Plant dermatitis can be classified as primary irritant dermatitis, allergic contact dermatitis, phytophotodermatitis and pseudophytophotodermatitis. Among these, allergic contact dermatitis is seen most freguently. It is generally known that dermatitis causing plants have various characteristics depending on the habitat af different plants. Until now we have had great difficulty in finding the causative factors in plant dermatitis in Korea. This is due to the fact that we do not have anr comprehensive reports regarding domestic or imported timbers concerned in contact dermatiti. The purpose of this thesis is to gather the basic materials necessary to discover the cauae of plant contact dermatitis. All kinds of trees, flowers, and grasses in Korea and imported timbers concerned with contact dermatitis were considered in this study. We strove to ascertain whether the species in our country are the same as found in foreign countries or other different speceies are in our country under the sarne genus found in foreign countries. The basis for our study is several Korean plant books as well as interviews with several native botanists. Vie also discussed major families af plants causing or possible causing plant dermatitis in Korea.
Dermatitis ; Dermatitis, Allergic Contact ; Dermatitis, Contact* ; Dermatitis, Irritant ; Ecosystem ; Flowers ; Humans ; Korea ; Plants ; Poaceae ; Trees

The clematis apiifolia A.P. DC. is a plant which belongs to Clematis Linne, Ranunculaceae. It contains anemonol, clematiscampher, clematin, labenzyme, saponin, of which anemonol is a probable irritant reacting component. We report two cases of irritant dermatitis due to Clematis apiifolia A.P.DC. plant. These patients developed painful, inflamed erythematous patches with flaccid bullae and erosions on the application sites of the crushed plant for self-treatment of arthralgia.
Arthralgia ; Clematis* ; Dermatitis, Irritant* ; Humans ; Plants ; Ranunculaceae ; Saponins

Ranunculus tachiorei is a member of the buttercup family (Ranunculaceae) which contains unsaturated lactone and protoanemonine. Protoanemonine is formed by the breakdown of the glycoside Ranunculin after injury to the plant and causes severe vesiculation and linear streaks after contact with field buttercups(Ranunculus spp.) The amount of protoanemonine in buttercups varies widely with the species of plant and its stage of growth, the highest content being at the time of flowering. We report a case of primary irritant dermatitis due to contact with Ranunculus Tachiorei which was applied for the folk treatment of Bell palsy.
Bell Palsy ; Dermatitis, Irritant* ; Flowers ; Humans ; Plants ; Ranunculus*

1. Napotol solution was topically applied on a trial basis for the treatment of superficial fungal infections and 56% of patients had an excellent benefit and 14% of patients had an irritant dermatitis during the treatment. 2. The main compoeition of Napotol solution is drived from ethsnolie extraction of a natural plant and it's pharmacological action to fungal infection is not known,, yet it's antifungal action is potent as compared to other antifungal topical medicines, Napotol solution also including salicylic acid and benzoic acid, which are well known as possessing a potent antifungal property, may be accelerating it's function for the treatment of superficial fungal infection.
Arthrodermataceae* ; Benzoic Acid ; Dermatitis, Irritant ; Humans ; Plants ; Salicylic Acid

Irritant dermatitis is the most frequent type of plant-related dermatitis. Plant families most commonly associated with irritation are Ranunculaceae, Euphorbiaceae, Cruciferae, Brassicaceae, Urticaceae, and Solanaceae. We report a case of irritant contact dermatitis caused by Ranunculus japonicus for the treatment of arthralgia in a 78 year old female.
Aged ; Arthralgia ; Brassicaceae ; Dermatitis ; Dermatitis, Contact ; Dermatitis, Irritant* ; Euphorbiaceae ; Female ; Humans ; Plants ; Ranunculaceae ; Ranunculus* ; Solanaceae ; Urticaceae

Granuloma gluteale infantum has been applied to a condition arising as a complication of primary irritant dermatitis. Plastic pants, and the use of topical corticosteroids to treat diaper dermatitis are believed to be important precipitating factors. Candida albicans has been considered as an etiologic agent. The characteristic lesions are violaceous, oval nodules, occuring on the convexities of the diaper area in 2- to 9-month-old infants with a history of diaper dermatitis. We report a case of granuloma gluteale infantum that developed in a 3 month-old infant who had multiple violaceous nodules over the diaper area of the genitocrural region.
Adrenal Cortex Hormones ; Candida albicans ; Dermatitis ; Dermatitis, Irritant ; Granuloma* ; Humans ; Infant ; Plastics ; Precipitating Factors

The buttercup is an inportant irritant plant which contairs an unsaturated lactone, protoanemonin, formed by the breakdown of a glucoside in injured plants. We report the three cases of irritant contact dermatitis due to buttercup(Ranunculus sceleratus). These patient developed erythematous and edematous patches with tense vesicles or bullae on t,he application site of pounded buttercup for the treatment of diabetes mellitus, arthralgia, and neuralgia, respectively.
Arthralgia ; Dermatitis, Contact ; Dermatitis, Irritant* ; Diabetes Mellitus ; Humans ; Neuralgia ; Plants ; Transcutaneous Electric Nerve Stimulation

Dermatitis, Contact ; diagnosis ; etiology ; therapy ; Dermatitis, Irritant ; diagnosis ; etiology ; therapy ; Humans

BACKGROUND: Nail lacquer strengthens and protects the nail plate by preventing excess loss of moisture and providing a hard surface. On the other hand, it may produce allergic contact and irritant dermatitis, paronychial and nail bed inflammation and infection, dystrophic nails and onycholysis. OBJECTIVE: The purpose of study was to investigate the effect of the nail lacquer on the barrier function of the nail. METHODS: The study populatian consisted of 25 healthy young subjects who had not applied the nail lacquer to the nail for the last 3 months. Nail lacquer was applied to the left thumb and middle fingernail for 6 weeks and then removed by acetone. Transonychial water loss(TOWL) of the treated left fingernails and the untreated corresponding right fingernails was measured with an Evaporimeter. Lipids of the nails were extracted from distal nail cuttings and analysed by thin layer chromatography. RESULTS: 1. Before application of the nail lacquer, there was no difference in TOWL between the left and right fingernails while the TOWL of the thumb nail was higher than that of the middle fingernail with a statistical significance(p<0.05). 2. The TOWL of the left fingernails, measured 1 day, 2, 4 and 6 weeks after application of the nail lacquer, was lower than that of the untreated right fingernails with a statistical significance( p< 0.05). 3. The TOWL of the left fingernails, measured 1, 3 and 7 days after removal of the nail lacquer by acetone, was not different statistically from that of the untreated right fingernails. 4. Lipid analysis demonstratcd that the cholesterol content was higher in the left fingernail which had been covered with nail lacquer than in the untreated right fingernail. 5. There was no clinical adverse effect observed during application of the nail lacquer or after removal of it. CONCLUSION: According to the results of the study, nail lacquer has some occlusive effects on transonychial water evaporatior . Because increased cholesterol content may be due to perturbations of barrier function , further studies of the effect of the nail lacquer on the barrier function of the nail will be needed.
Acetone ; Cholesterol ; Chromatography, Thin Layer ; Dermatitis, Irritant ; Hand ; Inflammation ; Lacquer* ; Nails ; Onycholysis ; Thumb

BACKGROUND: With the development of bioengineering techniques for noninvasive characterization of skin pathophysiology, the induction of irritant dermatitis by surfactants has been extensively studied. OBJECTIVE: We performed this study to compare the skin responses in terms of transepidermal water loss (TEWL) and erythema induced by benzalkonium chloride (BAC), a well-known non-corrosive irritant, in comparison with sodium lauryl sulfate (SLS), a representative corrosive irritant. METHOD: We applied 0.1, 0.2, 0.5, 1, and 2% solutions of BAC and SLS on volar forearm skin for 24 hours using a large Finn chamber with filter paper disc on 19 normal healthy subjects. TEWL and erythema index (E-index) were measured prior to testing, then at 30 minutes, one day, two days, three days, one week, and two weeks after the removal of the patches. RESULTS: TEWL values of BAC and SLS patch areas increased with concentration. However, BAC induced a significantly lower TEWL increase than SLS did at the corresponding concentrations. TEWL induced by BAC was highest at 30 minutes after the removal of the patch, whereas TEWL induced by SLS was highest at one day. TEWL values had recovered with the passage of time to baseline values at 2 weeks after removal of the patch at lower concentrations (0.1, 0.2, 0.5%) of SLS, but still showed significantly high TEWL values at 1% and 2% concentration SLS patch areas. TEWL values of BAC in 0.1, 0.2, 0.5 and 1% concentrations had recovered to the baseline values at 2 weeks after the removal of the patch, but not in 2% concentration BAC patch areas. E-indices of BAC and SLS increased with concentration in a similar reaction pattern. E-index induced by BAC was highest at 30 minutes after the removal of the patch, and E-index induced by SLS was highest at 30 minutes or 1 day after the removal of the patch. E-index of each concentration, except 2%, had recovered with the passage of time to baseline values on both BAC and SLS patch areas at 2 weeks, but E-indices of both 2% BAC and SLS did not recover at 2 weeks. CONCLUSION: Benzalkonium chloride showed much less damage to the skin barrier function compared to the corresponding concentration of SLS, whilst they showed a similar degree of erythema. Skin barrier function affected by the corrosive irritant SLS would need a more prolonged recovery time than skin barrier disruption by non-corrosive irritant BAC.
Benzalkonium Compounds* ; Bioengineering ; Dermatitis, Irritant ; Erythema ; Forearm ; Skin* ; Sodium Dodecyl Sulfate* ; Sodium* ; Surface-Active Agents