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MethDB | TABLE: Tissue |
Data sets 101 to 125 out of 243 found (25 data sets shown).
The 3a-5 cell line is a derivative of the human embryonic carcinoma cell line 293/EBNA1. The EBNA1 protein is constitutively expressed by these cells.
Find out more: Cross reference to (proof ID 224)
kidney carcinoma cell line
Renal cell carcinoma cell line. This tumor cell line does not express the MAGE-A1 gene (encoding tumor-specific antigens).
Adherent epithelial cell line from a normal rabbit kidney.
Find out more: Cross reference to (proof ID 420)
Roman name for evil spirits. In biology it refers to the developmental state in the life cycle of some insects, such as butterflies, wasps, and flies. A young insect which quits the egg in an early stage of development and differs fundamentally in form from the adult; e.g., a maggot is the larval form of a fly. Many insect larvae are very different in appearance from the adults. Insect larvae do not have wings. Insect larvae feed, grow, and molt several times.
Head and neck carcinoma cell line. This tumor cell line express the MAGE-A1 gene (encoding tumor-specific antigens).
Sarcoma cell line. This tumor cell line express the MAGE-A1 gene (encoding tumor-specific antigens).
Sarcoma cell line. This tumor cell line does not express the MAGE-A1 gene (encoding tumor-specific antigens).
Head and neck carcinoma cell line. This tumor cell line does not express the MAGE-A1 gene (encoding tumor-specific antigens).
Leukemia cell line. This tumor cell line does not express the MAGE-A1 gene (encoding tumor-specific antigens).
Head and neck cell line. This tumor cell line does not express the MAGE-A1 gene (encoding tumor-specific antigens).
An usually flattened, green outgrowth from the stem of a vascular plant. Leaves are an integral part of the stem system, and they are initiated in the apical bud along with the tissues of the stem itself. Certain organs that are superficially very different from the usual green leaf are formed in the same manner and are modified leaves; among these are the sharp spines of the Japanese barberry and the scales of an asparagus stalk or a lily bulb. Typically a leaf consists of a broad, expanded blade (the lamina), attached to the plant stem by a stalklike petiole; leaves are, however, quite diverse in size, shape, and various other characteristics, including the nature of the blade margin and the type of venation (arrangement of veins). Veins, which support the lamina and transport materials to and from the leaf tissues, radiate through the lamina from the petiole. The venation is characteristic for different kinds of plants: for example, dicotyledons have netlike venation and usually free vein endings; monocotyledons have parallel venation and rarely free vein endings. The leaf may be simple—with a single blade—or compound—with separate leaflets; it may also be reduced to a spine or scale.
Find out more: Cross reference to (proof ID 174)
The largest gland in the vertebrate body, composed of a spongy mass of wedge-shaped lobes that has many metabolic and secretory functions.
Find out more: Cross reference to (proof ID 104)
Adherent epithelial cell line established from a hepatocellular carcinoma. ATCC Number: HB-8065.
rat hepatoma cell line
In air-breathing vertebrates, either of the two large organs of respiration located in the chest cavity and responsible for aerating the blood. In humans each lung is encased in a thin membranous sac called the pleura, and each is connected with the trachea (windpipe) by its main bronchus (large air passageway) and with the heart by the pulmonary arteries. The lungs are soft, light, spongy, elastic organs that normally, after birth, always contain some air. If healthy, they will float in water and crackle when squeezed; diseased lungs sink, as do lungs of infants who are born dead. In the inner side of each lung, about two-thirds of the distance from its base to its apex, is the hilum, the point at which the bronchi, pulmonary arteries and veins, lymphatic vessels, and nerves enter the lung. The main bronchus subdivides many times after entering the lung; the resulting system of tubules resembles an inverted tree. The diameters of the bronchi diminish eventually to less than 1 mm (0.04 inch). The branches 3 mm and less in diameter are known as bronchioles, which lead to minute air sacs called alveoli (see pulmonary alveolus), where the actual gas molecules of oxygen and carbon dioxide are exchanged between the respiratory spaces and the blood capillaries.
Find out more: Cross reference to (proof ID 106)
This adherent epithelial cell line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old Caucasian male ATCC Number: CCL-185
epithelial cells of the bronchies and the lung
Fibroblast cells from normal lung tissue.
lung cancer cell line
Small cell lung carcinoma cell line. This tumor cell line does not express the MAGE-A1 gene (encoding tumor-specific antigens).
Small cell lung carcinoma cell line. This tumor cell line express the MAGE-A1 gene (encoding tumor-specific antigens).
Flattened epithelial cells of mesenchymal origin that line the serous cavities.
Find out more: Cross reference to (proof ID 429)