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Healing, wound

In addition, protective and water-insoluble biodegradable films based on gellan have been prepared, characterized and evaluated for their effects on the wound healing process. The prepared films were further crosshnked with l-ethyl-3-(3-dimethylaminopropyl) carbodiimide crosslinker (EDC) to provide a optimum mechanical strength and make [Pg.15]

Hoelgaard (1991) prepared HGH in soft, porous, flexible sheets from hydroxyethyl cellulose and poly(ethylene glycol) 6000 using a lyophilization process. The HGH biological activity as measured by rat tibia test and HGH-receptor assay was reportedly maintained. [Pg.312]


Human growth hormone, used as a human pharmaceutical, is approved for only one indication in the United States, treatment of growth failure owing to hGH deficiency, a condition known as pituitary dwarfism. However, clinical trials are under way to test its efficacy in Turner s syndrome, bums, wound healing, cachexia, osteoporosis, constitutional growth delay, aging, malnutrition, and obesity. [Pg.196]

Pharmaceutical Applications. Sucrose has a long history in the manufacture of pharmaceuticals. It imparts body to symps and medicinal hquids and masks unpleasant tastes. Sucrose also functions as a diluent to control dmg concentrations in medicines, as an ingredient binder for tablets, and to impart chewiness to the latter. Sustained-release medications and protective tablet glazes are prepared using sucrose (41). Sucrose-based sugar pastes are used to promote wound healing (58). [Pg.6]

In paints, zinc oxide serves as a mildewstat and acid buffer as well as a pigment. The oxide also is a starting material for many zinc chemicals. The oxide supphes zinc in animal feeds and is a fertilizer supplement used in zinc-deficient soils. Its chemical action in cosmetics (qv) and dmgs is varied and complex but, based upon its fungicidal activity, it promotes wound healing. It is also essential in nutrition. Zinc oxide is used to prepare dental cements in combination with eugenol and phosphoric and poly(acrylic acid)s (48) (see Dental materials). [Pg.423]

Insufficient zinc results in slowed growth, delayed wound healing, poor appetite, mental lethargy, and sexual immaturity and it interferes with the immune response. The main function of zinc in metaboHsm is enzymatic and there is evidence of other physiologic roles, eg, in stabilization of membrane stmcture (57). [Pg.423]

Congenital deficiency of Factor Xlll is inherited as an autosomal recessive trait and is frequendy recognized at birth because of delayed persistent hemorrhage from the umbiUcus. In Factor Xlll-deficient people wound healing is defective and wound dehiscence is common. [Pg.175]

A skin wound cleanser is a nonirritating, Hquid preparation (or product to be used with water) that assists in the removal of foreign material from small superficial wounds, does not delay wound healing, and may contain an antimicrobial ingredient. [Pg.140]

Hydroxymethyl-6-methyluracil (1043) was prepared many years ago from 6-methyl-uracil and formaldehyde, or in other ways. Since 1956 it has received much attention in the USSR under the (transliterated) name pentoxyl or pentoxil. It is used in several anaemic and disease conditions. For example, a mixture of folic acid and pentoxyl quickly reduces the anaemia resulting from lead poisoning pentoxyl stimulates the supply of serum protein after massive blood loss it stimulates wound healing it stimulates the immune response in typhus infection and it potentiates the action of sulfonamides in pneumococcus infections (70MI21300). [Pg.154]

Spotnitz, W.D., Falstrom, J.K. and Rodeheaver, G.T., The role of sutures and fibrin sealant in wound healing. In Barbul, A. (Ed.), Surgical Clinics of North America — Wound Healing. W.B. Saunders, London, 1997, pp. 1-19. [Pg.1126]

Contact inhibition is observed in the process of wound healing and describes the ability of a tissue to stop cell proliferation again after cellular multiplication has filled up the defect caused by a wound. [Pg.387]

Panthenol is frequently used in ointments and solutions for the treatment of burns, anal fissures, and inflammation of the conjunctiva. The vitamin has to be substituted in patients on total parenteral nutrition and in those who regularly undergo dialysis. Hypervitamin-osis has not been observed for doses up to 5 g/d (22). Furthermore, the administration of pantothenic acid leads to improved surgical wound healing due to its antiinflammatory properties. [Pg.933]

Epidermal Maturation and Wound Healing. All three PPAR isotypes are expressed during epidermal maturation each isotype has a specific pattern of expression in regard to development and the various layers of the epidermis. An important role for PPARS in the development and/or maintenance of normal skin health is indicated by the presence of defective wound healing in the PPARS-null mouse. [Pg.944]

Elson ML (1998) The role of retinoids in wound healing. J Am Acad Dermatol Suppl 39 79-81... [Pg.1078]


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Active textile dressings for wound healing

Adhesive wound healing strength

Alginate wounds healing

Algins wound healing

Angiogenesis wound healing

Articular cartilage, wound healing

Ascorbic acid healing of wounds, effect

Baccharis grisebachii for wound healing

Bum wounds, healing

COX enzymes in wound healing

Carbohydrates, wound healing

Chitin wound healing

Chitosan wound healing

Copper, wound healing

Corneal epithelial wound healing

Curcumin wound healing

Current and future paradigms wound healing

Cutaneous Wound Healing

Dermal wound healing

Diet, wound healing

Electrotaxis and wound healing

Foreign-body response wound-healing

Hydrogel wound healing dressings

Lipids, wound healing

MC as a Wound Healing System

Macrophage in wound healing

Metalloproteases in wound healing

Morphine wound healing

Nitric oxide wound healing

Non-healing wounds

Nutrients, promoting wound healing

Protein, wound healing

Remodeling phase, wound healing

Rheumatoid arthritis wound healing

Role in wound healing

Role of Chitin, Chitosan and Derivatives in the Wound Healing Process

Scurvy Wound healing

Systemic drug delivery, wound healing

The process of wound healing

Therapeutic proteins, wound healing

Therapeutic proteins, wound healing delivery systems

Therapeutic proteins, wound healing functions

Therapeutic proteins, wound healing growth factors

Tissue wound healing strength

Types of textile used in wound healing

Vitamin wound healing

Wound Healing and Bone Regeneration

Wound Healing and Repair

Wound Healing and Scarring

Wound healing Alkaline phosphatase

Wound healing Cell proliferation

Wound healing Collagen

Wound healing Collagen formation

Wound healing Contact inhibition

Wound healing Fibroblasts

Wound healing Mitosis

Wound healing Scar tissue

Wound healing Tensile properties

Wound healing and fibrosis

Wound healing cascade

Wound healing connective tissue proliferation

Wound healing contraction

Wound healing delivery systems

Wound healing dressings

Wound healing echinacea

Wound healing epithelialization

Wound healing functions

Wound healing gene therapy

Wound healing growth factors

Wound healing hemostasis

Wound healing herbal medicine

Wound healing in chronically

Wound healing inflammation

Wound healing inflammation phase

Wound healing materials

Wound healing metalloproteases

Wound healing model

Wound healing principles

Wound healing proliferation phase

Wound healing properties

Wound healing release kinetics

Wound healing remodeling

Wound healing scaffold materials

Wound healing yeast

Wound healing, aberrant

Wound healing, moist

Wound healing, pantothenic acid

Wound healing, response of bone

Wound-healing Accelerators

Wound-healing potato discs

Wound-healing response

Wounds epidermal healing

Wounds healing modulation

Wounds healing process

Zinc, wound healing

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