Description: Video of the female reproductive system.

Added by: shakarman
Viewed: 62 time(s)

Description: Red blood cells are suspended in a 0.85 Saline solution. 1.75 NaCl solution is added slowly, and cells that are fixed in place slowly lose the water within their cell membranes. Note the appearance that the cell is withdrawing from the environment, or shrinking/becoming dehydrated when the hypertonic solution is added.

Added by: shakarman
Viewed: 55 time(s)

Description: This video was produced to help students of human anatomy at Modesto Junior College study our anatomical models.

Added by: shakarman
Viewed: 48 time(s)

Description: In an environment where the blood cells and the solution they are suspended in is equal in salt concentration, the blood cells will stay in a stable, biconcave shape.

Added by: shakarman
Viewed: 45 time(s)

Description: Pheochromocytoma

Added by: shakarman
Viewed: 45 time(s)

Description: osteoclast working

Added by: shakarman
Viewed: 42 time(s)

Description: Red blood cells are suspended in a 0.85 saline solution. Distilled water is added slowly. Immediately upon addition of distilled water, blood cells blow up entirely, or suffer tears in their cellular membranes, thereby creating perfectly round, empty cells which are free of hemoglobin. We call these \"ghost\" cells, and they are visible at the end of the video.

Added by: shakarman
Viewed: 41 time(s)

Description: SIADH

Added by: shakarman
Viewed: 40 time(s)

Description: The Structure of Bone This is the structure of bone. Spongy or cancellous bone form the center bulk of all our bones. Its honeycomb structure keeps bone light, in contrast to the heavier, compact bone, which gives it strength. Bone cells or osteocytes are contained in spaces called lacunae. The minute projections of bone cells trail into adjoining channels known as canaliculi. Tissue fluid, which fills the lacunae, allows the transfer of materials between bone cells and capillaries. Haversian systems, each about one-sixtieth of an inch wide, make up the structure of compact bone. Each system is formed by a series of rings called lamellae, which are deposits of mineral salts and collagen fibers. Haversian canals, which run through the center of each Haversian system, contain the blood and lymphatic vessels supplying the bone. Here arteries carrying oxygenated blood are shown in red. Veins carrying deoxygenated blood are shown in blue. The lymphatic vessels are shown in white. A section through the shaft of the femur, a long bone, shows a central mass of spongy bone surrounded by the branching tubular Haversian systems. Blood vessels on the bone surface reach into the center of each Haversian system supplying the bone cells.

Added by: shakarman
Viewed: 40 time(s)

Description: 破骨細胞の生涯を微速度で撮影 （The Bone II より） NPO法人科学映像館は、映像遺産を再生、 高画質でデジタル化。 www.kagakueizo.org　にて無料配信しています。

Added by: shakarman
Viewed: 40 time(s)

Description: Description of the Osteon (Haversian System) anatomy

Added by: shakarman
Viewed: 37 time(s)

Description: Atherosclerosis is a disease caused by a build up of fatty deposits inside the arterial walls. This build up causes the arteries to harden, narrow or become blocked.

Added by: shakarman
Viewed: 37 time(s)

Description: This video explains the process of cAMP signaling. This video is from: Essential Cell Biology, 3rd Edition Alberts, Bray, Hopkin, Johnson, Lewis, Raff, Roberts, & Walter ISBN: 978-0-8153-4129-1

Added by: shakarman
Viewed: 36 time(s)

Description: An Inside Look at the Flu

Added by: shakarman
Viewed: 36 time(s)

Description: An overview of the functions and structures of the skeletal system.

Added by: shakarman
Viewed: 36 time(s)

Description: osteoblasts

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Viewed: 35 time(s)

Description: diabetes insipidus

Added by: shakarman
Viewed: 34 time(s)

Description: the basic model of molecular signaling in the cell.

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Viewed: 33 time(s)

Description: Legionella neumophila \'Reversal of fortune\', Listeria monocytogenes \'Born to Run\' and Mycobacterium tuberculosis \'Forever young\'.

Added by: shakarman
Viewed: 33 time(s)

Description: 破骨細胞の形成と骨吸収の動態を、ダイナミックに捉えた希少な映像。

Added by: shakarman
Viewed: 33 time(s)