[BoDD logo]

Custom Search

 
Google uses cookies
to display context-
sensitive ads on this
page. Learn how to
manage Google cookies
by visiting the

Google Technologies Centre

 
 
 
 
 ▼ ▼ ▼ ▼ ▼ ▼ ▼

 

 

 ▲ ▲ ▲ ▲ ▲ ▲ ▲

[BBEdit logo]

   Index



 

SOLANACEAE

(Nightshade family)

 

More than 2000 species in 90 genera are found in tropical and temperate regions. Central and South America are the chief centres of distribution.

The family includes a number of commercially-important crop plants, including the potato (Solanum tuberosum L.), tomato (Solanum lycopersicum L.), eggplant or aubergine (Solanum melongena L.), chili pepper (Capsicum annuum L.), goji berry (Lycium barbarum L. and Lycium chinense Mill.), and tobacco (Nicotiana tabacum L.).

[Summary yet to be added]


Acnistus arborescens

The leaves, which have been used for many years to treat cancerous growths, yield a tumour inhibitory lactone (Kupchan 1970b).



Atropa belladonna L.
Belladonna, Deadly Nightshade

The sap of the plant can cause dermatitis of the hands and face of labourers who cut it and persons handling the berries can develop vesico-pustular eruptions on the face with disorders of visual accommodation (Schwartz et al. 1957, Behl et al. 1961, McCord 1962). Ingestion of the plant can produce persistent erythema, urticaria, vesicular eruptions and hyperhidrosis (Brooks 1958). Atropine was recognised as a cause of dermatitis by Collins in 1888. Atropine, used in the eye, can produce allergenic kerato-conjunctivitis; allergy to homatropine is rare (Duke-Elder 1965). Apparent conjunctival allergy can result from old solutions of atropine in which irritant degradation products occur (Theodore 1953).

Gardiner (1922) noted that dermatitis venenata may be seen after the application of a Belladonna Plaster. The skin of pharmacists and chemists is sometimes affected by atropine (dl-hyoscyamine) (Herxheimer 1912, Dobkewitsch & Sidi 1948, Schwartz et al. 1957).



Browallia

Six species, native to tropical America and the West Indies, are cultivated as greenhouse or house plants.



Browallia speciosa var major

A woman who was contact sensitive to Streptocarpus showed a positive patch test reaction to this plant (Agrup and Fregert 1968).



Brugmansia x candida Pers.
(syn. Datura candida Saff.)
Angel's Trumpet, White Angel's Trumpet, Weiße Engelstrompete

Nausea, violent headache, weakness in the knees, and even torpor may be produced by the powerfully aromatic blooms of Datura candida (Morton 1969).



Brugmansia cornigera Lagerh.
(syn. Datura cornigera Hook.)
Angel's Trumpet, Trumpet Flower

[Information available but not yet included in database]



Brugmansia suaveolens Bercht. & J. Presl
(syn. Datura suaveolens Humb. & Bonpl. ex Willd.)
Angel's Trumpet, White Angel's Trumpet, Duftende Engelstrompete

Nausea, violent headache, weakness in the knees, and even torpor may be produced by the powerfully aromatic blooms of Datura suaveolens (Morton 1969).

The plant yields poisonous honey (Morton 1964).



Capsicum L.

[Information available but not yet included in database]



Capsicum annuum L. var annuum
(syns Capsicum annuum L. var frutescens Kuntze, Capsicum annuum L. var minimum Heiser, Capsicum fastigiatum Blume, Capsicum frutescens auct., Capsicum minimum Mill.)
Bell Pepper, Cayenne Pepper, Cherry Pepper, Chilli, Cone Pepper, Japapeno Pepper, Paprika, Pimento Pepper, Red Pepper, Sweet Pepper, Poivre de Cayenne, Cayennepfeffer, Gemüsepaprika

Several thousand chilli pepper cultivars are recognised in the Chilli Pepper Database (http://www.thechileman.org/; accessed August 2013), but these also include peppers derived from other species, including Capsicum pubescens Ruiz & Pavón and Capsicum frutescens L., and also including interspecific hybrids. Black pepper and also white pepper is derived from Piper nigrum L., fam. Piperaceae, an unrelated plant.

Intense skin irritation of the hands in two teenage girls was attributed to working with chillies; the irritant appeared to penetrate rubber gloves (Cleland 1931). The fruit, even when dried, can have a vesicant effect (Aplin 1966). The smoke of burning chillies is irritant to the mucous membrane and was used for torture (Burkill 1935). Red pepper, marketed as a nostrum for rheumatism produced dermatitis (Report of Bureau of Investigation 1929). Submucous fibrosis of the palate and fauces has been observed in India where a high intake of chilli occurs. Recurrent oral ulceration can also occur. Capsicum was used as a home-remedy producing a rubefacient effect and, if its application were continued, vesication could occur (White 1887).

Inhalation of paprika can produce paprika splitter's lung, a form of allergic alveolitis (Morgan and Seaton 1975).

[Further information available but not yet included in database]



Capsicum frutescens L.
(syn. Capsicum minimum Blanco)
Bird Pepper, Cayenne Pepper, Chilli Pepper, Tabasco Pepper

This species provides a particular type of chilli pepper known as the tabasco, from which the well-known Tabasco™ Sauce has been prepared since 1868. Many other Capsicum frutescens cultivars are described in the Chilli Pepper Database (http://www.thechileman.org/; accessed August 2013).

[Further information available but not yet included in database]



Cestrum

150 species are native to warm regions of America and the West Indies. Some can produce mechanical injury (Oakes and Butcher 1962).



Cestrum nocturnum L.
(syns Cestrum leucocarpum Dunal, Cestrum scandens Thib. ex Dunal, Cestrum suberosum Jacq.)
Lady of the Night, Night-Blooming Jessamine, Queen of the Night

The fragrant nocturnal emanations of the flowers may induce intense headache, nausea, dizziness, throat irritation or sneezing (Morton 1969).



Cestrum parqui L'Hér.
Green Cestrum

The plant is toxic to humans and can cause oral and dermal poisoning (Bull & Burrill 2002).



Datura L.

Ten species are found in tropical and warm temperate regions. Several bear fruits adorned with rigid spines. Gardner & Bennetts (1956) provide a drawing comparing the spiny fruits of Datura ferox L., Datura leichhardtii F. Muell., Datura metel L., and Datura stramonium L.

Morton (1958) asserted that contact with Datura plants can irritate the skin of sensitive individuals.



Datura ferox L.

The plant has spines capable of producing mechanical injury (Verdcourt and Trump 1958).



Datura metel L.

Scopolamine, derived from the plant, can produce dermatitis of the eyelids (Duke-Elder 1965).



Datura meteloides DC. ex Dunal

The fruit of this herbaceous perennial plant bears long sharp spines (Gardner & Bennetts 1956).



Datura stramonium L.
Thorn Apple

A number of alkaloids, including atropine, hyoscyamine and hyoscine are present in all parts of the plant especially in the capsule and seeds.

The fruit-capsule is covered with small sharp spines. Gardner & Bennetts (1956) provide a drawing comparing the fruits of this species with those of three other species of Datura. These authors also include Datura stramonium in a list of plants known or suspected of causing dermatitis. The plant causes swelling of the eyelids of those who collect it (Cheney, cited by White 1887). Numerous authors have referred to dermatitis in gardeners, farmers and pharmacists from all parts of the plant but case reports are lacking. Blohm (1962) noted no ill-effect from rubbing the leaf in his hands. Dermatitis from atropine is noted under Atropa. Hyoscine (scopolamine) can cause allergic keratoconjunctivitis (Duke-Elder 1965).

Ocular effects can result from entry of seeds into the conjunctival sac of farmers at harvest-time (Simmons 1957).

The seeds may be present as contaminants of edible seed mixtures and the leaves are used to make tea for asthma (Francis and Southcott 1967).

Dust from the weed can produce mydriasis (Goldey et al. 1966). Tomato (Solanum lycopersicum L.) grafted onto the plant produced adverse effects from a content of alkaloids (Miller 1975) which are hallucinogenic (Mahler 1975).

The plant yields poisonous honey (Morton 1964).



Duboisia

A pharmaceutical worker, engaged in processing the leaf for extraction of hyoscyamine, atropine and hyoscyine, developed dermatitis of the finger webs, dorsa of hands, neck and shins. A similar attack occurred when he was put to work extracting Heliotropium spp. (fam. Boraginaceae). Patch tests were not recorded. The alkaloids of these plants are chemically distinct but both are tertiary bases containing one nitrogen atom in alicylic rings and at least one esterified hydroxy group. This structure was suggested as the connon denominator in the causation of the dermatitis from the botanically unrelated plants (Trautner 1949).



Hyoscyamus niger L.
(syns Hyoscyamus agrestis Kit. ex Schult., Hyoscyamus bohemicus F.W. Schmidt)
Black Henbane, Henbane, Stinking Nightshade

The roots can be mistaken for parsnips (Pastinaca) with untoward effects (Forsyth 1954). Inunction of the skin with Oil of Henbane can cause painful blistering (Schwartz et al. 1957). Agrup et al. (1970) observed positive patch test reaction to methscopolamine, its nitrate and scopolamine hydro-bromide. Dermatitis from scopolamine (hyoscyine) is noted under Datura.



Lycium L.

Perhaps 90 species are found in temperate and tropical regions. Many are thorny, Lycium afrum L. (kaffir boxthorn), Lycium ferocissimum Miers (African boxthorn) and Lycium horridum Thunb. certainly being able to inflict mechanical injury. Their thorns are said to be poisonous; injuries from them are said to be slow to heal (Ewart 1909, Hurst 1942, Howes 1946, Aplin 1976).

Other well-known thorny species include:

Lycium barbarum L. — Boxthorn
Lycium californicum Nutt. ex Gray — California Desert-Thorn
Lycium carolinianum Walt. — Carolina Desert-Thorn
Lycium chinense Mill. — Chinese Desert-Thorn
Lycium cooperi Gray — Peach Thorn
Lycium exsertum Gray — Arizona Desert-Thorn
Lycium fremontii Gray — Fremont's Desert-Thorn
Lycium hassei Greene — Santa Catalina Island Desert-Thorn
Lycium pallidum Miers — Pale Desert-Thorn
Lycium parishii Gray — Parish's Desert-Thorn
Lycium puberulum Gray — Downy Desert-Thorn
Lycium richii Gray — Baja Desert-Thorn
Lycium sandwicense Gray — Hawaii Desert-Thorn
Lycium shockleyi Gray — Shockley's Desert-Thorn
Lycium texanum Correll — Texas Desert-Thorn
Lycium torreyi A. Gray — Squawthorn, Torrey Wolfberry
Lycium tweedianum Griseb. — Tropical Desert-Thorn
Lycium verrucosum Eastw. — San Nicholas Desert-Thorn 


Nicotiana

21 species are native to Australia and Polynesia, 45 to North and South America. Several furnish tobacco.

Chemistry is reviewed by Schmeltz (1972), historical aspects by Redmond (1970).



Nicotiana tabacum L.
(syns Nicotiana chinensis Fischer ex Lehm., Nicotiana mexicana Schldl., Nicotiana pilosa Dunal)
Tobacco

Agricultural chemicals such as fertilisers and insecticides which are used in the field and chemical additives during processing must be considered as possible causes of dermatitis from the plant and its products. From patch testing farmers Szego (1965), Szego and Szilvassy (1966) concluded that the leaf of the plant contains heat-stable and heat-labile allergens.

Early reports of dermatitis from tobacco processing were reviewed by Prosser White (1934). Mechanical trauma and irritant dermatitis of the hands particularly of the thumb and index finger, hyperkeratosis and nail dystrophy are reported (Nasution et al. 1973).

Waterers and sorters of the leaves in cigar-making tend to develop skin infection unless great cleanliness is observed; the mucous membranes may be affected by fragments of leaf most severely near the lower front teeth (Prosser White 1934). Dust in tobacco factories causes skin infection and paronychia from mechanical or frictional injury by angular fragments of tobacco leaf (Prosser White 1934). A woman sorting out the pressed leaves of tobacco in a cigarette factory developed blisters on the hands, face and uncovered parts of the neck. She recovered on leaving this work but, on return to it, she relapsed (Karrenberg 1927, 1928). Dermatitis is fairly common in the process of stripping tobacco. Tobacco twist is lubricated with olive oil which is irritating (Prosser White 1934). Dermatitis was due to chemicals used in tobacco processing or by the fermenting process itself (Schwartz et al. 1957).

During a nine year period (1941-1949), 1065 cases of hand eruptions were reported in one large plant where cigars were manufactured. Patch tests to tobacco were negative. Wet work and alkali exposure appeared responsible. One per 1000 patients is susceptible to the smell of tobacco; nausea and vomiting are noted within the first 24 to 48 hours (Samitz et al. 1949).

Vero and Genovese (1941) in an observation made over a period of 25 years state that the dermatoses encountered among cigar workers were chiefly due to infections, injuries and chemicals rather than to hypersensitivity to tobacco. They reported 3 cases of hypersensitivity to tobacco in cigar makers. Positive patch tests were obtained to both filler and wrapper in one case, and to the filler in two other cases. In 60 cases of hand dermatitis in cigar-workers observed by Franchi (1937) irritation from gum and tobacco rather than contact allergy was considered to be responsible. Davis (1924) reported dermatitis in a cigar salesman of seasonal occurrence and attributed to handling tobacco.

Patch tests with maceration and decoction products of fresh tobacco leaves and with powdered dry leaves produced positive reactions in four of 19 women employed in tobacco fermentation work (Szego and Szilvassy 1968). Two patients with vesicular dermatitis who were employed in the tobacco industry had positive patch tests to tobacco leaves (Panconesi 1954).

Dermatitis in the tobacco industry is uncommon (Gross 1931, Samitz et al. 1949, Thiers et al. 1965, Shanon and Tas 1958, Panconesi 1954, Silvette et al. 1957). Tests were positive to wet tobacco leaf and negative to dry leaf (Prosser White 1934) and to old partially fermented leaves but not to new leaves (Vero and Genovese 1941). Contact with raw tobacco leaves, dry tobacco and cigars appeared to be innocuous (Vero and Genovese 1941).

Karrenberg (1928) obtained a positive patch test and Vero and Genovese (1941) negative patch tests in workers who had dermatitis attributed to tobacco. Cured and fermented leaf, but not the raw leaf could occasionally cause dermatitis. Dermatitis of the hands followed tobacco-smoking; a patch test was negative, an intradermal test positive (Cormia and de Gara 1965). Allergic dermatitis was found to be rare in tobacco workers; only three persons showed positive patch test reactions to the leaf (Samitz et al. 1949). Nine cases were reported by Chanial et al. (1970). Injections of tobacco extract produced generalised eczema (Harkavy 1939).

Smoking cigarettes with the lighted end inside the mouth produced palatal changes (Jensen and Williams 1964). Pipe-smoking and retention of tobacco snuff in the mouth can produce premalignant changes in the mucous membrane and cancer (Forsey and Sullivan 1961, Stecker et al. 1964). Chewers of betel (Piper) can develop oral cancer probably from Nicotiana tabacum added to the quid (Muir and Kirk 1960). The leaf of Diospyros melanoxylon is used in India to roll tobacco (Behl et al. 1966); this plant is irritant. Formaldehyde and menthol may be present in tobacco smoke. Dermatitis has been attributed to dyes, fungicides, antibiotics, coumarin derivatives, menthol and vanilla (Vanilla) in tobacco rather than the alkaloids of the plant (Gross 1931, Franchi 1937). Dermatitis was attributed to diethylene glycol in tobacco (Newman 1938) and to triacetin in a cigarette filter (Unna and Schulz 1963).

Arsenical dermatitis from tobacco has been reported (Barksdale 1940). Workers in tobacco sheds developed parasitic bites (Szego and Balogh 1965). Workers who have dermatitis in the tobacco industry can become desensitised (hardened) (Szego and Szilvassy 1968).

Cigarette paper made from flax (Linum) may cause dermatitis (Franchi 1937). Cross-reaction of tobacco with balsam of Peru (from Myroxylon balsamum Harms var pereirae Harms, fam. Leguminosae) has been observed.

Certain foods may be involved in unexplained exacerbations of eczema in a patient sensitive to balsam of Peru. The pertinent foods may be synthetic food flavours, but may also be spices, orange peel, and resinoids or essential oils in alcoholic and non-alcoholic beverages. The significance of tobacco flavours for patients with eczema is entirely unknown, but worthy of attention, as many of the ingredients, such as coumarins, oil of cinnamon and resinoids are well-known sensitisers (Hjorth 1961).

A laboratory worker had chronic urticaria which was traced to exposure to formaldehyde, tobacco smoke (both from the patient's own smoking and that of others in his environment) and certain fried and broiled foods (Rappaport and Hoffman 1941). Investigation showed that the cross-sensitisation extended to aliphatic nonconjugated aldehydes ranging from formaldehyde to an eighteen chain aldehyde. The reaction-producing concentration ranged from 1:1,000,000 for formaldehyde to 1:1 for the aldehyde containing eighteen carbon atoms, indicating that the shorter the carbon chain the more marked was the reaction. Aliphatic conjugated and aromatic aldehydes failed to produce urticarial skin reactions with the exception of acrolein. This case is reviewed by Baer (1954).

A machinist, aged 20 years, had chronic eczematoid dermatitis of the index and middle fingers of both hands; patch tests were positive to tobacco smoke residues. deposited on the cigarette filter and to crude coal tar. This case was carefully investigated and the details may be found in the original paper which suggests that patients with hand eczema who show positive patch test reactions to coal tar should be investigated for tobacco contactants (Weary and Wood 1969).

Nicotine does not play any part in sensitisation to tobacco (Sulzberger 1933a,b).

Handling of uncured tobacco leaves can cause systemic symptoms when the skin is wet with dew possibly from absorption of nicotine (Gehlbach et al. 1974). Several other reports provide clinical evidence that alkaloids of tobacco are absorbed through mucous membranes, damaged and even intact skin (O'Neill 1879, Deacon 1926, Wilson 1930, Lockhart 1933, Burkill 1935) in a quantity sufficient to produce adverse effects. Nicotine addicts do not appear to have tried this route of administration which would seem preferable to inhalation of smoke, provided that the rate of absorption could be controlled. Sporotrichosis of the hands occurred in a cigar maker (Seilin 1919).

Blepharitis and conjunctivitis in workers with tobacco were reported by Jensi and Iserle (1949), Simko (1950) and reviewed by Heinc and Kubena (1969).

A Japanese gardener who did not smoke was affected by nausea, vomiting, greenish pallor and shock twenty minutes after the application of a patch test to a spray containing 40 per cent nicotine sulfate. This resembled the reaction seen in persons inhaling the smoke from their first cigar (Schoch 1976).



Petunia

40 species are native to South America and to warm regions of North America. This popular garden plant was found to be a minor sensitiser by Shelmire (1940). Detailed reports are lacking (McCord 1962).



Scopolia carniolica Jacq.
European Scopolia, Russian Belladonna, Glockenbilse, Krainer Tollkraut

The rhizome is rich in alkaloids that exhibit mydriatic activity and is used for similar purposes to Belladonna or Henbane. It is said to be richer in alkaloids than either [Belladonna or Henbane], and for this reason is preferred by makers of alkaloids and plasters (Wren 1975).

Dermatitis from scopolamine derived from this plant is noted under Datura.



Solandra longiflora Tussac
(syn. Swartzia longiflora Britton & P. Wilson)
Bugle Chalice Vine, Chalice Vine, Trumpet Flower

Cleland (1925) referred to a case report of a gardener with loss of sight occasioned by entry into his eyes of the juice of this plant. There was full dilatation of the pupil. Morton (1958) was possibly referring to this earlier case when she asserted that in the eyes, the sap can cause temporary blindness.



Solandra maxima P.S. Green
(syns Datura maxima Sessé & Moç., Solandra nitida Zuccagni, Swartzia nitida Standl.)
Cup of Gold, Milkycup Chalice Vine

In the eyes, the sap of Solandra nitida can cause temporary blindness (Morton 1958). Nausea, violent headache, weakness in the knees, and even torpor may be produced by the powerfully aromatic blooms of this plant (Morton 1969).



Solanum L.
Nightshade

Some can produce mechanical injury and make useful barrier or fence plants; the wounds are said to be "poisoned" and slow to heal (Howes 1946).

Three forms of Solanum poisoning in animals have been distinguished following ingestion: a nervous form, a gastric form, and an exanthematous form. The exanthematous form is characterised by a vesicular scurfy eczema of the legs, udder, scrotum and neck, together with conjunctivitis, diarrhoea, and ulcerative stomatitis (Verdcourt & Trump 1969).



Solanum angustifolium Mill.
(syns Nycterium cornutum Link, Solanum cornutum Lam., Solanum heudesii H. Lév., Solanum macroscolum Fernald)

Urticaria in a child was suspected to have been caused though eating the fruits of Solanum macroscolum (Watt & Breyer-Brandwijk 1962).



Solanum aculeastrum Dunal
Bitter-Apple, Goat-Apple, Poison-Apple, Soda-apple Nightshade

The numerous sharp hooked thorns on the stems and leaves are capable of producing mechanical injury; the plant makes a useful hedge (Williamson 1955).



Solanum aturense Dunal
(syns Solanum asperrimum Bitter & Moritz, Solanum secundum Bitter & O. Moritz, Solanum setulosum Pittier, Solanum siparunoides Ewan)

von Reis Altschul (1973) found an herbarium note on a specimen collected in Peru stating that the seeds of Solanum asperrimum are caustic and are "used for skin spots".



Solanum auriculatum

Vesicular dermatitis occurred in a gardener who handled this plant (Watt & Breyer-Brandwijk 1962).



Solanum aviculare G. Forst.
Kangaroo Apple, Kohoho, New Zealand Nightshade, Poroporo

[Information available but not yet included in database]



Solanum carolinense
Horsenettle, Bullnettle

Slender prickles are present on the leaves (Fernald 1970). The colloquial names suggest an irritant effect.



Solanum dulcamara L.
Woody Nightshade, Bittersweet, Violet Broom, Felonwort

Wren (1975) notes that preparations of the twigs and root bark have been used in folk medicine to treat obstinate cutaneous eruptions and scrofula [= scrofuloderma?]. Stuart (1979) is rather more specific in noting that a decoction prepared from the dried stems was formerly used to treat eczema, psoriasis, and pityriasis.

This plant which has been used to treat cancers and warts from the time of Galen (c. A.D. 180) yields a tumour-inhibitory principle, the steroid alkaloid glycoside β-solamarine (Kupchan 1970a).



Solanum elaeagnifolium
White Horse Nettle, Silver-Leaved Nightshade

Some forms are prickly. In an investigation of "weed dermatitis" an extract of this species produced a positive patch test reaction in one of 50 patients tested (Shelmire 1939).



Solanum incanum L.
(syns Solanum bojeri Dunal, Solanum sanctum L.)
Bitter Apple, Nightshade, Sodom Apple, Thorn Apple

This is a very variable species, which may be armed on most parts, including the leaves, or may occasionally be unarmed (Verdcourt & Trump 1969).



Solanum laciniatum Aiton
Kangaroo Apple, Poroporo

The ripe fruits are eaten. Hurst (1942), citing Ewart (1930) noted that the unripe fruits are irritant to the mouth and throat.



Solanum linnaeanum Hepper & P.-M.L. Jaeger
(syns Solanum hermannii Dunal, Solanum sodomeum L.)
Afghan Thistle, Apple of Sodom, Bitter Apple, Black-Spined Nightshade, Dead Sea Apple, Devil's Apple, Poison Weed, Gifappel, Sodomsapfel, Morelle de Linné, Pomme de Sodome

This plant, considered a noxious weed in Australia and elsewhere, forms a woody shrub bearing straight prickles on its twigs, leaves, inflorescences, and on the calyces of its fruits (Vorontsova 2008).

The early taxonomic literature was confused. No legitimate name had ever been published for the species long known as Solanum sodomeum L. Some authors, for example Gardner & Bennetts 1956 and Aplin 1976, referred incorrectly to Solanum sodomaeum L. The situation was resolved in 1986 when the plant was re-named by Hepper & Jaeger as Solanum linnaeanum in Linnaeus' honour (Vorontsova 2008).

The common name apple of Sodom is also used for other nightshades and for entirely different plants such as Calotropis procera Aiton f., fam. Asclepiadaceae.



Solanum lycopersicum L.
(syns Lycopersicon esculentum Mill., Lycopersicon lycopersicum H. Karst., Lycopersicum esculentum Mill., Solanum pomiferum Cav.)
Tomato, Love-Apple, Tomate

Dermatitis has been reported from handling tomato plants, especially when wet. The reports suggest the possibility of an allergic effect from the leaves and stems rather than from the fruits but detailed patch tests are lacking (Lain 1918, Washburn 1918, Shelmire 1940, O'Donovan 1927, Sneid 1955, Zakon et al. 1947, Schwartz et al. 1957).

Workers processing the fruits can develop dermatitis (Foa 1927, Prosser White 1934, Semmola 1963). Templeton (1945) reported a patient who had dermatitis from handling and from ingestion of the fruit. From patch testing farmers, Szego (1965) concluded that heat-stable and heat-labile allergens are present in the plant. Szego (1970) reported additional cases.

Tomato can produce immediate hypersensitivity reactions by 20 minute patch test taking the form of vesiculation within 20 minutes on previously affected but presently non-eczematous skin (Hjorth and Roed-Petersen 1976).



Solanum mammosum L.
(syns Solanum globiferum Dunal, Solanum mammosissimum Ram. Goyena, Solanum platanifolium Hook.)
Apple of Sodom, Cow's Udder, Macaw Bush, Nipplefruit, Tittyfruit, Udder Plant

Aplin (1976) notes that this annual species is spiny.



Solanum mauritianum Scop.
(syns Solanum auriculatum Aiton, Solanum tabacifolium Vell., Solanum verbascifolium Banks ex Dunal var auriculatum Kuntze)
Bug Weed, Earleaf Nightshade, Tree Tobacco, Wild Tobacco Bush, Woolly Nightshade

This shrub or small tree bears densely hairy leaves. It was suspected of causing dermatitis in a woman who handled it (Mair 1968). When clearing or knocking the plant, dust is created which will irritate the skin, eyes, nose and throat (Bull & Burrill 2002).



Solanum oldfieldii F. Muell.

This plant, which is found in Australia, has rusty-brown stems armed with stout prickles (Gardner & Bennetts 1956).



Solanum rostratum Dunal
(syns Nycterium rostratum Link, Solanum heterandrum Pursh, Solanum propinquum M. Martens & Galeotti)
Kansas Thistle, Buffalo Burr, Beaked Horse Nettle, Spiny Nightshade, Rocky Mountain Sand Burr

This is a prickly plant with prickle-covered burrs, which can produce serious mechanical injury (Maiden 1904a, Maiden 1904b, Pammel 1911, Watt & Breyer-Brandwijk 1962).



Solanum sisymbriifolium Lam.
(syn. Solanum concisum Dunal)
Dense-Thorned Bitter Apple, Fire-and-Ice Plant, Litchi Tomato, Red Buffalo-Bur, Sticky Nightshade, Wild Tomato, Morelle de Balbis

Referring to Solanum sisymbrifolium, Watt & Breyer-Brandwijk (1962) noted that the prickles can cause mechanical injury.



Solanum torvum Sw.
(syns Solanum ferrugineum Jacq., Solanum ficifolium Ortega, Solanum mayanum Lundell, Solanum stramonifolium Lam., Solanum verapazense Standl. & Steyerm.)
Devil's Fig, Prickly Solanum, Turkey Berry, Aubergin du Diable, Fausse Aubergin

Oakes & Butcher (1962) list the turkey berry as a solanum that can cause mechanical injury.



Solanum tuberosum L.
(syns Solanum andigenum Juz. & Bukasov, Solanum kesselbrenneri Juz. & Bukasov, Solanum subandigena Hawkes)
Irish Potato, Potato

An eczematous or inflammatory condition of the skin with alopecia may develop in cattle and pigs if they are fed large amounts of raw and cooked potato. The disorder is known as potato disease or potato eruption. The disorder seems not to be specific to potato ingestion since a similar condition may be produced if cattle are fed in large quantities or exclusively any of several plant-derived industrial waste products including maize slop, malt, skins of pressed grapes, beetroot residues, tendrils of the hop plant, molasses, etc. (Steyn 1934).

Contact with the leaf and stalk, used as litter, can produce a similar disorder (Watt & Breyer-Brandwijk 1962). Shelmire (1940) observed contact dermatitis of the hands of housewives from Irish potatoes. Potatoes are said to cause dermatitis in farmers (Sneid 1955). The plant is said to cause dermatitis but only at certain phases of its blossoming (Schwartz et al. 1957). Irritation from handling potatoes can occur; evidence of sensitisation was lacking (Peck and Clare 1945).

Contact urticaria from handling and scraping potatoes occurred in housewives; prick tests with fresh raw potato juice where positive (Pearson 1966). Cronin (1973) reported aggravation of hand eczema in an atopic housewife from peeling raw potato; scratch tests with raw potato were positive; patch tests were negative. Contact urticaria was reviewed by Warin and Champion (1974) and Maibach and Johnson (1975).

Nater and Zartz (1967) reported a case of a woman aged 24 years who had atopic allergic reactions from inhalation of finely dispersed particles of raw potatoes. Besides upper respiratory symptoms, flares of localised atopic dermatitis followed inhalation. Scratch and intradermal tests with raw potato were positive, negative with cooked potato. Separation of potato proteins was carried out by agar gel electrophoresis. Scratch tests were carried out using some of the fractions. Positive reactions were obtained with both anionic and cationic fractions but predominantly with two cationic protein compounds.



Solanum xanti A. Gray
Chaparral Nightshade, Purple Nightshade, San Diego Nightshade, Xant Nightshade

Referring to Solanum xantii, Davidson (1899) described a case of a female who presented with her face and wrists almost completely covered with acute vesicular dermatitis, this having developed after she had stooped down to examine the flower. She also exhibited signs of belladonna poisoning: rapid pulse, extreme dilatation of the pupils, and dilatation of the cutanous vessels of the face producing a purplish look so characteristic of belladonna poisoning. Maiden (1909b) also referred to this report.


References

  • Agrup, G. and Fregert, S. (1968) Patch test reactions to Streptocarpus. Contact Dermatitis Newsletter (4): 72.
  • Agrup, G., Dahlquist, I., Fregert, S. et al. (1970) Value of history and testing in suspected contact dermatitis. Archs Derm. 101: 212.
  • Andreichuk, I.E. (1975) Tobacco dermatitis. Vest. Derm. Vener. (4): 57.
  • Aplin TEH (1966) Poison plants in the garden. Journal of Agriculture of Western Australia 7(1): 23-27
  • Aplin TEH (1976) Poisonous garden plants and other plants harmful to man in Australia. Western Australian Department of Agriculture Bulletin (3964): 1-58
  • Baer, R.L. (1954) Cross sensitisation phenomena. In: Modern Trends in Dermatology. (Second Series) ed. MacKenna, R.M.B. London. Butterworth.
  • Barksdale, E.E. (1940) Arsenical dermatitis from tobacco. Virg. Med. Monthly 67: 393.
  • Behl, P.N., Captain, R.M., Bedi, B.M.S. and Gupta, S. (1966) Skin-Irritant and Sensitizing Plants Found in India, New Delhi. P.N. Behl. Irwin Hospital.
  • Blohm H (1962) Poisonous Plants of Venezuela. Cambridge, MA: Harvard University Press
  • Brooks, V.J. (1958) Poisons: Their Properties, Chemical Identification, Symptoms and Emergency Treatments. Ed. 2. New York. Van Nostrand.
  • Bull G and Burrill B (2002) Auckland Regional Pest Management Strategy 2002-2007. Auckland: Auckland Regional Council
  • Burkill, I.H. (1935) A Dictionary of the Economic Products of the Malay Peninsula. 2 Vols. London. Crown Agents for the Colonies.
  • Chanial, G., Joseph, J., Colin, L. et al. (1970) Dermatitis in tobacco workers (9 cases). Bull. Soc. Franc. Derm. Syph. 77: 281.
  • Cleland, J.B. (1925) Plants including fungi, poisonous or otherwise injurious to man in Australia (Series II) Med. J. Australia 2: 443.
  • Cleland JB (1931) Plants, including fungi, poisonous or otherwise injurious to man in Australia. Series III. Medical Journal of Australia ii(25): 775-778
  • Collins, E.T. (1888) Atropine irritation. Royal Ophth. Hosp. Rept; 12: 164.
  • Cormia, F.E. and de Gara, P.F. (1965) Vesiculobullous dermatitis from tobacco smoke. J. Am. Med. Ass. 193: 391.
  • Cronin, E. (1973) Immediate type hypersensitivity to potato. Contact Dermatitis Newsletter (13): 358.
  • Davidson A (1899) Two unrecorded causes of dermatitis. Therapeutic Gazette – Third Series 23~15(2): 85-86 [url] [url-2]
  • Davis, W.D. (1924) A case of sensitisation dermatitis. Archs Derm. Syph. 10: 112.
  • Deacon, J.N. (1926) Poisoning by tobacco applied to the skin. Br. Med. J. 2: 61.
  • Dobkewitsch, S. and Sidi, E. (1948) Excema de la face provoque par un collyre au sulfate d' atropine. Bull. Soc. Franc. Derm. Syph. 55: 60.
  • Duke-Elder, S. (1965) System of Ophthalmology: Vol. VIII. Diseases of the outer eye. Part 1. Allergic keratoconjunctivitis. pp. 451. London. Henry Kimpton.
  • Ewart, A.J. (1909) The Weeds, Poison Plants and Naturalized Aliens of Victoria. Melbourne. Gov't Printer, cited by Hurst (1942).
  • Ewart, A.J. (1930) Flora of Victoria. Melbourne.
  • Fernald, M. L. (Ed.) (1970) Gray's Manual of Botany, 8th edn. New York. Van Nostrand.
  • Foa, G. (1927) Professional eczema. Il. Policlinico 34: 675.
  • Forsey, R.R. and Sullivan, T.J. (1961) Stomatitis nicotina. Archs Derm. 83: 945.
  • Forsyth, A.A. (1954) British Poisonous Plants. Ministry of Agriculture, Fisheries and Food (London). Bull. 161.
  • Franchi, F. (1937) Dermatite professionale delle sigaraie. Gior. Ital. di Dermat. e Sif. 78: 475.
  • Francis DF and Southcott RV (1967) Plants Harmful to Man in Australia (Miscellaneous Bulletin No. 1, Botanic Garden Adelaide). Adelaide: WL Hawes, Government Printer
  • Gardiner F (1922) Occupational dermatitis. British Journal of Dermatology and Syphilis 34(10): 297-320
  • Gardner CA and Bennetts HW (1956) The Toxic Plants of Western Australia. Perth: West Australian Newspapers
  • Gehlbach, S.H., Williams, W.A. and Perry, L.D. (1974) Green-tobacco sickness: illness of tobacco harvesters. J. Am. Med. Ass. 229: 1880.
  • Goldey, J.A., Dick, D.A. and Porter, W.L. (1966) Cornpicker's pupil. A clinical note regarding mydriasis from Jimson weed dust (Stramonium). Ohio State Med. J. 69: 921.
  • Gross, H. (1931) Uber Staubinkalationen und sonstige gesundheitliche Schadigungen der Tabakarbeiter. Mschr. Unfallheillk. 38: 151.
  • Harkavy, J. (1939) Tobacco skin reactions and their clinical significance. J. Invest. Derm. 2: 257.
  • Heinc, A. and Kubena, K. (1969) Maladies oculaires externes par action directe d'elements exterieurs. Ophthalmologica 158: 181.
  • Herxheimer, K. (1912) Uber die gewerblichen Erkrankungen der Haut. Deutsch. Med. Wchschr. 38: 1822.
  • Hjorth, N. (1961) Eczmatous Allergy to Balsams, Allied Perfumes and Flavouring Agents. Copenhagen: Munksgaard.
  • Hjorth, N. and Roed-Petersen, J. (1976) Occupational protein contact dermatitis in food handlers. Contact Dermatitis 2: 28.
  • Howes, F.N. (1946) Fence and barrier plants in warm climates. Kew. Bull. 2: 51.
  • Hurst E (1942) The Poison Plants of New South Wales. Sydney: NSW Poison Plants Committee
  • Jensen, O.C. and Williams, R.M. (1964) Palatitis ab igne. Case due to unusual smoking habits. Archs Derm. 89: 467.
  • Jensi V. and Iserle, J. (1949) Vliv prace s tabakem na zrak. Cs. Oftal 5: 161.
  • Karrenberg, C.L. (1927) Fall von Tabakdermatitis. Zbl. Hautkrkh. 24: 594.
  • Karrenberg, C.L. (1928) Causation of occupational dermatoses: dermatitis from tobacco leaves. Derm. Ztschr. 52: 31.
  • Kupchan, S.M. (1970a) Recent advances in the chemistry of terpenoid tumor inhibitors. Pure Appl. Chem. 21: 227.
  • Kupchan, S.M. (1970b) Recent advances in the chemistry of tumor inhibitors of plant origin. Trans. N.Y. Acad. Sci. (Series II) 32: 85.
  • Lain ES (1918) Dermatitis Lycopersicum esculentum (tomato plant). Journal of the American Medical Association 71(14): 1114-1117 [doi] [url] [url-2]
  • Lockhart, L.P. (1933) Nicotine poisoning. Br. Med. J. 1: 246.
  • Mahler, D.A. (1975) Jimson weed seeds. Ann. Int. Med. 83: 905.
  • Maibach, H.I. and Johnson, H.L. (1975) Contact urticaria syndrome. Archs Derm. 111: 726.
  • Maiden JH (1904a) Two more new weeds. Agricultural Gazette of New South Wales 15(3): 246
  • Maiden JH (1904b) Weeds of New South Wales. The buffalo burr (Solanum rostratum, Dunal). Agricultural Gazette of New South Wales 15(6): 541-542 + plate
  • Maiden JH (1909b) On some plants which cause inflammation or irritation of the skin. Part II. Agricultural Gazette of New South Wales 20(12): 1073-1082 [url] [url-2]
  • Mair, K. (1968) Director, Royal Botanic Gardens, Sydney, Australia. Personal communication to JC Mitchell from records of the Herbarium.
  • Miller, R.W. (1975) Jimson weed seeds. Ann. Int. Med. 83: 905.
  • McCord, C.P. (1962) The occupational toxicity of cultivated flowers. Ind. Med. Surg. 31: 365.
  • Morgan, W.K.C. and Seaton, A. (1975) Occupational Lung Diseases. Philadelphia, Saunders.
  • Morton JF (1958) Ornamental plants with poisonous properties. Proceedings of the Florida State Horticultural Society 71: 372-380 [url]
  • Morton JF (1964) Honeybee plants of South Florida. Proceedings of the Florida State Horticultural Society 77: 415-436 [url]
  • Morton JF (1969) Some ornamental plants excreting respiratory irritants. Proceedings of the Florida State Horticultural Society 82: 415-421 [url]
  • Muir, C.S. and Kirk, R. (1960) Betel, tobacco and cancer of the mouth. Brit. J. Cancer 14: 597.
  • Nasution, D., Klokke A.H. and Nater, J.P. (1973) A survey of occupational dermatoses in Indonesia. Berufsdermatosen 21: 215.
  • Nater, J.P. and Zartz, J.A. (1967) Atopic allergic reactions due to raw potato. J. Allergy 40: 202.
  • Newman, B.A. (1938) Diethylene glycol in tobacco. Dermatitis caused by diethylene glycol in tobacco. J. Am. Med. Ass. 111: 25.
  • O'Donovan, W.J. (1927) Exogenic dermatitis. Lancet 1: 1128.
  • O'Neill W (1879) Poisoning from the external application of tobacco. The Lancet 113(2896): 296 [doi] [url]
  • Oakes AJ, Butcher JO (1962) Poisonous and Injurious Plants of the U.S. Virgin Islands. Miscellaneous Publication No. 882. Washington, DC: Agricultural Research Service, United States Department of Agriculture
  • Pammel LH (1911) A Manual of Poisonous Plants. Chiefly of North America, with Brief Notes on Economic and Medicinal Plants, and Numerous Illustrations. Cedar Rapids, IA: Torch Press [WorldCat] [url] [url-2]
  • Panconesi, E. (1954) Occupational skin diseases due to tobacco. Rass. Derm. Sif. 7: 85.
  • Pearson, R.S.B. (1966) Potato sensitivity, an occupational allergy in housewives. Acta Allergol. 21: 507.
  • Peck, S.M. and Clare, H.C. (1945) Dermatitis from dehydration of potatoes. Archs Derm. Syph. 52: 9.
  • Prosser White R (1934) The Dermatergoses or Occupational Affections of the Skin. 4th edn. London: HK Lewis
  • Rappaport, B.Z. and Hoffman, M.M. (1941) Urticaria due to aliphatic aldehydes; clinical and experimental study. J. Am. Med. Ass. 116: 2656.
  • Redmond, D.E. (1970) Tobacco and cancer. The first clinical report, 1761. New Eng. J. Med. 282: 51.
  • Report of Bureau of Investigation (1929) Mizar again. J. Am. Med. Ass. 93: 1240.
  • Samitz, M.H., Mori, P. and Long, C.F. (1949) Dermatological hazards in the cigar industry. Ind. Med. Surg. 18: 434.
  • Schmeltz, I. (1972) The Chemistry of Tobacco and Tobacco Smoke. New York. Plenum.
  • Schoch, A.G. (1976) Patch test hazards. The Schoch Letter 26(7): 11.
  • Schwartz, L., Tulipan, L. and Birmingham, D.J. (1957) Occupational Diseases of the Skin. 3rd edn. Philadelphia. Lea and Febiger. pp. 637-672.
  • Seilin, J. (1919) Report of a case of dermatitis coccidiora. Med. Rec. 95: 360.
  • Semmola, L. (1963) The juridical limitations of the list of occupational risks and industrial dermatoses without protection by insurance. Rass. Derm. Sif. 16: 57.
  • Shanon, T. and Tas, J. (1958) Dermatitis of the nose due to snuff tobacco. Ann. Allergy 16: 156.
  • Shelmire, B. (1939) Contact dermatitis from weeds: Patch testing with their oleoresins. J. Am. Med. Ass. 113: 1085.
  • Shelmire, B. (1940) Contact dermatitis from vegetation. South Med. J. 33: 337.
  • Silvette, H., Larson, P.S. and Haag, H.B. (1957) Immunological aspects of tobacco and smoking. Amer. J. Med. Sci. 234: 561.
  • Simko, S. (1950) Shodnotenie ocynych prehliadok v tabakovych tovarnach na Slovensku. Slov. Lek. 12: 619.
  • Simmons, F.H. (1957) Jimson weed mydriasis in farmers. Am. J. Ophth. 41: 109.
  • Smith, J.G., Crounse, R.G. and Spence, D. (1970) The effects of capsaicin on human skin, liver and epidermal lysosomes. J. Invest. Derm. 54: 170.
  • Sneid, P. (1955) Occupational health on the farm. Indust. Med. 24: 117.
  • Stecker, R.H., Devine, K.D. and Harrison, E.G. (1964) Verrucose "snuff dipper's" carcinoma of the oral cavity. J. Am. Med. Ass. 189: 838.
  • Steyn DG (1934) The Toxicology of Plants in South Africa together with a consideration of poisonous foodstuffs and fungi. South Africa: Central News Agency
  • Sulzberger, M.B. (1933a) Studies in tobacco hypersensitivity: a comparison between reactions to nicotine and to denicotinized tobacco extract. J. Immunol. 24:.87.
  • Sulzberger, M.B. (1933b) Recent immunological experiments in tobacco hypersensitivity. Bull. New York Acad. Med. 9: 294.
  • Szego, L. (1965) Sensitisation by agricultural crops and crop-protection preparations I. Studies of plant (leaf) extracts. Acta Med. Acad. Sci. Hung. 21: 19. (Excerpta Medica. XVII 13, 3468)
  • Szego, L. (1970) Cases of occupational contact dermatitis from carrot and tomato. Borgy. Vener. Szemle. 46: 74.
  • Szego, L. and Balogh, L. (1965) A form of occupational dermatitis due to the handling of reed matting. Borgyogy Vener. Szle. 41: 219.
  • Szego, L. and Szilvassy, I. (1966) Untersuchungen der chemischen Sensibilisierung tabakfermentierender Arbeiter mit Hilfe eines auf dem Transport der Makromolekule beruhenden Testvefahrens. Berufsdermatosen 14: 189.
  • Szego, L. and Szilvassy, I. (1966) Untersuchungen bei Werktatigen in einem Tabakfermentierungs-Betrieb. Berufsdermatosen 14: 151.
  • Szego, L. and Szilvassy, I. (1968) The 'hardening effect' in tobacco workers. Berufsdermatosen 16: 43.
  • Templeton, H.J. (1945) Epidermal and dermal sensitisation (co-existing in the same individual). JAMA 127: 908.
  • Theodore, F.H. (1953) Drug sensitiveness and irritation of the conjunctiva. J. Am. Med. Ass. 151: 25.
  • Thiers, H., Chanial, G. and Joseph, J. (1965) Les dermatoses professionnelles dans la region lyonnaise d'apres les statistiques de la Clinique Dermatologique. Rev. Med. (Paris) 6: 525.
  • Trautner, E.M. (1949) A contribution to the causation of atropine allergy. Med. J. Australia 2: 17.
  • Unna, P.J. and Schulz, K.H. (1963) Allergic contact-eczema due to triacetin (glycerine triacetate). Hautarzt 14: 423.
  • Verdcourt B, Trump EC (1969) Common Poisonous Plants of East Africa. London: Collins
  • Vero, F. and Genovese, S. (1941) Occupational dermatitis in cigar makers due to contact with tobacco leaves. Archs Derm. Syph. 43: 257.
  • von Reis Altschul S (1973) Drugs and Foods from Little-Known Plants. Notes in Harvard University Herbaria. Cambridge, MA: Harvard University Press [WorldCat] [url] [url-2]
  • Vorontsova M (2008) Solanum linnaeanum Hepper & P.-M.L. Jaeger. Solanaceae Source [online article]: http://www.nhm.ac.uk/research-curation/research/projects/solanaceaesource/taxonomy/description-detail.jsp?taxa=3501; accessed May 2013 [url]
  • Warin, R.P. and Champion, R.H. (1974) Urticaria. London. W.B. Saunders. p. 161-164.
  • Washburn, R.G. (1918) in discussion of Lain (1918).
  • Watt JM, Breyer-Brandwijk MG (1962) The Medicinal and Poisonous Plants of Southern and Eastern Africa. Being an account of their medicinal and other uses, chemical composition, pharmacological effects and toxicology in man and animal, 2nd edn. Edinburgh: E & S Livingstone [WorldCat] [url]
  • Weary P.E. and Woods, B.T. (1969) Allergic contact dermatitis from tobacco smoke residues. J. Am. Med. Ass. 208: 1905.
  • White, J.C. (1887) Dermatitis venenata: An Account of the Action of External Irritants upon the Skin. Boston. Cupples and Hurd.
  • Williamson J (1955) Useful Plants of Nyasaland. (Edited by Greenway PJ). Zomba, Nyasaland: Government Printer [WorldCat] [url]
  • Wilson, J.B. (1930) Nicotine poisoning by absorption through the skin. Br. Med. J. 2: 601.
  • Wren RC (1975) Potter's New Cyclopaedia of Botanical Drugs and Preparations. (Re-edited and enlarged by Wren RW). Bradford, Devon: Health Science Press [WorldCat] [url] [url-2]
  • Zakon, S.J., Goldberg, A.L. and Kahn, J.B. (1947) Lipstick cheilitis: common dermatosis. Report of 32 cases. Archs Derm. Syph. 56: 499.



Richard J. Schmidt [Valid HTML 4.01!]



[2D-QR coded url]
url