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tissue | A Wisdom Archive on tissue | | tissue A selection of articles related to tissue | |
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tissue, Tissue
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| ARTICLES RELATED TO tissue | | | | |  tissue: Encyclopedia II - Tissue engineering - Assembly methodsOne of the continuing, persistent problems with tissue engineering is mass transport limitations. Engineered tissues generally lack an intial blood supply, thus making it difficult for any implanted cells to obtain sufficient oxygen and nutrients to survive, and/or function properly.
It might be possible to print organs, or possibly entire organisms. A recent innovative method of construction uses an inkjet mechanism to print precise layers of cells in a matrix of thermoreversable gel. Endothelial cells, the cells that line blood vessels, have been printed in a set of ...
See also:Tissue engineering, Tissue engineering - Cells, Tissue engineering - Engineering materials, Tissue engineering - Synthesis of tissue engineering scaffolds, Tissue engineering - Assembly methods, Tissue engineering - Agencies that Support Tissue Engineering Research Read more here: » Tissue engineering: Encyclopedia II - Tissue engineering - Assembly methods |
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| | | | | tissue: Encyclopedia II - Soft tissue sarcoma - Treatment In general, treatment for soft tissue sarcomas depends on the stage of the cancer. The stage of the sarcoma is based on the size and grade of the tumor, and whether the cancer has spread to the lymph nodes or other parts of the body (metastasized). Treatment options for soft tissue sarcomas include surgery, radiation therapy, and chemotherapy.
Surgery is the most common treatment for soft tissue sarcomas. If possible, the doctor may remove the cancer and a safe margin of the healthy tissue around it. Depending on the size and lo ...
See also:Soft tissue sarcoma, Soft tissue sarcoma - Causes, Soft tissue sarcoma - Affected parts, Soft tissue sarcoma - Frequency, Soft tissue sarcoma - Symptoms, Soft tissue sarcoma - Diagnosis, Soft tissue sarcoma - Treatment, Soft tissue sarcoma - Tables Read more here: » Soft tissue sarcoma: Encyclopedia II - Soft tissue sarcoma - Treatment |
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| | | | | | | tissue: Encyclopedia II - Adipose tissue - Anatomical features Adipose tissue is primarily located beneath the skin, but is also found around internal organs. In the skin, it accumulates in the deepest level, the subcutaneous layer, providing insulation from heat and cold. Around organs, it provides protective padding. It also functions as a reserve of nutrients.
In a severely obese person, excess adipose tissue hanging downward from the abdomen is referred to as a panniculus (or pannus). A panniculus complicates surgery of the morbidly obese, and may remain as a literal "apron of skin" if a severely obese person quickly loses large ...
See also:Adipose tissue, Adipose tissue - Anatomical features, Adipose tissue - Physiology, Adipose tissue - Cultural and social role Read more here: » Adipose tissue: Encyclopedia II - Adipose tissue - Anatomical features |
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| | | | | | tissue: Encyclopedia II - Soft tissue sarcoma - Affected parts Soft tissue sarcomas can arise almost anywhere in the body. About 50 percent occur in the extremities (the arms, legs, hands, or feet), 40 percent occur in the trunk (chest, back, hips, shoulders, and abdomen), and 10 percent occur in the head and neck.
The tables at the end of this article list several types of sarcomas that occur in adults and children.
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See also:Soft tissue sarcoma, Soft tissue sarcoma - Causes, Soft tissue sarcoma - Affected parts, Soft tissue sarcoma - Frequency, Soft tissue sarcoma - Symptoms, Soft tissue sarcoma - Diagnosis, Soft tissue sarcoma - Treatment, Soft tissue sarcoma - Tables Read more here: » Soft tissue sarcoma: Encyclopedia II - Soft tissue sarcoma - Affected parts |
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| | | | | | | | tissue: Encyclopedia II - Histopathology - Preparation for histology The tissue is then prepared using histology procedures for viewing under a microscope. Briefly, the samples are immersed in multiple baths of progressively more concentrated ethanol, to dehydrate the tissue, followed by toluene, and finally hot liquid paraffin. During this 12 to 16 hour process, paraffin will replace the water in the tissue, turning soft, moist tissues into a hard paraffin block. This process is known as embedding.
The process of embedding then allows the sectioning of tissues into very thin (5 - 7 micrometer) ...
See also:Histopathology, Histopathology - Collection of tissues, Histopathology - Preparation for histology, Histopathology - Interpretation Read more here: » Histopathology: Encyclopedia II - Histopathology - Preparation for histology |
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| | | | | tissue: Diseases of the skin and subcutaneous tissue: Encyclopedia II - ICD-10 Chapter L: Diseases of the skin and subcutaneous tissue - L00-L99 - Diseases of the skin and subcutaneous tissue
ICD-10 Chapter L: Diseases of the skin and subcutaneous tissue - L00-L08 Infections of the skin and subcutaneous tissue.
(L00) Staphylococcal scalded skin syndrome
(L01) Impetigo
(L02) Cutaneous abscess, furuncle and carbuncle
(L03) Cellulitis
(L04) Acute lymphadenitis
(L05) Pilonidal cyst
(L08) Other local infections of skin and subcutaneous tissue
(L081) Erythrasma
ICD-10 Chapter L: Diseases of the skin ...
See also:ICD-10 Chapter L: Diseases of the skin and subcutaneous tissue, ICD-10 Chapter L: Diseases of the skin and subcutaneous tissue - L00-L99 - Diseases of the skin and subcutaneous tissue, ICD-10 Chapter L: Diseases of the skin and subcutaneous tissue - L00-L08 Infections of the skin and subcutaneous tissue, ICD-10 Chapter L: Diseases of the skin and subcutaneous tissue - L10-L14 Bullous disorders, ICD-10 Chapter L: Diseases of the skin and subcutaneous tissue - L20-L30 Dermatitis and eczema, ICD-10 Chapter L: Diseases of the skin and subcutaneous tissue - L40-L45 Papulosquamous disorders, ICD-10 Chapter L: Diseases of the skin and subcutaneous tissue - L50-L54 Urticaria and erythema, ICD-10 Chapter L: Diseases of the skin and subcutaneous tissue - L55-L59 Radiation-related disorders of the skin and subcutaneous tissue, ICD-10 Chapter L: Diseases of the skin and subcutaneous tissue - L60-L75 Disorders of skin appendages, ICD-10 Chapter L: Diseases of the skin and subcutaneous tissue - L80-L99 Other disorders of the skin and subcutaneous tissue Read more here: » ICD-10 Chapter L: Diseases of the skin and subcutaneous tissue: Encyclopedia II - ICD-10 Chapter L: Diseases of the skin and subcutaneous tissue - L00-L99 - Diseases of the skin and subcutaneous tissue |
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| | | | | tissue: Encyclopedia II - Biomechanics - Biomechanics of Soft Tissues Soft tissues such as tendon, ligament and cartilage are combinations of matrix proteins and fluid. In each of these tissues the main strength bearing element is collagen, although the amount and type of collagen varies according to the function each tissue must perform. Elastin is also a major load-bearing constituent within skin, the vasculature, and connective tissues. The function of tendons is to connect muscle with bone and is subjected to tensile loads. Tendons must be strong to facilitate movement of the body while at the same time re ...
See also:Biomechanics, Biomechanics - Applications, Biomechanics - Continuum Mechanics, Biomechanics - Biomechanics of Circulation, Biomechanics - Biomechanics of the bones, Biomechanics - Biomechanics of the Muscle, Biomechanics - Biomechanics of Soft Tissues, Biomechanics - Viscoelasticity, Biomechanics - Nonlinear Theories Read more here: » Biomechanics: Encyclopedia II - Biomechanics - Biomechanics of Soft Tissues |
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| | | | | tissue: Encyclopedia II - Programmed cell death - Programmed cell death in plant tissue Basic morphological and biochemical features of PCD have been conserved in both plant and animal kingdoms (see Mazal Solomon, et al.: "The Involvement of Cysteine Proteases and Protease Inhibitor Genes in the Regulation of Programmed Cell Death in Plants", The Plant Cell, Vol. 11, 431-444, March 1999. See also related articles in The Plant Cell Online, [5]). It should be noted, however, that specific types of plant cells carry out unique cell death programs. These have common features with animal apoptosis --for instance ...
See also:Programmed cell death, Programmed cell death - Types of programmed cell death, Programmed cell death - Programmed cell death in plant tissue, Programmed cell death - PCD in pollen prevents inbreeding, Programmed cell death - Programmed cell death in slime moulds, Programmed cell death - Evolutionary origin of PCD, Programmed cell death - Sources Read more here: » Programmed cell death: Encyclopedia II - Programmed cell death - Programmed cell death in plant tissue |
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| | | | | | | tissue: Encyclopedia II - Western blot - Tissue preparation Typically, samples are taken from either tissue or from cell culture. The samples are cooled or frozen rapidly. They are homogenized using sonication or mechanical force. the resulting "whole-cell homogenate" or "whole-cell fraction" can be used as is, or subjected to centrifugation in a series of steps to isolate cytosolic (cell interior) and nuclear fractions. The prepared sample is then assayed for protein content so that a consistent amount ...
See also:Western blot, Western blot - Tissue preparation, Western blot - Gel electrophoresis, Western blot - Transfer, Western blot - Blocking, Western blot - Detection, Western blot - Two step, Western blot - One step, Western blot - Analysis, Western blot - Colorimetric detection, Western blot - Chemiluminescence, Western blot - Radioactive detection, Western blot - Fluorescent detection, Western blot - Secondary probing Read more here: » Western blot: Encyclopedia II - Western blot - Tissue preparation |
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| | | | | tissue: Encyclopedia II - Tooth development - Hard tissue formation
Tooth development - Enamel.
See main article at Amelogenesis
Enamel formation is called amelogenesis and occurs in the crown stage of tooth development. "Reciprocal induction" governs the relationship between the formation of dentin and enamel; dentin formation must always occur before enamel formation. Generally, enamel formation occurs in two stages: the secretory and maturation stages.[24] Proteins and an organic matrix form a partially mineralized enamel in the secretory s ...
See also:Tooth development, Tooth development - Overview, Tooth development - The developing tooth bud, Tooth development - Bud stage, Tooth development - Cap stage, Tooth development - Bell stage, Tooth development - Crown stage, Tooth development - Hard tissue formation, Tooth development - Enamel, Tooth development - Dentin, Tooth development - Cementum, Tooth development - Formation of the periodontium, Tooth development - Periodontal ligaments, Tooth development - Alveolar bone, Tooth development - Gingiva, Tooth development - Nerve and vascular formation, Tooth development - Nerve formation, Tooth development - Vascular formation, Tooth development - Tooth eruption, Tooth development - Nutrition and tooth development, Tooth development - Abnormalities, Tooth development - Tooth development in animals, Tooth development - Notes Read more here: » Tooth development: Encyclopedia II - Tooth development - Hard tissue formation |
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| | | | | tissue: Encyclopedia II - Organ transplant - Major Organs and Tissues Transplanted
Organ transplant - Solid Organs.
Heart (Deceased-donor only)
Lung (Deceased-donor and Living-Donor)
En bloc Heart/Lung (Deceased-donor only)
Liver (Deceased-donor and Living-Donor)
Kidney (Deceased-donor and Living-Donor)
Pancreas (Deceased-donor and rarely Living-Donor)
Small bowel (Small Intestine) (Deceased-donor and Living-Donor)
Kidney-Pancreas (Sometimes simultaneous, sometimes in separate procedures) (Deceased-d ...
See also:Organ transplant, Organ transplant - Types of Transplant, Organ transplant - Autograft, Organ transplant - Allograft, Organ transplant - Xenograft, Organ transplant - Major Organs and Tissues Transplanted, Organ transplant - Solid Organs, Organ transplant - Tissues Cells and Fluids, Organ transplant - Types of Donor, Organ transplant - Living, Organ transplant - Deceased formerly cadaveric, Organ transplant - Special Types, Organ transplant - Split Liver Transplants, Organ transplant - Domino Transplants, Organ transplant - History, Organ transplant - Recent Developments, Organ transplant - Steroid-Free Immunosuppression, Organ transplant - Calcineurin-Inhibitor-Free Immunosuppression, Organ transplant - Paired-Donor Exchange, Organ transplant - Notable people having had organ transplants Read more here: » Organ transplant: Encyclopedia II - Organ transplant - Major Organs and Tissues Transplanted |
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| | | | | tissue: Encyclopedia II - Glucokinase - Function and regulation in pancreas and other neuroendocrine tissue Although most of the glucokinase in the body is in the liver, smaller amounts in the beta and alpha cells of the pancreas, certain hypothalamic neurons, and specific cells (enterocytes) of the gut play an increasingly appreciated role in regulation of carbohydrate metabolism. In the context of glucokinase function, these cell types are collectively referred to as neuroendocrine tissues and they share some aspects of glucokinase regulation and function, especially the common neuroendocrine promoter. Of the neuroendocrine cells, the beta cells ...
See also:Glucokinase, Glucokinase - Substrates and products of GK: glucose is the important substrate, Glucokinase - Terminology: physiologists and physicians prefer glucokinase, Glucokinase - Characteristics of the glucokinase molecule: a monomer with an actin fold, Glucokinase - Kinetic and functional properties of GK: low glucose affinity but uninhibited, Glucokinase - Molecular mechanism of catalysis: critically dependent on sulfhydryl groups, Glucokinase - Genetic aspects of GK: one gene but two promoters, Glucokinase - Tissue distribution of GK: key locations for carbohydrate metabolism, Glucokinase - Function and regulation of GK in the liver: initiator of glycogen synthesis, Glucokinase - Rapid regulation of GK activity in hepatocytes, Glucokinase - Transcriptional regulation of GK in hepatocytes, Glucokinase - Hormonal and dietary regulation of glucokinase in hepatocytes, Glucokinase - Function and regulation in pancreas and other neuroendocrine tissue, Glucokinase - GK in beta cells: a signal for insulin, Glucokinase - GK in alpha cells: suppression of glucagon?, Glucokinase - GK in the brain: glucose sensing in the hypothalamus, Glucokinase - GK in enterocytes: subserving incretin?, Glucokinase - Effects of disease on glucokinase activity, Glucokinase - Diseases caused by glucokinase mutations, Glucokinase - Loss of function mutations cause diabetes, Glucokinase - Gain of function mutations cause hyperinsulinemic hypoglycemia, Glucokinase - Glucokinase as a drug target, Glucokinase - Comparative biology Read more here: » Glucokinase: Encyclopedia II - Glucokinase - Function and regulation in pancreas and other neuroendocrine tissue |
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