Indicators
BCL2 Gene
This gene is involved in apoptotic regulation. Overexpression of this gene promotes the pathogenesis of B-Cell lymphomas, due to anti-apoptotic activity.
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Indicators
This gene is involved in apoptotic regulation. Overexpression of this gene promotes the pathogenesis of B-Cell lymphomas, due to anti-apoptotic activity.
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This gene is involved in transcriptional repression and plays a role in the modulation of B-cell responses.
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This gene plays a role in the repression of gene transcription.
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Beta-2-glycoprotein 1 (345 aa, ~38 kDa) is encoded by the human APOH gene. This protein is involved in binding to phospholipids, glycosaminoglycans and other negatively charged substances.
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A dark orange, yellow pigment that is the product of the breakdown of iron in the blood; it is conjugated in the liver and excreted in the bile.
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This gene plays a role in the bone morphogenetic protein signaling pathway.
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An isoform of alkaline phosphatase found on the surface of osteoblasts. The level of this enzyme in a patient's serum is proportional to the amount of bone formation. This marker is used for monitoring the efficacy of both bone formation therapies and antiresorptive therapies.
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This gene is involved in cell organization/biogenesis and the inhibition of apoptosis.
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This gene plays a role in cell cycle control, regulation of transcription and the maintenance of genomic stability. It is also involved in the inhibition of mammary cell growth.
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This gene is involved in cell cycle control, DNA repair and the maintenance of genomic stability. It also plays a role in the proliferation of embryonic cells.
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Calcitonin (32 aa, ~3 kDa) is encoded by the human CALCA gene. This protein is involved in the modulation of blood calcium and phosphate concentrations through promoting incorporation of these ions into bone.
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Hemoglobin where the heme group has formed a stable complex with carbon monoxide (CO). This complex is produced after CO has been inhaled or as a byproduct of hemoglobin, protoporphyrin or dichloromethane catabolism. The heme-CO complex is approximately 200 times more stable than heme-oxygen complexes. Thus, high levels of carboxyhemoglobin in the circulation can lead to tissue hypoxia and death.