Indications

This is a highly stylized, detailed digital illustration of a cross-section of human skin. The image is rendered in various shades of blue, giving it a high-tech or scientific feel. The illustration clearly shows the different layers and structures of the skin, including: The outer layer, the epidermis, with hair shafts emerging from it. The dermis below the epidermis, which contains hair follicles, sweat glands, sebaceous glands (oil glands), blood vessels, and nerve endings. The innermost layer, the subcutaneous tissue (or hypodermis), which is composed of fat cells.
Dermatology
The image is a 3D medical illustration showing a close-up, anatomical view of the thyroid gland. The gland is highlighted in a vibrant pink-purple color and has a distinct butterfly shape, positioned in the front of the neck. The surrounding anatomical structures are rendered in a translucent blue, making the thyroid gland stand out against a dark background
Endocrinology
The image is a stylized, medical-style illustration showing the upper torso of a human figure. The figure is transparent and depicted in shades of blue, allowing the internal organs to be visible. The central focus is the stomach, which is highlighted with a bright, fiery orange color and a glowing effect. This highlights the location of the stomach within the body. A bright, white light radiates from a specific point on the stomach, suggesting a focal point of activity, pain, or inflammation. A large, translucent, white ring or circle surrounds the stomach, drawing further attention to this area and visually isolating it from the rest of the body. The overall tone of the image is scientific and clinical, with the vibrant colors used to emphasize a specific area of the anatomy.
Gastroenterology
The image shows a digital illustration of the human liver, highlighted in pink, situated inside a semi-transparent blue outline of the human torso and ribcage.
Hepatology
3D render of a medical background with virus cells and floating particles
Infectiology
The illustration shows the two bean-shaped kidneys in the center of the abdomen, highlighted in a glowing pink or light red. You can see the internal structures of the kidneys, and the blood vessels (renal artery and vein) connecting to them. Leading down from each kidney is a long tube called the ureter. These ureters carry urine down to the bladder (not visible in this image). The surrounding human torso is shown as a translucent blue outline, which provides context for the location of these organs.
Nephrology
The image shows a side profile of a person's head and neck, rendered in a translucent, blue-glowing style. The brain, shown in bright red, is clearly visible inside the skull. The intricate folds of the cerebral cortex are highlighted. The brainstem and spinal cord are also visible in red, extending down through the neck. A specific area near the center of the brain and a connected point in the neck are intensely highlighted with a bright, glowing yellow or orange light. This glowing area, with rays emanating from it, visually represents a signal, a point of pain, inflammation, or an area of intense neurological activity.
Neurology
This image depicts a human skeletal system with a focus on joint pain or inflammation. The transparent body reveals the bones and internal structure, while several joints—specifically the shoulder, elbow, wrist, and hip are highlighted with glowing red and orange circles, indicating areas of pain or inflammation. The background is dark, emphasizing the illuminated areas of concern.
Rheumatology

Endocrinology

Our Endocrinology diagnostics portfolio offers a comprehensive range of quantitative immunoassays including ELISA, RIA, and other automated or manual methods for thyroid function (FT3, FT4, TSH, TRAb), insulin antibodies (IAA), GAD65, TPO, and more. Designed for diagnostic laboratories, hospitals, and endocrinologists, these high-sensitivity, high-specificity tests support accurate measurement of hormones and antibodies for reliable clinical decision-making.
1301 – SELco® Tg 1 step
Highlights • Use of thyroglobulin (Tg) as target antigen • Quantitative determination of Tg in human serum • Results expressed in ng/mL • High diagnostic sensitivity and specificity • High precision...
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1450 – SELco® TSH rapid
Highlights • Quantitative determination of Thyrotropin (TSH) in human serum • Measures TSH using high-sensitivity radioimmunoassay (IRMA) • Supports diagnosis and monitoring of thyroid disorders • High diagnostic sensitivity and specificity...
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1630 – SELco® Calcitonin
Highlights • Use of calcitonin (hCT) as the specific target antigen • Quantitative determination of calcitonin (hCT) in human serum • Results expressed in pg/mL or ng/L • High diagnostic...
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1652 – SELco® FT3
Highlights • Use of free triiodothyronine (FT3) as the specific target analyte • Supports the diagnosis and monitoring of thyroid disorders • Reliable assessment of hyperthyroidism and T3-thyrotoxicosis • High...
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1881 – SELco® FT4
Highlights • Use of free thyroxine (FT4) as the specific target analyte • Quantitative determination of Tg in human serum • Provides a reliable indicator of thyroid function, especially in ...
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2035 – CentAK® IAA M
Highlights • Use of recombinant human insulin • Quantitative determination of the antibody activity • Results expressed in U/mL • High diagnostic sensitivity and specificity • High precision within the...
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2042 – SELco® TRAb human 1 step
Highlights • Use of recombinant human TSH receptor • Ready-to-use and barcoded reagents • Quality assured handling in routine laboratories • Incubation at room temperature • Quantitative determination of antibodies...
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2050, 2150 – CentAK® anti-IA2 M
Highlights • Use of recombinant human protein tyrosine phosphatase (IA2) • Quantitative determination of the antibody activity • Results expressed in U/mL • High diagnostic sensitivity and specificity • High...
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2070, 2071 – CentAK® anti-GAD65 M
Highlights • Use of recombinant human glutamic acid decarboxylase (GAD65) • Quantitative determination of the antibody activity • Results expressed in U/mL • High diagnostic sensitivity and specificity • High...
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2080 – SELco® anti-TPO human
Highlights • Quantitative determination of antibodies against thyroid peroxidase (TPO) • Supports differential diagnosis of hypothyroidism and Graves’ disease • Detects autoantibodies in Hashimoto’s thyroiditis and other autoimmune thyroid diseases...
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