classification paper