- Background
Immunochemistry is a branch of chemistry that involves the study of the components and functions of the immune system such as the nature and interactions of antigen-antibody.
Immunochemistry involves the use of simple, rapid, robust yet sensitive automated methods for routine analyses in clinical laboratories. This biochemical field brought about a phenomenal change in laboratory and commercial testing with the invention of immunoassay equipment and a wide range of immunological reagents.
It is used to predict response to therapy and identify infections, and muscular and neurodegenerative disorders. Immunochemistry is rapidly emerging as a reliable field that can aid in the diagnosis of infectious and neoplastic processes and as a guide to appropriate therapy.
Aids in the investigation of the presence of various biomarkers for cardiac, cancer, hormones, infectious diseases, autoimmune diseases, and metabolic diseases
s.
1. Cardiac
- Tn-I
- Tn-I Plus
- CK-MB
- NT-proBNP
- D-Dimer
- Myoglobin
- hsCRP
- Cardiac Triple
- ST2
2. Cancer
- PSA
- AFP
- CEA
- iFOB Neo
- CEA Plus
- AFP Plus
- PSA Plus
- CA-125
- CA-199
3. Hormones
- AMH
- TSH
- TSH Plus
- T3
- T4
- FSH
- Progesterone
- β-HCG
- β-HCG Plus
- LH
- PRL
- Testosterone
- Cortisol
4. Infections
- CRP
- PCT
- PCT Plus
- ASO
- HBsAg
- Anti-HBs
- Anti-HCV
- ROTA
- NORO
- Rota/Adeno
- Dengue IgG/IgM
- Dengue NS1 Ag
- Influenza A+B
- RSV
- Influenza A+B/RSV*
- Strep A
5. Autoimmune
- Anti-CCP Plus
- Total IgE
- RF IgM
6. Diabetes
- HbA1c
- Microalbumin
- Cystatin C
Others
- Ferritin
- Vitamin D
- Calprotectin
- pylori SA
