Current Position: Home>>Research>>Research Topics>>Human Diseases Detection
Autoantibody
Autoantibodies refer to antibodies against their own tissues, organs, cells, and cellular components. The growth, development and survival of the human body have a complete maintenance of the autoimmune tolerance mechanism, and the normal immune response has a protective defense function, it does not react to its own tissues and components. Once the integrity of self-tolerance is destroyed, the body sees its own tissue or composition as a "foreign matter," and an autoimmune reaction occurs, producing autoantibodies. Normal human blood may have low-tittered autoantibodies and no disease occurs. However, if the autoantibody titers exceed a certain level, it may cause damage to the body and induce disease.
Infertility
Immune infertility refers to the reduction of fertility due to autoimmunity or alloimmunization of the reproductive system antigen, which temporarily leads to infertility. The sustainability of infertility depends on the interaction between immunity and fertility. If the immunity is stronger than fertility, infertility occurs, and if the latter is stronger than the former, pregnancy occurs. Pregnancy is a complex physiological process, and each link may have spontaneous immunity, resulting in immune infertility. There are many antibodies associated with infertility, usually seven: anti-sperm antibodies; anti-endometrial antibodies; anti-ovarian antibodies; anti-cardiolipin antibodies; anti-chorionic gonadotropin antibodies; anti-trophoblast antibodies and anti-zona pellacida antibodies.
Diabetes
Diabetes mellitus is a disease in which insulin is absolutely absent or relatively insufficient, causing disorders of metabolism of fat, protein, sugar, water, and electrolytes. It can be caused by genetic factors, immune disorders, microbial infections, and mental factors that collectively cause the disease which causing excessive glucose accumulation in the patient's blood. Diabetes is divided into four types: type 1 diabetes, type 2 diabetes, gestational diabetes and other specific diabetes. Type 1 diabetes and type 2 diabetes have the highest incidence and are the most common. Different types of diabetes are caused by insulin produced by the β cells in the pancreas that are unable to lower blood glucose levels, leading to hyperglycemia, but cause different reasons and distributions of the disease.
Solutions for diseases detection
Elabscience® has been dedicated to expand our extensive product line to offer more and better products and services for researchers all over the world. Our test kits for pathogens detection have been collected in one page and classified into different categories by their usage.
Cat. No. |
Product name |
Detection target |
Detection principle |
Single Stranded DNA Antibodies |
Indirect-ELISA |
||
Cyclic Citrullinated Peptide |
Indirect-ELISA |
||
Double Stranded DNA Antibodies |
Indirect-ELISA |
||
β2-glycoprotein 1 Antibodies |
Indirect-ELISA |
Cat. No. |
Product name |
Detection target |
Detection principle |
Zona Pellacida Antibodies |
Indirect-ELISA |
||
Trophoblast Antibodies |
Indirect-ELISA |
||
Endomethal Antibodies |
Indirect-ELISA |
||
Cardiolipin Antibodies |
Indirect-ELISA |
||
Sperm Antibodies |
Indirect-ELISA |
||
Ovarian Antibodies |
Indirect-ELISA |
||
Human Chorionic Gonadotropin Antibodies |
Indirect-ELISA |
Cat. No. |
Product name |
Detection target |
Detection principle |
Tyrosine Phosphatase IA-2 IgG |
Indirect-ELISA |
||
Islet Cell Antibodies |
Indirect-ELISA |
||
Insulin Antibodies |
Indirect-ELISA |
||
Glutamic Acid Decarboxylase Antibodies |
Indirect-ELISA |