what is tissue fluid formation?
956248
The hydrostatic pressure is generated by the pumping force of the heart. It pushes water out of the capillaries.\n\nThe water potential is created due to the inability of large solutes to pass through the capillary walls. This buildup of solutes induces osmosis. The water passes from a high concentration (of water) to a low concentration in an attempt to reach an equilibrium. This draws water back into the vessels. Because the blood in the capillaries is constantly flowing, equilibrium is never reached.\n\nThe balance between the two forces is different at different points in the capillaries. At the arterial end of the vessel, the hydrostatic pressure is greater than the water potential, so the net movement (see net flux) favors water and other solutes being passed into the tissue fluid. At the venous end, the water potential is greater, so the net movement favours substances being passed back into the capillary. This difference is created by the direction of the flow of blood, and the imbalance in solutes created by the net movement of water favoring the tissue fluid
230583
usually a stain or paint.\nHehehe, just kidding.\nI think it depends on the fluids inside the organ (ie. melanin, bile, urea, amount of blood flow to the organ, etc)\nAre you thinking of one particularily?
72920
i dont understand what ur trying 2 ask but if this is the answer ur looking 4,than cells make up tissues, tissues make up organs, and organs make up organ systems.
268586
An organism can be described as a combination of organ systems in a anatomical point of view.But if u want to know \nhow organs,made separately as independent entities are combined to form the organ, then there is no answer for that.\nfor your information during development after gastrulation,organogenesis occurs and this leads to formation of organs and by virtue of all the organs we can see development of organism.Organogenesis is a complex mechanism and this involves,complex communication betwwen cells of difeerent germ layers,differential gene expression,cell movement,development of protien gradient,discreet comparmentisation and many more .
845444
the fluid is just an exudate that helps keep the joints loose. i believe the white shiny covering you're referring to is the tendon.
1001399
Uh, that would be skin tissue.  Unless you mean Epithelium which is the outside of the skin.
212883
Hardening of body tissue.
519857
A cyst is a closed pocket or pouch of tissue. It can be filled with air, fluid, pus, or other material.\n\nThere are lots of types of cysts – ovarian cysts (in ovary), sebaceous cysts(under the skin), baker’s cyst (behind the knee), Nabothian cyst ( cysts on uterine surface), cysts in the ear, vaginal cysts, cysts in liver, spleen, kidney etc., exudation cysts, \n\nCysts may form within any tissue in the body. Cysts within the lung generally are air-filled, while cysts involving the lymph system or kidneys are fluid-filled. Migrating parasites -- such as trichinosis, dog tapeworm (Toxocara canis), and echinococcus -- form cysts within muscle, liver, brain tissue, the lungs, and the eye.\n\nCysts are common on the skin and develop as a result of infection, clogging of sebaceous glands, or around foreign bodies. They can also result from developmental abnormalities such as a pilonidal cyst (pilonidal dimple).\n\nHow cysts are formed – Each different type of cyst have different causes and different ways of being formed. \n•Cutaneous cysts which include epidermal inclusion c., epidermoid c., and the epidermal cyst, are usually found on the face, neck, or back. Those that are traumatic inclusion cysts are more likely to expand in area. These type of cysts contain keritinized material and are lined by keratinizing squamous epithelieum. \n•Extravasation cysts develop from blood found in tissues that are surrounded by a definite wall. \n•Retention cysts are tumor-like, and are formed when the outlet to a gland becomes blocked, and the gland continues to secrete. They may be found in mammary tissue, pancreas, kidney, salivary, mucous membranes and sebaceous glands.\n•Parasitic cysts are those that form around larval stage parasites that enter the body. Usually seen in the liver, these cysts are referred to as hydatid cysts.\n•Exudation cysts are formed through slow seepage of exudate material into a closed cavity.
360489
I do not know just how scientific you want this to be, so I will give you the reason to a collegiate level. The plasma membrane in your dermal cells (as in most somatic cells) is made up of a lipid bilayer. Water can travel through a protein channel called the aquaporin or it can go directly through the lipid bilayer in certain occasions (though large amounts cannot as the middle of the bilayer is made up of hydrophobic tails). When water is exposed to the skin, diffusion occurs since there is a greater concentration of water outside the dermal cells than inside, and this is called osmosis. Therefore, these cells take in large amounts of water (up until a point where the aquaporin is closed to prevent cytolysis, or the death of cells due to overexpansion). The interstitial tissue also absorbs water, and thus, the dermal area expands. Since the dermal area is larger than it really should be, it "folds" to a point, causing wrinkles. Hope that helped.
209349
Not a whole lot... but I can see how. Fluid in some plants can be electrolytic.
294405
Don't listen to thedestro737. Anyone who studied high school biology knows that tissue is a collection of cells doing the same work, and bones certainly qualify as tissue. If your heart was made of bone tissue, it would not pump. The heart is a muscle, and like any muscle, it contracts, pushing the blood through your veins and arteries. If it were made of bone, it could not do this and you would not be alive. In fact, you would have died long before you were born.
471100
Edema is an observable swelling from fluid accumulation in certain body tissues. Edema most commonly occurs in the feet and legs, where it also is referred to as peripheral edema. The swelling is the result of the accumulation of excess fluid under the skin in the spaces within the tissues that are outside of the blood vessels. These spaces are known as interstitial spaces or compartments. Most of the body's fluids that are found outside of the cells are normally stored in two spaces; the blood vessels (where the fluids are called the blood volume) and the interstitial spaces (where the fluids are called the interstitial fluid). In various diseases, excess fluid can accumulate in either one or both of these compartments. \n\n\nPitting edema can be demonstrated by applying pressure to, for example, the skin of a swollen leg, by depressing the skin with a finger. If the pressing causes an indentation in the skin that persists for some time after the release of the pressure, the edema is referred to as pitting edema. Actually, any form of pressure, such as from the elastic part of socks, can induce the pitting of this edema.
1035628
Vipress is correct.\n\nHuman Serum Albumin (HSA) is the main factor keeping fluid inside capillaries, and stopping too much fluid passing across the thin capillary endothelium, into tissues.  It does this by its osmotic effect; it forms complexes with water, as well as with many other compounds in blood etc.  A damaged liver is less able to make HSA, and so there is insufficient HSA in blood, and oedema results.\n\nFluid may then accumulate in the peritoneal cavity, resulting in ascites.
741678
The lymphatic system removes excess fluids from body tissues, absorbs fatty acids, transports fat to the circulatory system, produces and transports white blood cells in immune responses. Lymph is actually the blood plasma that leaks from capillaries and has diffused into lymphatic organs for processing before returning to the circulatory system, which serves as the vehicle of white blood cells. Damage or interference in the function of lymphatic organs can result in bodily swelling. Since the organs are not functioning correctly, they are not absorbing the interstitial fluid that would become lymph when absorbed. Thus, the fluid just continues to collect in the body, causing it to swell. A similar phenomena occurs when there is a blockage in lymphatic veins. Problems such as these occur for a number of reasons, but the most common ones today are usually associated with certain types of cancer.
689282
AAAACHHOOOOOOOOOOO = TISSUE
291856
Formation of a cell wall is a characteristic feature of all plant cells.Its formation in angiosperms does not differ much from its formation in other plants cells.\n After the nuclear division is over (end of karyokinesis)only then the division of cytoplasm(cytokinesis) begins.\n A number of microtubules are laid across the original cell, equidistant from the two recently formed daughter nuclei. They fuse to form middle lamella.This is the first dividing boundery between the two cells. Deposition of cellulose now begins on this middle lamella from either side and the wall formation is completed. Thus, a cell wall in plant cells is by and large made up of a complex carbohydrate called cellulose and in between the two layers of cellulose there is a layer called middle lamella.It is like butter sandwich. Just as the layer of butter holds the two slices of bread together or just as the layer of cement holds two adjecent bricks together and forms a wall; like wise the middle lamella holds the cells together and helps to form a tissue.
957391
You can think of blood made from two basic components. First are the cellular components or the red and white blood cells. They are made in the bone marrow and some white cells in the lymph nodes. The watery part is the blood plasma and contains all the hormones, the water, the sugars, dissolved blood gasses, plasma proteins made in the bone marrow and liver and a host of other substances.