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Dermatitis

X-rays find wide applications in X-ray photography and in crystallography. Prolonged exposure of the human body to the rays induces a dangerous form of dermatitis, and even sterility, but controlled exposures are applied to alleviate cancer. [Pg.429]

Repeated exposures to acryhc monomers can produce allergic dermatitis (or skin sensitization) resulting in rash, itching, or sweUing. After exposure to one monomer, this dermatitis may arise upon subsequent exposure to the same or even a different acryhc monomer. [Pg.157]

Dorex is very toxic (see Table 2) and must be handled with extreme care. Because it may produce severe dermatitis on moist skin, it is difficult to use in hot, humid climates inhalation of the dust or spray may irritate the mucous membranes. Whereas symptoms may include a flushed face, tachycardia, headache, vertigo, and hypotension, it does not produce the typical cyanide effect. [Pg.424]

The conditions whereby dandmff, seborrheic dermatitis, and psoriasis dmg products are generally recognized as safe and effective and are not misbranded is available (70). Specific active iagredients that can be used as well as the statement of identity, iadications for use, and required warnings, are identified. Products that do not meet all of these requirements are considered new dmgs and must have an approved NDA for the nonmonograph conditions. [Pg.461]

Atopic Dermatitis. The mechanism of itching associated with atopic dermatitis remains unknown, but histamine is almost certainly involved to some extent as histamine concentrations are increased in the skin and in the plasma of patients with this disorder (39,42). Second-generation H receptor antagonists, unlike first-generation H receptor antagonists, have not been uniformly found to be effective in relieving itching in atopic dermatitis, which may be related to the absence of a sedative effect (43). [Pg.142]

Paraffins. Methane and ethane are simple asphyxiants, whereas the higher homologues are central nervous system depressants. Liquid paraffins can remove oil from exposed skin and cause dermatitis or pneumonia in lung tissue. Generally, paraffins are the least toxic class of hydrocarbons. [Pg.370]

Hydrogen chloride in air can also be a phytotoxicant (88). Tomatoes, sugar beets, and fmit trees of the Pmnus family are sensitive to HCl in air. Exposure of concentrated hydrochloric acid to the skin can cause chemical bums or dermatitis. Whereas the irritation is noticed readily, the acid can be water flushed from the exposed area. Copious use of miming water is the only recommended safety procedure for any external exposure. Ingestion is seldom a problem because hydrochloric acid is a normal constituent of the stomach juices. If significant quantities are accidentally swallowed, it can be neutrali2ed by antacids. [Pg.449]

In humans, cases of dermatitis have been described after contact with DHBs. Combined exposure to hydroquinone and quinone airborne concentrations causes eye irritation, sensitivity to light, injury of the corneal epithelium, and visual disturbances (126). Cases with an appreciable loss of vision have occurred (127). Long-term exposure causes staining due to irritation or allergy of the conjunctiva and cornea and also opacities. Resorcinol and catechol are also irritants for eyes. [Pg.494]

Methanol is not classified as carcinogenic, but can be acutely toxic if ingested 100—250 mL may be fatal or result in blindness. The principal physiological effect is acidosis resulting from oxidation of methanol to formic acid. Methanol is a general irritant to the skin and mucous membranes. Prolonged skin contact with methanol vapor or Hquid can cause dermatitis. Methanol vapor can cause eye and respiratory tract irritation, nausea, headaches, and dizziness. [Pg.280]

Tetrahydronaphthalene is not a highly toxic compound. A threshold limit value of 25 ppm or 135 mg/m has been suggested for Tetralin. Tetralin vapor is an irritant to the eyes, nose, and throat, and dermatitis has been reported in painters working with it (28). The single-dose oral toxicity LD q for rats is 2.9 g/kg (29). [Pg.483]

Eye and Skin Contact. Some nickel salts and aqueous solutions of these salts, eg, the sulfate and chloride, may cause a primary irritant reaction of the eye and skin. The most common effect of dermal exposure to nickel is allergic contact dermatitis. Nickel dermatitis may occur in sensitized individuals following close and prolonged contact with nickel-containing solutions or metallic objects such as jewelry, particularly pierced earrings. It is estimated that 8—15% of the female human population and 0.2—2% of the male human population is nickel-sensitized (125). [Pg.13]

Although most nickel sensitization results from nonoccupational exposures, nickel dermatitis was historically a problem in workplaces where there was a high risk of continuous contact with soluble nickel, eg, in electroplating (qv) shops. Improved personal and industrial hygiene has largely eliminated this problem. However, there are a few occupations involving wet nickel work, particularly where detergents faciUtate the penetration of skin by nickel, where hand eczema may occur (126). [Pg.13]

Protective equipment and clothing such as face shields and gloves should be worn and safety showers should be available wherever there is a possibihty of being splashed or otherwise contacted by nickel-containing solutions. If dermatitis should occur, the possibiUty that it is nickel-related should be brought to the attention of a physician. [Pg.13]

Uncured resins are skin sensitizers and contact should be avoided, as weU as breathing the vapor, mist, or dust. Novolak-based pulverized products generally contain hexamethylenetetramine, which may cause rashes and dermatitis. PhenoHc molding compounds and pulverized phenoHc adhesives must be controUed as potentially explosive dusts. In addition, they contain irritating or toxic additives. [Pg.302]

Phosphoms(V) sulfide is a mild skin irritant and may cause dermatitis in sensitive individuals. The primary health ha2ard results from the Hberation of hydrogen sulfide after contact with moisture. Contact with moisture also forms phosphoric acid. A secondary ha2ard is the formation of sulfur dioxide when phosphoms(V) sulfide bums. The oral LD q of in rats is 389 mg/kg the OSHA standard time-weighted average (TWA) is 1 mg /m (33). [Pg.365]

Acute effects of overexposure are as follows. Exposure to dust may cause mechanical irritation of the eye. PPS is essentially nonirritating to the skin, although freshly molded material may occasionally cause dermatitis. Inhalation of PPS dust may cause mechanical irritation to mucous membranes of nose, throat, and upper respiratory tract. [Pg.451]

Its chief use is as a component in photographic developers. Because the free compound is unstable in air and light, it is usually marketed as the sulfate salt [55-55-0] Metol, mp 260°C (dec.). It also finds appHcation as an intermediate for fur and hair dyes and, under certain circumstances, as a corrosion inhibitor for steel. Prolonged exposure to 4-(/V-methy1amino)pheno1 has been associated with the development of dermatitis and allergies. [Pg.315]

Blood dyscrasias are quite uncommon, but if they occur may be serious enough to cause discontinuance of the therapy. Both topical and systemic adrninistration of sulfas can cause hypersensitivity reactions, such as urticaria, exfoHative dermatitis, photosensiti2ation, erythema nodosum, and in its most severe form, erythema multiformexudativum. (Stevens-Johnson syndrome). In general, however, use of sulfonamide therapy is considered relatively safe. [Pg.469]

Eye contact can cause irritation or bums. Repeated skin contact can result iu dermatitis. Exposure to excessive vapor concentrations irritates the eyes and respiratory tract. Very high concentrations have a narcotic effect (43). [Pg.120]

Sahcyhc acid USP, EP, and other pharmacopeia grades are used medically as antiseptic, disinfectant, antifungal, and keratolytic agents. Sahcyhc acid is formulated in lotion or ointment formulations for the treatment of dandmff, eczema, psoriasis, and various parasitic skin diseases. Because the keratolytic property of this aromatic acid has use in the safe removal of dead skin cells from the surface of healthy skin, the acid is used in concentrated sahcyhc acid solutions or suspensions to remove warts and corns. In more dilute form, sahcyhc acid preparations have found use in dandmff and eczema treatment. Sahcyhc acid has been considered and found effective by the Advisory Committees to the FDA in various over-the-counter (OTC) dmg regulated uses. Among these are acne products, dermatitis, dry skin, dandmff and psoriasis products, and foot care products (24). [Pg.287]

Medicine and Nutrition. A stabilized buffered suspension of selenium sulfide has been marketed for many years as Selsun Blue (Abbott Laboratories) for control of seborrheic dermatitis of the scalp. A similar sulfur or selenium sulfide shampoo containing a metallic cation complex has been prepared (122). Topical appHcation of selenium sulfide controls dermatitis, pmritis, and mange iu dogs (see Cosmetics Veterinarydrugs). [Pg.337]

Amorphous sihca is classified by the Occupational Safety and Health Administration as a nuisance dust. The principal reported health reaction is contact dermatitis resulting from the absorption of protective oils from the skin (1). [Pg.494]

There are hundreds of topical steroid preparations that are available for the treatment of skin diseases. In addition to their aforementioned antiinflammatory effects, topical steroids also exert their effects by vasoconstriction of the capillaries in the superficial dermis and by reduction of cellular mitosis and cell proliferation especially in the basal cell layer of the skin. In addition to the aforementioned systemic side effects, topical steroids can have adverse local effects. Chronic treatment with topical corticosteroids may increase the risk of bacterial and fungal infections. A combination steroid and antibacterial agent can be used to combat this problem. Additional local side effects that can be caused by extended use of topical steroids are epidermal atrophy, acne, glaucoma and cataracts (thus the weakest concentrations should be used in and around the eyes), pigmentation problems, hypertrichosis, allergic contact dermatitis, perioral dermatitis, and granuloma gluteale infantum (251). [Pg.446]

During machining operations, eye protection is recommended during grinding operations, NIOSH-approved respirators for metal fumes and dust are recommended (177). Fine powder of Co is known to cause dermatitis and pulmonary disorders in humans. Most manufacturers supply safety information with their products (178). These should be followed strictly for the welfare of the personnel on the shop floor. [Pg.220]


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AUergic contact dermatitis

Acneiform dermatitis

Acute delayed irritant contact dermatitis

Acute irritant contact dermatitis

Airborne dermatitis, essential oils

Airborne irritant contact dermatitis

Allergenic Contact Dermatitis

Allergenic dermatitis

Allergic Contact Dermatitis (ACD)

Allergic and Photoallergic Contact Dermatitis

Allergic atopic dermatitis

Allergic contact dermatities,

Allergic contact dermatitis

Allergic contact dermatitis Allergens

Allergic contact dermatitis chemicals

Allergic contact dermatitis clinical presentation

Allergic contact dermatitis compounds

Allergic contact dermatitis diagnosis

Allergic contact dermatitis hypersensitivity

Allergic contact dermatitis prevention

Allergic contact dermatitis reactivity

Allergic contact dermatitis resins

Allergic contact dermatitis skin penetration

Allergic contact dermatitis, occupational exposures causing

Allergic irritant dermatitis

Allergic reactions contact dermatitis

Allergy atopic dermatitis

Allergy dermatitis

American Contact Dermatitis Society

Aminoglycoside antibiotics contact dermatitis

Antihistamines in atopic dermatitis

Arthritis-dermatitis syndrome

Atopic contact dermatitis

Atopic dermatitis

Atopic dermatitis Basophil

Atopic dermatitis activation

Atopic dermatitis allergens triggering

Atopic dermatitis antihistamines

Atopic dermatitis cell-mediated reactions

Atopic dermatitis clinical features

Atopic dermatitis clinical presentation

Atopic dermatitis complications

Atopic dermatitis cyclosporine

Atopic dermatitis cytokine expression

Atopic dermatitis diagnosis

Atopic dermatitis disease

Atopic dermatitis efficacy

Atopic dermatitis epidemiology

Atopic dermatitis etiology

Atopic dermatitis evaluation

Atopic dermatitis food allergens

Atopic dermatitis human studies

Atopic dermatitis immunomodulators

Atopic dermatitis immunosuppressants

Atopic dermatitis pathophysiology

Atopic dermatitis pimecrolimus

Atopic dermatitis prevalence

Atopic dermatitis responses

Atopic dermatitis role

Atopic dermatitis side effects

Atopic dermatitis sublingual immunotherapy

Atopic dermatitis tacrolimus therapy

Atopic dermatitis topical corticosteroids

Atopic dermatitis treatment

Atopic dermatitis triggers

Atopic dermatitis, allergic disorder

Atopic dermatitis, tacrolimus efficacy

Atopic dermatitis/eczema

Atopic eczema/dermatitis syndrome

Atopies without dermatitis

Atopy dermatitis

Benzocaine contact dermatitis

Biotin dermatitis

Black-spot poison ivy dermatitis

Bulb dermatitis

Candida dermatitis

Captopril contact dermatitis

Carcinogenicity dermatitis

Cercarial dermatitis

Chemical inducing acute irritant contact dermatitis

Chemokine atopic dermatitis

Chlorhexidine contact dermatitis

Chromate dermatitis

Chronic actinic dermatitis

Chronic dermatitis

Chronic proliferative dermatitis

Compositae dermatitis

Connubial contact dermatitis

Consort contact dermatitis

Contact allergy dermatitis

Contact dermatitis

Contact dermatitis agents causing

Contact dermatitis alantolactone

Contact dermatitis allergens producing

Contact dermatitis antihistamines

Contact dermatitis atropine

Contact dermatitis bufexamac

Contact dermatitis case study

Contact dermatitis cinnamon

Contact dermatitis clinical presentation

Contact dermatitis corticosteroids

Contact dermatitis dibutyl phthalate

Contact dermatitis epidemiology

Contact dermatitis formaldehyde

Contact dermatitis hydrocortisone

Contact dermatitis idoxuridine

Contact dermatitis irgasan

Contact dermatitis irritant

Contact dermatitis methyl methacrylate

Contact dermatitis miconazole

Contact dermatitis ointment causing

Contact dermatitis oxytetracycline

Contact dermatitis pathophysiology

Contact dermatitis propylene glycol

Contact dermatitis retinoic acid

Contact dermatitis risk factor

Contact dermatitis tolnaftate

Contact dermatitis topical drugs

Contact dermatitis treatment

Contact dermatitis, aminoglycosides

Contact dermatitis, definition

Contact dermatitis, occupational exposures causing

Contact dermatitis, plastic gloves

Contact dermatitis, spices

Cumulative irritant contact dermatitis

Cutting-fluid dermatitis

Daffodil dermatitis

Dapsone dermatitis herpetiformis

Deficiency dermatitis

Delayed allergic epoxy dermatitis

Delayed-type hypersensitivity reactions allergic contact dermatitis

Dermatitis allopurinol therapy

Dermatitis antiperspirants

Dermatitis arnica

Dermatitis artichoke

Dermatitis balsam Peru

Dermatitis benzoin

Dermatitis berloque

Dermatitis chamomile

Dermatitis diagnosis

Dermatitis drug-induced

Dermatitis garlic

Dermatitis generalised

Dermatitis ginkgo

Dermatitis herpetiform

Dermatitis herpetiformis

Dermatitis herpetiformis celiac disease

Dermatitis herpetiformis gluten-free diet

Dermatitis industrial

Dermatitis irritative

Dermatitis lavender

Dermatitis lithium treatment

Dermatitis local corticosteroids

Dermatitis medical adhesives

Dermatitis mints

Dermatitis napkin

Dermatitis orange

Dermatitis parsley

Dermatitis quinidine

Dermatitis remedies

Dermatitis retinoic acid

Dermatitis retinoid

Dermatitis sensitisation

Dermatitis sensitising

Dermatitis sensitization

Dermatitis tagetes

Dermatitis treatment

Dermatitis turpentine

Dermatitis yarrow

Dermatitis, allergic

Dermatitis, allergic solvent

Dermatitis, biotin riboflavin

Dermatitis, biotin vitamin

Dermatitis, chemical

Dermatitis, chemically induced

Dermatitis, occupational causes

Dermatitis—cont

Dermatitis—cont contact

Diaper dermatitis

Diaper dermatitis treatment

Diclofenac allergic contact dermatitis

Diclofenac dermatitis

Dimethylfumarate contact dermatitis

Diphenhydramine allergic contact dermatitis

Doxepin in atopic dermatitis

Drug additives contact dermatitis

Dry skin in atopic dermatitis

Eczema/dermatitis

Eczematous dermatitis

Enzymes irritant dermatitis

Epoxy Resin Dermatitis

Ethylenediamine industrial dermatitis

Exfoliative dermatitis

Exfoliative dermatitis, allergic drug reaction

Exogenous dermatitis

Eyelid atopic dermatitis

Eyelid contact dermatitis

Fiberglass dermatitis

Fiberglass irritant contact dermatitis

Fisher contact dermatitis

Flux dermatitis

Food additives contact dermatitis

Formaldehyde allergic contact dermatitis

Fresh-water dermatitis

Garlic contact dermatitis from

Geraniol allergic contact dermatitis

Hand compositae dermatitis

Hand dermatitis

Hydroxyzine in atopic dermatitis

Immunological disease Contact dermatitis

In atopic dermatitis

Incidents dermatitis

Irritant contact dermatitis, occupational exposures causing

Irritant dermatitis

Irritant epoxy dermatitis

Irritant hand dermatitis

Lacquers dermatitis

Latex irritant dermatitis

Lyral contact dermatitis

Mascara contact dermatitis

Metronidazole contact dermatitis

Nickel contact dermatitis

Nickel dermatitis

Oats, celiac disease dermatitis herpetiformis

Occupational allergic contact dermatitis

Occupational contact dermatitis

Occupational contact dermatoses/dermatitis

Occupational dermatitis

Occupational irritant contact dermatitis

Paints dermatitis

Pellagra Dermatitis

Perfume dermatitis

Perioral dermatitis

Photo contact dermatitis

Photoallergic contact dermatitis

Photocontact allergic dermatitis

Photocontact dermatitis

Photoirritant contact dermatitis

Photosensitive dermatitis

Pigmented contact dermatitis

Poison-ivy dermatitis

Primula dermatitis

Prognosis of occupational contact dermatitis

Protein contact dermatitis

Psoriatic-like dermatitis

Public health, allergic contact dermatitis

Pustular irritant contact dermatitis

Quinine contact dermatitis

Radiation dermatitis

Recall dermatitis

Rhus dermatitis

Sabra dermatitis

Salmonella dermatitis

Salt-water dermatitis

Seborrheic dermatitis

Seborrhoeic dermatitis

Seborrhoeic dermatitis dandruff

Seborrhoeic dermatitis scalp

Sensitivity dermatitis

Sesquiterpene dermatitis

Skin Irritation or Dermatitis

Skin disorders dermatitis

Subject atopic dermatitis

Subjective irritant contact dermatiti

Suppurative dermatitis

Suppurative dermatitis use of Platycodon grandiflorum

T-lymphocytes in atopic dermatitis

Tacrolimus atopic dermatitis

Tacrolimus in atopic dermatitis

Textiles dermatitis

Toluene diisocyanate allergic contact dermatitis

Toxicodendron dermatitis

Toxicodendron radicans dermatitis

Varnishers dermatitis

Vitamin Seborrheic dermatitis

Workers Dermatitis

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