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Bats as materia medica: an ethnomedical review and implications for conservation

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Animal-derived remedies constitute an important branch of traditional medicine (TM) in many parts of the world, particularly for people with limited or no access to Western biomedical services. The use of bats as medicine is reviewed from antiquity to the modern times in different parts of the world, attesting that it is still widespread especially in India and China. The oldest occurrence of bat in medicine is in the Papyrus Ebers (1500 BC). A new medical use of bats could arise from a substance (desmo-teplase) present in the saliva of the common vampire bat Desmodus rotundus and now in clinical trials. Traditionally, exploitation of wild animals in TM has no consideration for its sustainability with regard to populations of the animals in the wild, but recently a new awareness aims to initiate new partnerships between the TM communities and the conservationists about public health, conservation and management of faunistic resources and ecosystem protection. Some comments about the popular use of bat dung in TM are reported in order to investigate the effectiveness of this kind of singular therapy.
Vespertilio 16: 249–270, 2012
ISSN 1213-6123
Bats as materia medica: an ethnomedical review and
implications for conservation
Marco Riccucci
Gruppo Italiano Ricerca Chirotteri (GIRC), Via Maccatella, 26/B, I–56124 Pisa, Italy;
Abstract. Animal-derived remedies constitute an important branch of traditional medicine (TM) in many
parts of the world, particularly for people with limited or no access to Western biomedical services. The
use of bats as medicine is reviewed from antiquity to the modern times in different parts of the world,
attesting that it is still widespread especially in India and China. The oldest occurrence of bat in medicine
is in the Papyrus Ebers (1500 BC). A new medical use of bats could arise from a substance (desmo-
teplase) present in the saliva of the common vampire bat Desmodus rotundus and now in clinical trials.
Traditionally, exploitation of wild animals in TM has no consideration for its sustainability with regard to
populations of the animals in the wild, but recently a new awareness aims to initiate new partnerships
between the TM communities and the conservationists about public health, conservation and management
of faunistic resources and ecosystem protection. Some comments about the popular use of bat dung in
TM are reported in order to investigate the effectiveness of this kind of singular therapy.
Chiroptera, ethnomedicine, traditional medicine, vampire bat, desmoteplase, chitin
Animal use by human beings dates back to the ancient times. Animals, their parts and their pro-
ducts have constituted a particular sector of medicinal substances in several cultures and such
practices continue to play an essential role in world health care (Chivian 1997, Lev 2003, Alves
& Rosa 2005, in press, Lev 2006, Newman et al. 2008, Jaroli et al. 2010).
“Ethnobiology is the scientic study of dynamic relationships among peoples, biota, and
environments. As a multidisciplinary eld, ethnobiology integrates archaeology, geography, sys-
tematics, population biology, ecology, mathematical biology, cultural anthropology, ethnography,
pharmacology, nutrition, conservation, and sustainable development.” (Society of Ethnobiology);
see also Sinha & Sinha (2005) and Anderson et al. (2011). Ethnomedicine is the study of traditional
medicines (TM) that have relevant written sources, e.g. Traditional Chinese Medicine (TCM),
Siddha, Unani, Ayurveda, but also those whose knowledge and practices have been transmitted
orally (Scarpa 1980, Willem et al. 2006, Erickson 2008). Ethnopharmacology is “l’étude scien-
tique interdisciplinaire de l’ensemble des matières d’origine végétale, animale ou minérale, et
des savoirs ou des pratiques s’y rattachant, que les cultures vernaculaires mettent en oevre pour
modier les états des organismes vivants, à des ns thérapeutiques, curatives, préventives, ou
diagnostiques.” (Fleurentin et al. 1991). “The objectives of ethnopharmacology are to rescue and
document an important cultural heritage before it is lost, and to investigate and evaluate the agents
employed.” (Holmstedt & Bruhn 1983). Ethnozoology is the study of relationships between the
human societies and the animal resources around them. Zootherapy is an important area of ethno-
zoology, i.e. the healing of human ailments by using therapeutics based on medicines obtained
from the animal body, from products of its metabolism (corporal secretions and excrements) or
from non-animal materials (nests and cocoons). Every human culture which presents a structured
medical system uses animals as medicines (Costa-Neto 1999, 2005, Jaroli et al. 2010). More than
a half of the world’s modern drugs are derived from biological resources (Grifo & Rosenthal 1997,
Singh 2002, Newman et al. 2008). In TCM more than 1,500 animal species have been recorded
and used as medicinal materials (Chan 2005).
Medicinal Use of Bats
Vespertilio est animal volatile, incertae naturae (It. pipistrello, nottola; Fr. chauve-souris; Hisp.
Murciélago; Germ. Die Fledermaus; Angl. A bat or rear-mouse); est enim mediae cuiusdam inter
avem et murem speciei, ut mus alatus dici possit. Volat enim pellitis alis, sed inter volucres non
est habendus, quod quatuor pedibus graditur, pullosque parit, non ova, quos et lacte nutrit
(Forcellini 1940).
[The bat is a ying animal, of uncertain nature. It has an intermediate shape between the bird and the mouse, so it could be
called a winged mouse. It ies with the help of skinny wings, but it should not be considered as one of birds because it moves
on four limbs, and it does not lay eggs but gives birth to its young that it feeds on milk” (translation by Marciniak 2001).
Bats have always been an enigma to the naturalists of antiquity in doubt whether they are birds
or mammals (Dawson 1925, 1930); they were recognized as mammals only in 1635 by J. Swan.
Among the animals employed as materia medica, bats have been in use from the early times and
their employment has survived until today.
There is historical evidence that ancient people used plants, animals and minerals for com-
batting diseases. TM was and still is practised in several parts of the world not only where large
ethnic communities live. In Africa up to 80% of the population uses TM, in China the percentage
is around 40%. There is also a growing interest in many developed nations: 48% of people in
Australia, 70% in Canada, 42% in USA, 38% in Belgium, 75% in France have used TM at least
once (WHO 2002).
Ancient Egypt
The oldest occurrence of bat in medicine is in the Papyrus Ebers, a 110-page scroll, about 20
meters long; it was discovered in a tomb at Thebes in 1862 and it is the longest of the Egyptian
medical texts. This papyrus was written in 1500 BC but it is believed to have been copied from
texts that date back to 3400 BC (Bryan 1930).
Diseases of the skin.
If the Itch was conned to the Neck, a Chopped-up Bat applied to it as a poultice healed it at once.
Diseases of the eyes to drive out trichiasis
Myrrh I [= 1 part]
Lizard’s Blood I ” ”
Bat’s Blood I ” ”
Tear out the Hairs and put thereon in order to make him well.
To prevent the hair [eye-lashes] growing into the eye after it has been pulled out
Bat’s Blood I [= 1 part]
Rim-of-a-new-hennu-vessel I ” ”
Honey I ” ”
Powder and place where the Hair has been pulled out.
We can also nd the bat in another medical papyrus, the “Demotic Magical Papyrus of London
and Leiden”, discovered at Thebes in the early 19th century and dated back to the 2nd century
AD (Grifth & Thompson 1904).
You put a night-jar’s blood into his eye; then he is blinded.
You put a bat’s blood; this is the manner of it again.
A subsequent medical text dealing with bats was found at Mashaich (Lepidontopolis), opposite
Girga, in 1892–1893; this Coptic papyrus roll (IX–X sec. AD) is now deposited in the French
Archaeological Institute in Cairo (Chassinat 1921).
In the 194th prescription, the urine of a bat, well mixed with the gall of the sh Cyprinus niloticus, together with the juice
of wild rue, is directed to be used to cure dimness of sight.
(Dawson 1925).
The Algerian medical writer Abd al-Razzaq (*1695 – † after 1748) mentions the bat in his book
Kachef er-roumouz [Révélation des énigmes] in the list of Materia Medica but without any specic
details about its use.
Khouffach. Chauve-Souris. C’est l’ouathouat, l’oiseau de nuit.
Note. – La chauve-souris se dit généralement en Algérie their ellil, oiseau de nuit.
(Abd al-Razzak Ibn Muhammad 1874)
While undertaking a roost search at Fadial, in the Joal-Fadiouth region, of Senegal on the 5th December 2010, we found
a cavity in a Baobab (Adansonia digitata) which houses a colony of about 1,200 Rhinolophus fumigatus Rüppell, 1842 ...
From discussions with local people around the roost, we learnt that a marabout (traditional healer), living about 1 km from
the roost, sometimes used bats from this colony in his traditional medicine. The marabout, Mr Famara Sarr, who accepted
an interview with us, conrmed that he often uses bats from this colony for potions, which are administered to patients
with mental illnesses. His reasoning, to include bats as part of the potion for mental illness, is they have night-ying ability,
which infers a symbol of orientation. Patients, who have mental illness, have, according to Mr Sarr, orientation problems.
Therefore, the ingestion of certain parts of bats can recover their mental orientation. Depending on the seriousness and
type of illness, he uses only the head of the bats, but in serious cases of disorientation, the whole body is utilized.
(Lelant & Chenaval 2012)
Percentage of traders (N=110) recorded to sell mammal species in the Benin traditional medicine market, with indication
of conservation status of the traded species.
Scientic names: Rousettus aegyptiacus (E. Geoffroy, 1810); Frequency of traders selling the species (%): 49.1; IUCN
Red list: LC [Least Concern]; Benin Red list: VU [Vulnerable].
(Djagoun et al. in press)
Traditional healing existed in Africa long before the advent of more orthodox, modern medicine, and the people depended
largely on traditional medicine as their only source of health-care. Traditional medicine as practised today continues to
live side-by-side with modern medicine, and continues actively in Nigeria in the face of new discoveries.
(Adeola 1992)
Composition of Wild Animals’ Use by Nigerian Farmers for Medicinal Purposes in 1986.
Species: Straw-coloured Fruit-bat (Eidolon helvum)
savanna deciduous rain-forest
zone n. 240 zone n. 120 zone n. 120
farmers farmers farmers
Nos % Nos % Nos %
1 8
(Adeola 1992)
Roman Empire
Gaius Plinius Secundus (* 23 – † 25 August 79; died in the eruption that destroyed Pompeii),
better known as Plinius Senior (Pliny the Elder), was a Roman naturalist and natural philosopher.
Pliny’s last work was the Historia Naturalis [Natural History], an encyclopedia into which he
collected much of the knowledge of his time. The Natural History consists of 37 books, phar-
macology being covered in books from XXVIII to XXXII and here we nd both magical and
medical use of the bat.
Book 29, Cap. 26 (Remedies derived from other birds)
cuius generis prope videri possint quae tradunt et de vespertilione, si ter circumlatus domui vivus super fenestram inverso
capite adgatur, amuletum esse, privatimque ovilibus circumlatum totiens et pedibus suspensum super limen. sanguinem
quoque eius cum carduo contra serpentium ictus inter praecipua laudant
(Pliny the Elder 1906, Teubner)
What they tell us, too, about the bat, appears to belong to pretty much the same class of stories: if one of these animals is
carried alive, three times round a house, they say, and then nailed outside of the window with the head downwards, it will
have all the effects of a countercharm: they assert, also, that the bat is a most excellent preservative for sheepfolds, being
rst carried three times round them, and then hung up by the foot over the lintel of the door. The blood of the bat is also
recommended by them as a sovereign remedy, in combination with a thistle, for injuries inicted by serpents.
(Pliny the Elder 1855, Bostock)
Book 29, Cap. 27 (Remedies for the bite of the phalangium. The several varieties of that insect
and of the spider)
Muris aranei morsus sanatur coagulo agni e vino poto, ungulae arietinae cinere cum melle, mustelae catulo ut in serpentibus
dictum est. si iumenta momorderit, mus recens cum sale inponitur aut fel vespertilionibus ex aceto.
(Pliny the Elder 1906, Teubner)
The bite of the shrewmouse is cured by taking lamb’s rennet in wine; the ashes of a ram’s foot with honey; or a young
weasel, prepared in manner already mentioned by us when speaking of serpents. In cases where a shrewmouse has bitten
beasts of burden, a mouse, fresh caught, is applied to the wound with oil, or a bat’s gall with vinegar.
(Pliny the Elder 1855, Bostock)
Book 29, Cap. 29 (Remedies derived from various insects)
Est et formicarum genus venenatum, non fere in Italia. solipugas Cicero appellat, salpugas Baetica. his cor vespertilionis
contrarium omnibusque formicis. Salamandris cantharidas diximus resistere.
(Pliny the Elder 1906, Teubner)
There is a kind of venomous ant, by no means common in Italy; Cicero calls it “solipuga,” and in Bætica it is known
as “salpuga”. The proper remedy for its venom and that of all kinds of ants is a bat’s heart. We have already stated that
cantharides are an antidote to the salamander.
(Pliny the Elder 1855, Bostock)
Book 30, Cap. 46 (Various kinds of depilatories)
Vespertilionum sanguis psilotri vim habet, sed alis puerorum inlitus non satis procit, nisi aerugo vel cicutae semen
postea inducatur; sic enim aut in totum tolluntur pili aut non excedunt lanuginem. idem et cerebro eorum proci putant;
est autem duplex, rubens tique et candidum. aliqui sanguinem et iocur eiusdem admiscent. quidam in III heminis olei
discocunt viperam exemptis ossibus, psilotri vice utuntur, evolsis prius pilis, quos renasci nolunt. fel irenacei psilotrum
est, utique mixtum vespertilionis cerebro et lacte caprino, item per se cinis. lacte canis primiparae, prius evolsis pilis vel
nondum natis, perunctae partes alios non sufciunt.
(Pliny the Elder 1906, Teubner)
Bats’ blood has all the virtues of a depilatory: but if applied to the cheeks of youths, it will not be found sufciently
efcacious, unless it is immediately followed up by an application of verdigrease or hemlock-seed; this method having
the effect of entirely removing the hair, or at least reducing it to the state of a ne down. It is generally thought, too, that
bats’ brains are productive of a similar effect; there being two kinds of these brains, the red and the white. Some persons
mix with the brains the blood and liver of the same animal: others, again, boil down a viper in three semisextarii of oil,
and, after boning it, use it as a depilatory, rst pulling out the hairs that are wanted not to grow. The gall of a hedgehog
is a depilatory, more particularly if mixed with bats’ brains and goats’ milk: the ashes, too, of a burnt hedgehog are used
for a similar purpose.
(Pliny the Elder 1855, Bostock)
Book 30, Cap. 48 (Provocatives of sleep)
Somnos adlicit oesypum cum murrae momento in vini cyathis II dilutum vel cum adipe anserino et vino myrtite, avis
cuculus leporina pelle adalligatus, ardiolae rostrum in pelle asinina fronti adalligatum. putant et per se rostrum effectus
eius esse vino collutum. e diverso sumnum arcet vespertilionibus caput aridum adalligatum.
(Pliny the Elder 1855, Teubner)
As a soporic, wool-grease is employed, diluted in two cyathi of wine with a modicum of myrrh, or else mixed with
goose-grease and myrtle wine. For a similar purpose also, a cuckoo is attached to the body in a hare’s skin, or a young
heron’s bill to the forehead in an ass’s skin: it is thought, too, that the beak alone, steeped in wine, is equally efcacious.
On the other hand, a bat’s head, dried and worn as an amulet, acts as a preventive of sleep.
(Pliny the Elder 1906, Bostock)
Book 30, Cap. 49 (Aphrodisiacs and antaphrosidiacs)
mirum et de stelionis cinere, si verum est, linamento involutum in sinistra manu venerem stimulare, si transferatur in
dextram, inhibere, item vespertilionis sanguinem collectum occo subpositumque capiti mulierum libidinem movere aut
anseris linguam in cibo vel potione sumptam.
(Pliny the Elder 1906, Teubner)
A singular thing, too, is what is told about the ashes of a spotted lizard – if indeed it is true – to the effect that, wrapped in
linen and held in the left hand, they act as an aphrodisiac, while, on the contrary, if they are transferred to the right, they
will take effect as an antaphrodisiac. A bat’s blood, too, they say, received on a ock of wool and placed beneath a woman’s
head, will promote sexual desire; the same being the case also with a goose’s tongue, taken with the food or drink.
(Pliny the Elder 1855, Bostock)
Ulisse Aldrovandi (*1522 – †1605) was an Italian naturalist; he was considered the father of
modern natural history studies by Linnaeus and Buffon. Like in Gesner (see below) most of the
accounts of animals derives from ancient sources, in particular Aristotle, Pliny and the Old Tes-
tament, combined with folklore and with information from medieval scholars such as Albertus
Magnus. A wide section under the chapter “De Vespertilione” is entitled “Medica” and it is full
of indications about the use of bats or their parts coming from older authors; several of these
usages are similar to those of Gesner (see below). A prescription about trichiasis (misdirection of
eyelashes toward the globe) (Aldrovandi 1599):
Ad thrichiasin,qua oculi palpebraru pilis infestantur, Archigenes apud Galenum Vespertilionis sanguine alijs quibusdam
miscet, vt & Ant
Collectio Salernitana is a four-volume compilation of medical writings of the school of Salerno,
published by Salvatore De Renzi (*1799 – †1872) between 1852 and 1859.
Remedy for hair removal
Cap. 3. De diversitatibus psilotri. [Psilòthrum: substance causing loss of hair, a depilatory]. Pondos ad equale sanguis
vespertitionis Et sanguis veteris hirci: prestantior illo sanguinis est pulvis.
(De Renzi 1856)
Another prescription for the same indication:
De pilis evulsis ne iterum crescant. Ne crescant iterum loca qaelibet unge pilorum,Verbene succo mixto vespertilionis
(De Renzi 1856)
Saeger (1896): his book presents in a convenient form for reference a collection of the quaint
theories about Natural History accepted by Shakespeare and his contemporaries.The plan of the
book is to give some illustration of each word mentioned by Shakespeare ... All the quotations
inserted in this book are from works which were the standard authorities in Shakespeare’s time
Bat. All the charms
Of Sycorax, toads, beetles, bats, light on you.
Tempest, i. 2, 339–40.
Wool of bat, and tongue of dog.
Macbeth, iv. i, 15.
The reremouse [i.e. Bat] hating light yeth in the eventide with breaking and blenching and swift moving, with full small
skin of her wings. And is a beast like to a mouse in sounding with voice, in piping and crying. And he is like to a bird,
and also to a four-footed beast ; and that is but seld found among birds. Reremice be blind as moles, and lick powder
[dust] and suck oil out of lamps, and be most cold of kind ; therefore the blood of a reremouse [a]nointed upon the eye-
-lids suffereth not the hair to grow again.
Bartholomaeus Anglicus [Bartholomew] (*1203–†1272) – De Proprietatibus Rerum [On the
Order of Things] is an encyclopedia dating from the 13th century.
Bartholomew [Berthelet], bk. xii. § 38. [Reremouse is derived from the Anglo-Saxon raeran “to raise” or “rise up”
(Dawson 1930)]
Albertus Magnus (*ca.1206 †1280) – Alberti Magni, De Secretis Mulierum libellus, ... de
mirabilibus mundi, ... 1553.
If you wish to see anything submerged and deep in the night, and that it may not be more hidden from thee than in the
day, and that you may read books in a dark night, – anoint your face with the blood of a Bat, and that will happen which
I say.
(Seager 1896)
Sir Theodore Turquet de Mayerne [or Mayenne] (*1573 – †1655) was the physician to French
and English kings.
Mayenne’s “Balsam of Bats,” an unguent for hypochondriacal persons, composed of adders, bats, sucking-whelps, earth-
-worms, hog’s grease, the marrow of a stag, and the thigh-bone of an ox.
(Ditcheld 1974)
The bat is still mentioned in the western Pharmacopoeia of the 18th century.
Vespertilio, Ofc. The Bat, or Flitter Mouse. It appears in Summer Evenings, but in the Winter lies hid in Rocks and
Caverns. The Flesh and Blood of this Animal are used; the rst of which, being prepared, is good for a Scirrhus, and the
Gout; and the Blood cures an Alopecia.
(James 1747)
Peter Forskål (*1732 – †1763) was a Swedish explorer, orientalist, naturalist and a student of
Carl Linnaeus. His important work Descriptiones animalium … was published twelve years
after his death.
Vespertilio. Adfta. Arabes e desertis adferunt stercus Vespertil. quod frequenti usu medico adhibetur interne. Externe
aceto mixtum tumoribus imponitur.
(Forskal 1775).
… the desert Arabs gather the substance [dung] for frequent medicinal use, taking it internally; mixed with vinegar, it
was applied externally upon tumors
(Allen 2004).
Historiae animalium, published at Zurich in 1551–1558 and 1587, is an encyclopedic work of
zoology by Conrad Gesner (*1516 – †1565). It is the rst modern zoological work that attempts
to describe all the animals known; the ve volumes of natural history of animals consist of more
than 4500 pages. A recipe for a bat oilment for the cure of rheumatism: take twelve bats, St. John
wort, rancid butter, aristolochia and castor, and boil together until it becomes an unguent (Allen
Arthriticis doloribus utile est oleum vespertilionu,quod ita paratur. Accipe vefpertiliones duodecim: fucci almarmacor
(marmacor vel marmauzi est herba quam Veneti vulgò appellant herbam S. Ioannis, cuius semen est seme maru, Bellu-
nensis. Monachi qui Mesuae compositiones interpretantur, marmacor ab alijs alitcr exponi docent,ipsi melissophyllon
esse potissimum approbant, negant autem esse herbam quae herba S.Ioannis dicatur in ditione ponticis Rom. quam
ipsi eupatorium Mesuae faciunta vulgo quidem in diversis regionibus diversae herbae S. Ioannis appellantur) & olei
veteris(ana)libras. Aristolochiae, castorei,ana drach.iiij. Costi drach.iij.Decoquantur simul ut consumatur aqua (succus
herbae) & remaneat oleum, Avicenna
(Gesner 1555)
Several more prescriptions are mentioned in Historiae animalium under the chapter “De Vesper-
tilione”; they are usually taken from earlier authors with particular reference to Pliny.
Middle East
In Assyrian medicine the bat was used to turn grey hair black and also for making hair grow.
Assyrian medical texts from Ashurbanipal’s library – 7th century BC (Campbell Thompson
thou shalt take the head of a male issur hurri [bat], boil, . . . apply, and the grey hair shall turn black.
prescribes the head of a bat boiled in oil, for making hair grow
Syrian anatomy, pathology and therapeutics or The Book of Medicines. The English text of the
great Syriac Book of Medicines, drawn from a rare manuscript probably of the 12th century BC,
was published for the rst time by Budge (1913):
Another, for dimness of vision an d stoppage of the ow of water....
Another, which is good for [these] ailments. Burn the heads of young swallows (or, bats), and pound them, and work up
together with honey, and smear on the eyelids.
Another, which cleanseth lminess, and lleth the cracks, and removeth scabies of long standing.
sugar of the axe (i.e., rock sugar) 1 drachm
sepia 2 drachms
dross of brass 2 ”
white lead 2 ”
ne our 3 ”
unpierced pearls 3 ”
cassia I drachm
Alexandrian glass 4 drachms
castoreum 2 ”
bats’ dung 2 ”
gum Arabic I drachm
tragacanth I ”
Persian gum (sarcocolla) I ”
lizard’s dung I ”
starch I ”
ointment of lye ashes I ”
Bumt brass 4 drachms
Rub down to a powder very carefully, and use dry as kohl. [ancient eye cosmetic]” [1 drachm ~ 4 g]
Antidote which is good for the spleen, and stomach, and liver ... kill a bat, dry it, pound it, and administer as much as will
lie on the top of the [thumb] nail in hot water.
A medicine to make the hair grow … cut off a bat’s head, and boil it in olive oil, and rub it on the piace where thou wishest
the hair to grow, and it will grow.
A medicine for destroying the hair … smear the blood of bats on the place where thou wishest the hair not to grow, and
it will not do so.
(Budge 1913)
Lev (2003) reports the still existing use of the bat in the Middle East:
Present-day medical uses of animals in the Levant.
Scientic name (Unidentied), Common name (Bat), Extract/product (Flesh smoke, brain, blood), Sources and main
medicinal uses – ethnopharmacology (AR, BY [medicinal uses of animals among the Bedouins in Israel – AR and
among Israeli Jews of Iraqi – BY] fever, eye disease, prevents hair growing)
One of the most famous Arabic books in Materia Medica was written by Ibn Al Baytār (*ca. 1190
– †1248) in 1240–1248. This book is entitled Al-Jāmi li-Mufradât al-Adwiyah wa-l-Aghdhiyah,
i.e. The Collection Regarding the Simple Drugs and Nourishments. Al-Jāmi enumerates alpha-
betically 1,400 animal, vegetable and mineral medicines; the main contribution of Ibn al-Baytār
was the systematization of the discoveries made by Arabs during the Middle Ages, which added
between 300 and 400 medicines to the thousand known since antiquity (Ibn Al Baytar 1987).
A detailed section is devoted to the bat. For the translation to French of the original Arabic text
see Ibn Al Baytar (1987).
A bat, killed and rubbed on the pubic region of children prevents the browth of hair. Cooked in Sesame oil, it is an emb-
rocation for sciatica. The belly is relaxed and pain in the loins are assuaged by by its decoction. Another embrocation for
gout, paralysis, and asthma is made by cooking a bat in oil of jasmine, and allowing it to macerate in a metal pot. It assists
difcult labour and promotes delivery immediately, if its gall is applied to the vulva: this is stated to have been tried by
experience. Boiled in water, and its decoction applied to the organ, it assists urination, and the same decoction, in a bath,
cures paralysis. Bat’s brain, pounded and boiled is used as a collyrium for leucoma of the eyes, and, mixed with onion-
-juice, the brain is used as a collyrium for cataract. If a bat’s head be put under a man’s pillow without his knowledge, he
is a victim to insomnia. The bat’s heart has the same properties. If the head of a bat be buried near a dove-cote the birds
will not forsake it, and if put in a mouse-hole the mice will instantly quit. ... the dung of a bat, or its urine, dissolves stones
in the bladder, and cures leucoma of the eyes.
(Dawson 1925).
Afghanistan and Pakistan
I was told that in the NWFP [North-West Frontier Province, Pakistan] and the Punjab magicians (jadūgār) would frequently
use bat bones to prepare their concoctions. In Mardan [Pakistan] a villager acquainted with magical knowledge assured
me that, by orally taking sweat or grease from the bat’s wingpits, the intelligence of a person would grow considerably
(which sounds like a distant echo of Greek thoughts about the association of the bat with learning) ... In Burushaski
[Pakistan] bat droppings are called badáa naghé ..., a word denoting natural bitumen which is “sweated out” by rocks in
high mountain areas and widely used as a folk medicine.
(Frembgen 2006)
In India nearly 15–20% of the Ayurvedic medicine is based on animals or animal-derived sub-
stances. The Unani medicine recognizes about 200 drugs of animal origin which are claimed to
be useful for the treatment of several medical disorders (Mahawar & Jaroli 2008).
A bit of bat’s bone tied round the ankle is a specic for rheumatism.
(Crooke 1881)
Some women rub the blood of the small garden-bat, which has well-developed ears, into the articially dilated lobes of
their ears, so as to strengthen them. The wings of bats are highly prized as a hairwash. They are crushed, and mixed with
cocoanut oil, and other ingredients. The mixture is kept underground in a closed vessel for three months, and then used
to prevent the hair from falling out or turning grey.”
(Thurston 1912) [The mentioned bat is probably Pipistrellus abramus (Dawson 1925)].
The Indian subcontinent represents one of the greatest emporia of ethnobiological wealth and Western Ghats represents the
second hotspot in India [after Indo-Burma, Myers et al. 2000]. Animal drugs used by tribes of Attappadi hills: Pteropus
giganteus (Brunnich, 1782) – Flying fox – Cooked esh is eaten to relieve asthma and chest pain.
(Padmanabhan & Sujana 2008)
Asthma is the most frequently cited disease of the tribes. As such, a number of drugs are available for the treatment. The
most commonly used animal medicine for asthma by all the tribes was honey followed by ... esh of bat (2/9 tribes).
(Solavan et al. 2004)
Use of Wild Animal Products in Ethnomedicine. Bat: Flesh of Bats are eaten by ethnic people of Assam, Bihar, Gujarat,
Maharashtra, Manipur & Rajastan in asthma, breathing trouble and night blindness.
(Sinha & Sinha 2005)
…the use of bats for asthma cure in the Nicobar Islands ...
Fruit bats are also eaten in Australia by aboriginals to cure breathing disorders. That two such widely separated geographic
regions have reached the same conclusion about the use of bats for asthma related disorders is fascinating …
(Walker 2005)
There is superstition in Assam (N.E. India) that, “meat of ying fox may cure asthma and other diseases”. Therefore
regularly few people kill these bats and sell them for Rs. 50/ animal (About US$ one).
(Walker 2005)
I recollect watching some people collecting bats under the caves of Raj period buildings near Ulsoor in Bangalore, India
nearly two decades ago. When enquired, the collectors informed us about the ‘medicinal’ importance of bat esh in
curing asthma.
(Walker 2005)
Fruit bats (Pteropus giganteus) are used to cure asthma/breathing disorders and for curing menstrual problems in women
in a few villages around Mysore in Karnataka. In this case only the meat is consumed. When we interviewed the villagers,
we were told that the local allopathic doctors prescribe bat meat for such problems. ... Similarly, in Bangalore, I used to
know some people who hunted Cynopterus sp. for medicinal purposes and as food.
(Walker 2005)
Animals/animal products used to cure various ailments. Pteropus sps – Bat [English name], Chimgadar [local name]
Pteropus sp is hunted and washed in water and KMnO4 [potassium permanganate] solution. Decoction of bat is
given orally to the patient suffering from rheumatoid arthritis.
(Jain et al. 2008)
List of animals used for medicinal purposes in different parts of India.
category scientic name English name Red data list CITES
mammal Myotis lucifugus (LeConte, 1831) bat conservation dependent
mammal Cynopterus sphinx (Vahl, 1797) bat least concern
mammal Pteropus giganteus (Brünnich, 1782) Indian ying fox near threatened II
(Mahawar & Jaroli 2008)
Indigenous knowledge on the use of animals and their products in primary health care system. Ailments: Cough; English
name: Bat; Local name: Chamchiki; Scientic name: Cyanopterus sphinx; Part used: Flesh; Metod of preparation and
medicinal use: Raw esh having blood is rubbed on the external injuries for healing and also eaten to treat whooping
cough and asthma. Traditional Knowledge about Ethnozoology. Ailments: Alcohol/drug addiction; English name: Flying
fox; Local name: Badur; Scientic name: Pteropus giganteus; Part used: Droppings; How medicine is prepared and used:
Droppings are fed to patient
(Ghosh 2009)
The Mount Abu wildlife sanctuary is located in the Southwestern Rajasthan ... Fidelity levels (FL) demonstrate the per-
centage of respondents claiming the use of a certain animals for the same ailments. The uses of animals that are commonly
known by the Garasiya informants have higher delity level than less common known. The esh of bat (Cynopterus
sphinx) used to relieved cough and fever has the highest FL (N=24.96%) ...
(Jaroli et al. 2010)
This ... study has been designed to report the ethnozoological uses of animals to treat common diseases on the basis of eld
surveys and taxonomic identication of animals. ... Documentation on zootherapeutical practices can assist in protecting
traditional knowledge, and in ensuring that future users recognize the contributions made by traditional communities, the
current custodians of traditional knowledge. … Ethnozoological inventory in and around Bhitarakanika National Park.
Zoological name, authors, family/order and local name: Pterocarpus giganteus Jacq, (Chiroptera), ‘Badudi’; Parts used:
Meat; Diseases: Asthma and Bronchitis; Mode of application: Prepared meat is given to the patient.
(Mishra & Panda 2011)
Ethno zoological inventory of Similipal Biosphere Reserve.
Zoological name, family and local name: Pterocarpus giganteus (Chiroptera) ‘Badudi’; Parts used: Meat; Diseases:
Asthma and bronchitis; Mode of application: Prepared meat is given to the patient. “Ethnozoological inventory of Simi-
lipal Biosphere Reserve.
(Mishra et al. 2011)
There is widespread anecdotal evidence for the use of bats as food and medicine among various central Himalayan
communities. ... dried bats, sold as the key ingredient in cika lapa wasa, ‘‘bat oil medicine’’. ... As bat oil is prepared
in the same way regardless of the condition it is intended to treat, we will review its concoction and ingredients before
considering the uses to which it is put. ... The procedure is as follows: catch a ‘house bat’ and kill it, or nd one recently
dead within the house. Dry it and roll it up into a tightly tied bundle rather like a cigar. Take mustard oil and heat it until
it is very hot. Decant the oil into a smaller jar, to which add the dried and rolled house bat. Seal the container and leave it
until it gives off a distinct and unpleasant smell. The oil is now ready for use as a medicine. ... the bat used for bat-oil must
be a ‘house bat’ rather than a ‘tree bat’ ... the most common bat utilized would have been Hipposideros armiger Hodgson,
though other members of the Hipposideridae and Rhinolophidae are almost certainly used as well. ... Therapeutic Uses.
– Reported uses of cika lapa wasa fall into three distinct clusters: as eardrops to expel an earbug, as a topical baldness
cure, and as an antiparalytic … The January 2005 issue of the newsletter of the Chiroptera Conservation and Information
Network of South Asia featured a page of correspondence from various members on the medicinal use of the esh of fruit
bats, usually as a remedy for ‘asthma’ (Walker 2005). A brief article on the Ao Naga (Kakati et al. 2006) suggests that the
esh of Rhinolophus spp. are used for asthma, while fruit bat urine is used for kidney stones, and an article on the Lushai
of Mizoram (Lalramnghinglova 1999) reports that children who wet the bed are fed roasted bat esh.
(Tuladhar-Douglas 2008)
English name: Bat; local name: “Chamero”; Binomial nomenclature: Myotis spp, Scotophilus spp. Medicinal use: These are
kept preserved in cooking oil and the decanted oil is applied regularly at the scalps in the head region for rapid hair growth.
(Lohani 2011)
Viet Nam
Medicinal purpose and cost of medicinal fauna. Animals may be sold whole (with the viscera removed) or in specic parts,
depending on the medicinal products required. For example, animal skin, bone, gall bladder, penis or shell (in the case of
turtles) may be sold for different medicinal purposes. ... In some cases animal products are sold – for example the faeces
of a number of species of bat Hipposideros armiger; Pipistrellus javanicus, ... One pharmaceutical company in the north
of Viet Nam reported importing 50t of the faeces of Rhinolophus bats. This may have important conservation implications
considering over 50 species of Rhinolophus worldwide are considered globally threatened (Anon., 2004c) [2004 IUCN
Red List of Threatened Species.]. Importation of this material is potentially a signicant threat
to the conservation of these species and requires further investigation. ... Complete list of the medicinal animal species
found from the survey conducted in traditional medicine markets in southern Viet Nam in 2006.
scientic name family parts used
Hipposideros armiger Hodgson Hipposideridae excrement
Pipistrellus javanicus Gray Vespertilionidae excrement
Restricting exploitation and use for commercial purpose
Mammalia, Chiroptera, Pteropus vampyrus
(Nguyen & Nguyen 2008)
many Sulawesians hunt and eat fruit bats without regard for the bats’ future. The consumption of bats is common in
the non-Muslim and Chinese populations, found mainly in northern Sulawesi. In other areas, bats are used in traditional
medicine as cures for asthma or kidney ailments. In southern Sulawesi, we met a prominent Muslim businessman who
regularly eats bat kidneys to treat his asthma.
(Heinrichs & Zahnke 1997)
Pteropus vampyrus are used for curing breathing disorders in some villages on the outskirts of Medan, Sumatra.
(Walker 2005)
The majority of vendors considered that people bought ying foxes for nutritional reasons (80%), though a substantial
proportion (29%) also believed people purchased these bats due to alleged medical properties for chest ailments (respon-
dents were permitted to select more than one option). One vendor stated that ying foxes were “obat meruyan”: medicine
used to treat sick women after giving birth.
(Harrison et al. 2011)
Frederick Porter Smith (*1833 – †1888) was a botanist and a missionary in China. As the author
writes in the preface “This work [Contributions towards the Materia Medica & Natural History of
China, 1871] has been the employment or the leisure of some two years, spent in the examination
of the native works on the Chinese Materia Medica and Natural History, and in the collection of
the best native drugs.”
Bat. (Pien-fuh), (Tien-shu), (Fuh-yih). This animal is very common in China, being a frequent visitor of foreign houses
in quest of mosquitoes, which it devours most satisfactorily. As it is supposed to feed upon the stalactites which are
frequently met with in the caves which it is wont [sic!] to hybemate in, its medicinal properties are rated at considerable
value by the Chinese. From its asserted extreme longevity and its excellent sight, this curious creature is credited by the
Chinese with the power of conveying these desirable qualities to those who consume the disgusting preparations made
from all parts of its body.
Bats’ dung. (Jé-ming-sha), (Tien-shu-shi), (Shu-fah). This is a dark brown, coarse powder, looking something like tea-dust,
and consisting of debris of the Mylabris insect, dirt, bats’ dung, and other extraneous substances. As bats y by night, the
Chinese name this composition, which according to the Pen Ts’au was formerly much better made, “night-bright sand,”
and apply it to the eyes, as a powder or as a wash, in tinea tarsi, opacities of the cornea, &c. They profess to detect the
eyes of the mosquitoes on which the creature feeds in this excrement, which is given internally in ophthalmic affections,
otorrhroea, ague, cough, infantile dyspepsia, tabes, offensive perspirations, &c. It is applied, with sugar, to foul ulcers,
a practice which the writer strongly recommends, minus the bats’ dung. It is curious that here the Chinese seem to have
awkwardly imitated the western practice of using cantharides in the treatment of chronic diseases of the eye.
(Smith 1871)
J. Léon Souberain (*1827 – †1892), scientist and traveller, and M. Dabry de Thiersant (*1826
– †1898), French consul in China, wrote La Matiére Médicale chez les Chinois to raise awareness
about the therapeutic agents and the medical ideas of China.
Chauve-souris, fou-y, Pen-tsao; pien-fuh, t’ien-shu, fuh-yih, F. P. S. [Frederick Porter Smith]. Les chauves-souris passent
auprès des Chinois pour posséder de hautes propriétés thérapeutiques. On emploie surtout leurs excréments, ou-lin-tse,
ye-ming-cha (ie-ming-sza , Tatar., 225 [Aleksandr Alekseevič Tatarinov (*1817 – †1886). Russian physician and botanist
who spent many years working in China. He wrote “Catalogus medicamentorum Sinensium, quae Pekini comparanda et
determinanda curavit Alexander Tatarinov, Doctor medicinae, medicus Missionis Russicae Pekinensis spatio annorum
1840–1850”. Petropoli, 1856.]; ye-ming-sha, tien-shu-shi , shu-fah, F. P. S.), qui se présentent sous forme d’une poudre
grossièrebrun foncé , et consistant en débris d’insectes , qu’on donne à l’intérieur dans les ophthalmies, la carie, etc. On
en fait des applications sur les ulcères. Cette poudre est presque toujours mélange d’une grande quantité de débris de
(Soubeiran & De Thiersant 1874)
Bernard Emms Read (*1887 – †1949) was a British pharmacist who worked in China. He was
a director of the Lester Institute of Medical Research, Shanghai. Born in Brighton, England, he
was trained in pharmacology at the London College of Pharmacy before moving to China in
1910 where he developed his expertise in Chinese medicine. Among Read’s publications there
is the series Chinese Materia Medica (1931–1939) where “The Bat” and “The Flying Fox” are
mentioned. Read gives a list of bat species probably used in China as Materia Medica. To attain
the correct identication of the nomenclature reported in his text, a list of the species mentioned
by Read is correlated with the present ones based on Simmons (2005) and Smith & Xie (2008);
for some particular cases more references are added.
Vesperugo noctula,. Schreb, syn. Nyctalus noctura (sic!) Nyctalus noctula (Schreber, 1774)
Rhinolophus ferrum-equinum Rhinolophus ferrumequinum (Schreber, 1774)
R. ferrum-equinum nippon Rhinolophus ferrumequinum nippon Temminck, 1835
R. luctus Rhinolophus luctus Temminck, 1834
R. pearsonii Rhinolophus pearsonii Horseld, 1851
Myotis pequisius [sic!] Myotis pequinius Thomas, 1908
M. moupinensis Myotis muricola moupinensis (Milne-Edwards, 1872)
[Benda 2010]
M. myosotis ancilla Myotis blythii ancilla Thomas, 1910 [Corbet 1978]
M. ikonnikovi Myotis ikonnikovi Ognev, 1912
M. daubentoni [sic!] Myotis daubentonii (Kuhl, 1817)
Vespertilis [sic!] murinus Vespertilio murinus Linnaeus, 1758
V. superans Vespertilio sinensis (Peters, 1880) [Horáček 1997]
V. mbriatus Myotis mbriatus (Peters, 1871)
V. laniger Myotis laniger (Peters, 1871)
V. imbricatus Hypsugo imbricatus Horseld, 1824
V. abramus Pipistrellus abramus (Temminck, 1838)
V. molossus Nyctalus aviator (Thomas, 1911)
Miniopterus scheribersi [sic!] chinensis Miniopterus schreibersii chinensis Thomas, 1908
M. blepotis Miniopterus schreibersii blepotis Temminck, 1840
Pipistrellus abramus Pipistrellus abramus (Temminck, 1838)
P. savii pulveratus Hypsugo pulveratus (Peters, 1871)
Murina huttoni fuscus Murina fusca Sowerby, 1922
M. leucogastra [sic!] Murina leucogaster Milne-Edwards, 1872
M. ussuriensis Murina ussuriensis Ognev, 1913
M. hilgendor Murina hilgendor (Peters, 1880)
Plecotus ariel Plecotus austriacus ariel Thomas, 1911
P. sacrimontis Plecotus auritus sacrimontis Allen, 1908
Eptosicus [sic!] scrotinus [sic!] Eptesicus serotinus (Schreber, 1774)
E. scrotinus [sic!] palleus [sic!] Eptesicus serotinus pallens Miller, 1911
Megaderma Gra.[sic!] Megaderma lyra sinensis Andersen et Wroughton, 1907
Phyllorina aurita Hipposideros fulvus Gray, 1838
Vesperugo borealis Eptesicus nilssonii (Keyserling et Blasius, 1839)
Tadarida latouchei Tadarida latouchei Thomas, 1920
Dysopes ruppelii Tadarida teniotis Ranesque, 1814 [Kock & Nader 1984]
Scotophilus pumiloides Pipistrellus abramus (Temminck, 1838)
S. temminckii Scotophilus kuhlii temminckii Horseld, 1824
S. hcathii [sic!] Scotophilus heathii (Horseld, 1831)
S. ornatus Scotomanes ornatus Blyth, 1851
FU YI. The Bats. Cheiroptera.
The bat in Li Shih-Chen’s time was ashed. The old prescriptions had special preparations roasted to dryness. [Li Shizhen,
Wade-Giles romanization Li Shih-chen (b. 1518 – d. 1593), Chinese scholar of the Ming dynasty and author of the most
important medical work of ancient China, the Bencao Gangmu (Compendium of Materia Medica), which described 1,892
drugs.] It was saline, bland, and nonpoisonous. The ash was given for a chronic cough of 10 or 20 years standing, to
children for convulsions, and slow convulsions (symptoms resemble epilepsy). Given with an ashed cat’s head and beans
for chronic scrofula, and internally to stop excessive bleeding from knife wounds. Filled with red clay, then wrapped in
yellow mud and burnt, it is powdered and made up with the secretion from snails to make a paste used both externally
and internally for axillary bromidrosis. Given for anemia and as an abortifacient. The roasted animal is used for chronic
malaria, and fevers.
Nao. Bat’s Brains.
Applied to the face by women to remove comedones, and taken internally to cure forgetfulness.
Hsileh Chi Tan. Blood and Bile of the Bat.
Dropped in the eye the patient will not be sleepy and it enables one to see objects in the dark.
T’ien Shu Shih. Bat Dung.
Pungent, cooling, nonpoisonous. Washed with water to remove lime and earth, the small lumps like nesand are sundried
and used. Taken with pig’s liver for all kinds of internal and external eshy growths and membranes over the eyes. Taken
with oxgall and other drugs for blindness. For hemeralopia in children, chronic malaria, malaria during pregnancy, chronic
cough. Applied with salted bean to axillary bromidrosis, to otitis media, and to a broken abscess full of pus. Held in the
mouth for toothache. Taken to expel a dead foetus. Ashed it is given for scrophula. Applied to comedones &c. Analyses
by D.R. Fung and S. C. Wang sbow: Ash 63%. total nitrogen 3.28%, ammonia 0,47%. urea 0.52%, uric acid 0.33%.
Flesh of the Flying Fox.
Sweet, warming, nonpoisonous. Eaten as a general tonic.Used for making the classical prescriptions, Shih Hsiao San the
powder which cures the sickness and produces smiles; and Tzu Chin Wan, the purple gold pills, and Ling Chih San the
potent fat powder. It is not a blood former but it is a circulatory stimulant entering the liver very rapidly. The commonly
seen eye troubles with eshy growths and constant movement is due to deciency disease (the blood is weak). The sight is
dependant upon the liver circulation and the effect of the blood upon the liver. Eye diseases are not correctly treated unless
one treats the blood rst. In snake bite poisoning when the patient has been unconscious for a long time ying fox dung
should be given. Eight grams (of a mixture of the dung 2 parts with one part of antimony sulphide) rubbed up with wine
and decanted for internal use, and the solid residue is applied locally with instant effect and with return of consciousness.
It is a blood medicine, acting on the peripheral and central areas of the circulations curing all kinds of pain. For malaria,
convulsions, indigestìon, and removing phlegm, anthelmintic and a cure for the “Kan’’ diseases; for blood stasis and
conjunctivitis, all of whichare liver diseases. For retained placenta with coma, abdominal pain after childbirth, neuralgia,
sudden epigastric pain, abdominal pain due to parasites, abdominal pain from round worms in children, menorrhagia,
dysmenorrhoea, prolapse of the rectum, hematemesis, diabetes, hemiplegia, coldness and numbness in the extremities
due to stasis of the circulation. Applied to swollen fractures, and compound fractures. For intermittent fever with the
diseases, cough with emphysema, for bloody sputum, jaundice due to alcoholism, for false membranes on the cornea,
swollen painful tongue, toothache. Applied as a styptic to a bleeding mole. For anemia with good appetite but unable to
speak and the hair stands out like wire. Applied to leprotic sores, snake and insect bites.
Analyses by D. R. Fung and S. C. Wang showed: Ash 8.96%, total nitrogen 2.58%, ammonia 0.81%, urea 0.118%,
uric acid 0.29%.
(Read 1932)
Bat dung is mentioned as medicine in a recent handbook on TCM (Chen & Chen 2004):
Ye Ming Sha (Excrementum Vespertilionis Murini)
The book A Materia Medica for Chinese Medicine: plants, minerals and animal products (Hem-
pen & Fischer 2009) describes 400 of the most important plants, minerals and animal substances,
including bat faeces, currently used as treatments by Chinese medical practitioners.
Vespertilionis faeces
Ye ming sha
Family: Vespertilionidae
Standard species: Vespertilio murinus
Variation: Vespertilionis murini excrementum
German: Fledermausexkremente
English: bat faeces
n n
n n
Organ relationship
n n
Direction of action
Site of action
Head, eyes
n n
Cools heat
Reddened eyes, injected sclera
n n
Clears the eyes and head
Night blindness, cataract, glaucoma, improves vision, clears the eyes
n n
Breaks up and dissolves concretions
Haematomas, especially around the eyes, following injuries, falls
n n
Breaks up blood stagnation
Haematomas, especially around the eyes
Harmonizes and tonies the Liver
Improves vision, cools the Liver
Tonies and harmonizes the Spleen
Childhood nutritional disorder
Commentary once or twice daily dosage of 1.5 g of the powdered herb with warm water clears redness in the eyes and
was shown to be more effective in resistant cases than standard treatment.
Dosage 3–9 g
Cooking time 20 minutes, wrapped in a muslin cloth
● Blurred, obstructed vision Haliotidis concha (shi jue ming)
● Night blindness pig or beef liver
● Childhood nutritional disorder Atractylodis macrocephalae rhizoma (bai zhu), Picrorhizae rhizoma (hu huang lian)
p. 182, Citri reticulatae pericarpium (chen pi)
Compatibility antagonizes Cynanchi atrati radix (bai wei)
Contraindication use with care in patients with eye disease without signs of blood
Pregnancy use with care
n n
very marked
n n
mildly distinct
(Hempen & Fischer 2009)
The “Encyclopedia of Traditional Chinese Medicines presents a comprehensive and integra-
tive work on surveying TCM plant sources, chemistry, pharmacology and medicinal effects and
indications in a systematic manner.
T6732 Vespertilio superans (Vespertilionidae); YE MING SHA; Bat Dung.
Used part: dried feces. TCM Effects: To clear heat and brighten eyes, dissipate blood and eliminate accumulation.
TCM Indications: Clear-eye blindness, night blindness, internal or external obstruction and screen, scrofula, gan
accumulation [disease of the spleen], malaria.
Isolated compounds: 3585 [Cholesterol], 22246 [urea], 22251 [uric acid].
(Zhou et al. 2011)
North America
John Lawson (*1674 – †1711) was a British explorer and naturalist. He played an important role
in the history of colonial North Carolina, South Carolina and Georgia; he published an account
of his expeditions in the book “A New Voyage to Carolina” (1709).
The Bat or Rearmouse, the same as in England. The Indian Children are much addicted to eat Dirt, and so are some
of the Christians. But roast a Bat on a Skewer, then pull the Skin off, and make the Child that eats Dirt, eat the roasted
Rearmouse; and he will never eat Dirt again. This is held as an infallible Remedy. I have put this amongst the Beasts, as
partaking of both Natures; of the Bird, and Mouse-Kind.
(Lawson 1709)
Lyon M.W. Jr. reports the efcacy of bats in rheumatism:
While collecting in the southern part of Indiana, in 1930, I visited the justly celebrated Marengo Cave, in Crawford County,
on September 2. … The guide told us that one man who had visited the cave a few years back, had asked him to collect
a large number of bats, which he did. He said this person had tried out the oil and used it for rubbing on his rheumatic
joints. The treatment was so successful that he had written in for a second supply of bats.
(Lyon 1931)
Latin America
Medicinal animals and its respective uses in popular medicine in Latin America.
family, species conditions to which remedies are prescribed
mammals [Chiroptera]
Molossidae, Molossus molossus (Pallas, 1766), Pallas’ free-tailed bat (Bat) asthma
Noctilionidae Noctilio leporinus (Linnaeus, 1758), greater bulldog bat unspecied
Phyllostomidae Artibeus jamaicensis Leach, 1821, bat cyst
(Alves & Alves 2011)
So far a general survey was given on the use of bats as medicine in antiquity and also in the mo-
dern time but a new medical use of bats could be possible. Three bat species, the vampire bats,
feed entirely on blood: the common vampire bat (Desmodus rotundus), the hairy-legged vampire
bat (Diphylla ecaudata), and the white-winged vampire bat (Diaemus youngi); the small wounds
inicted by their razor sharp superior incisors continue to bleed for hours after the bats have ceased
to feed because bat saliva contains substances (researched in D. rotundus) which cause inhibition
of the haemostatic mechanism of the victim (Bier 1932, Hawkey 1967): several powerful proteins
including draculin (Basanova et al. 2002), and various plasminogen activators that ensure that the
blood does not clot within a few minutes. Of the plasminogen activators, desmoteplase has been
selected for clinical development; it has the effect of catalysing the conversion of plasminogen
to plasmin, which is the enzyme responsible for breaking down brin blood clots. Desmoteplase
seems able to extend the treatment for patients with acute ischemic stroke up to 9 hours (only up
to 4.5 hours by the drugs currently in use ). This would allow more ischemic stroke patients to
receive active thrombolytic treatment, including patients who were delayed in getting to the hos-
pital for neurological assessment (Petersen 2007, Medcalf 2012). “There is little doubt that other
unique substances remain to be discovered in the vampire bat that might offer new opportunities
for basic research and potential therapeutic development.” (Medcalf 2012).
Many animal species have been overexploited as sources of medicines for the TM and animal
populations have become depleted or endangered. For this reason sustainability is now required
as the guiding principle for biological conservation. According to the IUCN Guidelines (Prescott-
Allen & Prescott-Allen 1996), the use of a particular species is likely to be sustainable if: (a) it
does not reduce the future use potential of the target population or impair its long-term viability;
(b) it is compatible with maintenance of the long-term viability of supporting and dependent
ecosystems; and (c) it does not reduce the future use potential or impair the long-term viability
of other species (Costa-Neto 2005). Biodiversity loss reduces the availability of raw materials
for drug discovery and biotechnology and also makes easier the spread of human diseases; e.g.
deforestation in the Amazon Basin has likely contributed to the re-emergence of vampire bat
rabies in humans (Kuzmin et al. 2011).
Several animals have been hunted in order to satisfy the needs of the fast growing trade of TCM.
As most of this hunting and trading is illegal, it is difcult to estimate the real contribution of the
market to the species decline. The demand created by the fast growing TCM trade is a major cause
of the overexploitation of the wild population of numerous animal species. Disappearance of any
species of living organism represents a serious loss for future generations (Chivian & Bernstein
2008). It is estimated that only a small fraction of the species or organisms has been examined
for natural products that might serve as medicines and it is possible that many potentially life-
-saving drugs have been lost even before being discovered (Balick et al. 1996, Grifo & Rosenthal
1997, Still 2003).
Lack of proper information makes assessing the status of bat populations difcult in order to
develop appropriate conservation measures. The IUCN Red List can be useful but some species
considered not to be threatened are on the contrary vulnerable in some countries where the TM
trade is signicant (Djagoun et al. in press). Although the hunting, slaughtering and trading of wild
animals have been prohibited in Brazil by federal law since 1967, they continue to be used both
nutritionally and medicinally in a clandestine way (Costa-Neto 2005). TM practitioners should
never purchase preparations containing animals (or their parts) protected by law.
Species extinction is not only due to habitat loss. Overharvesting of medicinal species of
plants and animals also contributes to species loss. This is particularly notable in the matter of
Traditional Chinese Medicine where crude drugs of plant and animal origin are used with increa-
sing demand. People involved in TCM sometimes seek chemical and biological alternatives to
endangered species because they realize that plants and animals lost from the wild are also lost to
medicine forever (Guo et al. 1997, Lee et al. 1998, AA.VV. 1999). In 1995 representatives of the
oriental medicine communities in Asia met with conservationists at a symposium in Hong Kong,
organized by TRAFFIC, the wildlife trade monitoring network (Proceedings of the Seminar on
International Trade in Endangered Wild Fauna and Flora 1995, in Chinese). The two groups
established a clear willingness to cooperate through dialogue and mutual understanding. This has
led to several meetings, including the 1997 First International Symposium on Endangered Species
Used in Traditional East Asian Medicine, where China was among 136 nations to sign a formal
resolution recognizing that the uncontrolled use of wild species in traditional medicine threatens
their survival and the continuation of these medical practices. Many animal species used in TCM
are listed by the Convention on International Trade in Endangered Species of Wild Animals and
Plants (CITES) (Still 2003, UNEP-WCMC 2011).The resolution drawn up by CITES aims to
initiate new partnerships in conservation (Call 2006).
“There is a need to educate and enlighten the Traditional Medical Practitioners and the end
users on the real essence of biodiversity conservation with emphasis on the implications of local
extinction of any species for the human health care delivery system ... There is also a need to
incorporate indigenous knowledge systems and enjoin the effective participation of local com-
munities in policy making and implementation concerning the sustainable use and conservation
of biodiversity resources” (Soewu 2008).
TM represents a still poorly explored eld of research in terms of therapeutic potential or clini-
cal evaluation. All sorts of vegetable, animal and mineral remedies used in TM are capable of
producing serious adverse reactions. It is well known that numerous infectious diseases can be
transmitted from animals to humans and the possibility of transmitting infections from animal
preparations to the patient should be always considered with great attention (Alves & Rosa 2007).
Placebo effect has a strong cultural dimension and it can probably be involved in the efcacy of
TM like it happens in biomedicine (Kienle & Kiene 1997, Waldram 2000). For a general overview
about TM efcacy see also Anderson (1992) and van der Geest (1995).
In ancient times bats were much used as amulets or as ingredients of magical potions becoming
part of the materia medica. In folk traditions the distinctive peculiarities of bats were believed
capable of transference through the use of their body or parts of it either alone or as ingredients.
One of the specic ability of the bats is to see in the dark, another is the absence of hair on the
wings; hence many traditional prescriptions are directed to improve or to treat vision problems
and as depilatory. Curiously the opposite may also be required, using the same stuff, i.e. for ma-
king hair grow. Other purposes for which bats were used medicinally have less obvious reasons
(Allen 2004).
The various uses of bats as medicine could be regarded as rather strange. How can bat dung
be effective in treating so different diseases as dissolving stones in the bladder, curing leucoma
of the eyes, tumors, tinea, ophthalmic affections, otorrhroea, ague, cough, infantile dyspepsia,
tabes, chronic malaria, malaria during pregnancy, chronic cough, toothache, menorrhagia, dys-
menorrhoea, prolapse of the rectum, hematemesis, diabetes, hemiplegia and many other ailments
and disorders? It should be noted that insectivorous bat faeces are mainly composed of chitin,
the hard material that makes up the external skeleton of their insect prey (Emerson & Roark
2007). One very useful derivative of chitin is chitosan, a partially deacetylated chitin produced
by boiling chitin in concentrated base. Chitin can be degraded by chitinase, found in intestines of
few mammal species, including bats (Whitaker et al.2004; Alwin Prem Anand & Sripathi 2004).
A wide variety of medical applications for chitin and chitin derivatives have been reported: (a)
Antimicrobial Activity; (b) Immune Effects and Anti-Inammatory Activity; (c) Antioxidant
Activity; (d) Anticancer Activity; (e) Blood Coagulation Effects; (f) Antidiabetic Activity; (g)
Neuroprotective Activity; (h) Wound Healing; (i) Obesity; (l) Dyslipidemia; (m) Dental Plaque; (n)
Renal Failure (Musumeci & Paoletti 2009, Khoushab & Yamabhai 2010, Sarmento & Das Neves
2012). In light of the mentioned data, the use of bat guano as remedy could be seen as less odd
than it might appear at rst sight. In any case it seems to be a topic worth further consideration.
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... Broadly, bats are exploited for bushmeat and perceived medicinal value [4], and local motivations for exploitation may involve diverse cultural drivers (e.g., [18,19]). Hunting of bats for food is the most common focus of exploitation studies, yet the medicinal use of bats is geographically widespread, has a long history, and is likely a greatly underreported pressure on bat populations [4,20]. Riccucci [20] describes ancient medicinal use of bats, including a record from~3400 BC of the use of bats in Egypt to treat skin disorders and vision impairment. ...
... Hunting of bats for food is the most common focus of exploitation studies, yet the medicinal use of bats is geographically widespread, has a long history, and is likely a greatly underreported pressure on bat populations [4,20]. Riccucci [20] describes ancient medicinal use of bats, including a record from~3400 BC of the use of bats in Egypt to treat skin disorders and vision impairment. Other ailments include mental health, pica, and hair growth, but Diversity 2022, 14, 179 2 of 13 these treatments have not been quantified to determine their frequency of occurrence [20]. ...
... Riccucci [20] describes ancient medicinal use of bats, including a record from~3400 BC of the use of bats in Egypt to treat skin disorders and vision impairment. Other ailments include mental health, pica, and hair growth, but Diversity 2022, 14, 179 2 of 13 these treatments have not been quantified to determine their frequency of occurrence [20]. Mildenstein et al. [4] reported contemporary medicinal use of 18 species from five bat families, across 27 countries, primarily in Asia and Africa, but did not specify the ailments being treated. ...
Full-text available
The hunting of bats for food and medicine is one of the greatest threats to bat conservation. While hunting for consumption is the focus of increased attention, the specific medicinal uses of bats are poorly documented, limiting mitigation efforts. Here, we determine the distribution of bat hunting for food and medicinal use and characterize medicinal use practices. We systematically surveyed English-language scientific literature and social media platforms utilizing keywords and hashtags in 27 languages. We found 198 papers and 1063 social media posts from 83 countries and territories. Although use for food was more common, with 1284 unique reports from 71 countries, bats were used to treat 42 ailments of 11 human body systems across 37 countries (453 reports). Asthma was the most common ailment, distantly followed by kidney conditions. Ten organs or body parts of bats were used medicinally, with bat meat (flesh) and fluids (blood, bile, and oil) the most common. Understanding the effects and drivers of specific bat hunting practices will help guide conservation and public health efforts in the communities where bats are hunted. By pinpointing the ailments bats are being used for, outreach and alternative treatments can be introduced to replace the use of bats.
... Flying fox bats (Pteropus vampyrus) are the primary reservoir of the Nipah virus in Cambodia; an outbreak of this virus in Malaysia resulted in 105 deaths in 265 infections (40% fatality), [63]. Flying fox bats are used as bushmeat, food neophilia and in traditional medicine in Cambodia [64] and China [65]. The Nipah virus (NiV) was found in a total of 20/3157 (0.63%) and 8/773 (1.03%) flying fox bat urine samples in Kandal and in Battambang, Cambodia, respectively [66]. ...
... In 2013, a major Cambodian newspaper reported that the local use of flying fox bats in traditional medicine included drinking the bat blood [69]. Riccucci [65] reported that the drinking of bat blood was common in traditional medicines in many cultures. Another common pathway of virus transmission is via ectoparasites on bats [62]. ...
... The sales of such traditional medicines from wildlife in Cambodia are usually made in a clandestine fashion [64]. Riccucci [65] reported that 40% of the population in China used traditional medicines. Riccucci [65] also stated that a Vietnamese pharmacy imported the faeces of Rhinolophus bats, in batches of 40 tonnes. ...
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The illegal trade of wildlife in SE Asia has been identified as the likely cause of the COVID-19 pandemic. We reviewed 198 papers on the current COVID pandemic in Cambodia, diseases such as avian influenza and Nipah virus, most likely to develop into a new pandemic in Cambodia, and common features of disease that require mitigation. Artisanal goldmining uses pure mercury in the areas where wildlife is smuggled to China. Moreover, 30–40% of Cambodians are zinc deficient. High levels of arsenic in irrigation water (>1000 µg/L) are associated with very low levels of zinc in rice (5 µg/g) and rice is the primary staple food for the region. Brown rice from nine of 15 paddy fields in the arsenic zone of Cambodia had double the new guidelines of 100 µg/kg inorganic arsenic for children’s food in the EU and USA. The combination of deficiencies of essential micronutrients like zinc and pervasive presence of arsenic and mercury has the potential to compromise the immunity of many Cambodians. Innovative solutions are suggested to improve micronutrient nutrition. Toxins that suppress the immune system must be better managed to reduce the virulence of pathogens. Cambodia was not likely the source of the COVID-19 but does have problems that could result in a new pandemic.
... It is a fact worth mentioning that the human sera collected before the SARS outbreak did not contain antibodies directed against SARS-CoV, signifying that this virus is new to humans [25,45]. The complete 29,727-nucleotide sequence of the RNA genome of SARS-CoV-2 (Gen Bank accession numbers AY274119 and AY278741) confirm that the novel CoV is a member of the Coronaviridae family and offers some insight into its probable origin [103,104]. The genes of SARS-CoV-2 were evaluated against the corresponding genes of the known coronaviruses of humans, pigs, cattle, dogs, cats, mice, rats, chickens and turkeys, and it was concluded that each gene of SARS-CoV-2 has only about 70% or less identity with the corresponding gene of the known coronaviruses. ...
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A new class of coronavirus, known as the severe acute respiratory syndrome coronavirus-2 (SARS-CoV-2) has been discovered, which is responsible for the occurrence of the disease, COVID-19. A comparative study with SARS, MERS and other human viruses was conductedand concluded that SARS-CoV-2 spread more rapidly due to increased globalization and adaptation of the virus in every environment. According to recent WHO reports, by 16 May 2021, the current outbreak of COVID-19 had affected over 174,054,314 people and killed more than 3,744,116 people in more than 222 countries acrossthe world. Finding a solution against the deadly COVID-19 has become an enormous challenge for researchers and virologists. A ring vaccination trial, which recruits subjects connected to a known case either socially or geographically, is a solution to evaluate vaccine efficacy and control the spread of the disease simultaneously, although its implementation is challenging. This review aims to summarize the noteworthy features of the world-intimidating SARS-CoV-2 global pandemic along with its evaluation, problems and challenges in the treatment strategies, clinical efficiency and detection methods proposed so far. This paper describes the impact of the lockdown in response to the COVID-19 pandemic on social, economic, health, and National Health Programs in India; possible ways to control the disease are also discussed.
... If the concerned letter from Peters really contained a request for bats, this could support the assumption of a purchase of some bats by von Schlieffen in a natural product shop. It was perhaps the fastest way how to obtain a series of several bat species and fulfil the Peters' request, since bats were and still remain an object of natural medicine in the Orient, along with e.g., lizards or scorpions (Dawson 1925, Riccucci 2012 fauna of the southern Levant and north-eastern Africa including Egypt (Rhinopoma microphyllum, R. cystops, Taphozous perforatus), while two species are currently unknown from Egypt, Nycticeinops schlieffenii and Lavia frons (Geoffroy, 1810). The latter species, similarly to N. schlieffenii, is an inhabitant of the savannahs of sub-Saharan Africa and its northernmost occurrence was evidenced from Khartoum, Sudan, where specimens were repeatedly collected (Dobson 1878, Jentink 1888); observations of L. frons are available from areas ca. ...
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A comprehensive list of bat records available from Egypt was compiled from the literature (453 published and unpublished sources), supplemented by few records based on examination of museum specimens. The review of the bat records from Egypt is complemented with distribution maps, summaries of distributional status, and reviews of taxonomic opinions concerning the Egyptian populations of the particular species. From the territory of Egypt, at least 526 records (a number more than twice higher than that presented by Qumsiyeh (1985) in the previous review) of 20 bat species belonging to eight families are known; viz. (8). The occurrence of Nycticeinops schlieffenii in Egypt is here doubted based on the evaluation of the available evidence concerning the two known records. Since the separate species statuses of Hypsugo bodenheimeri (Harrison, 1960) and Pipistrellus deserti Thomas, 1902 were reasonably doubted in previous analyses, these taxa are no more included in the faunal list of Egypt. The previously published restrictions of type localities of Rhinopoma microphyllum, Rhinolophus judaicus Andersen et Matschie, 1904 (= R. mehelyi), Asellia tridens, Taphozous perforatus, Nycteris thebaica, Vespertilio marginatus Cretzschmar, 1830 (= Pipistrellus kuhlii), Vansonia rueppellii, Plecotus christii, Dysopes rueppellii Temminck, 1826 (= Tadarida teniotis), and Nyctinomus aegyptiacus were revised. Nannugo Kolenatii Müller, 1858 is here suggested to be regarded a junior synonym of Vespertilio kuhlii Kuhl, 1817 (= Pipistrellus kuhlii).
... Unfortunately, with the current coronavirus pandemic and emerging infectious diseases, the conflicts between humans and bats are further affecting the mostly negative perception of these animals (Ramos Pereira et al. 2020). Despite the fact that in our study there is no use of bats as a source of protein, as is the case in Brazilian communities (Riccucci 2012;Ziment and Tashkin 2000), it is evident that this will not be enough to change negative attitudes (see Figure 3 below). It is necessary to reinforce positive aspects of bats with concrete information and practices towards society that allow the conservation and protection of this important group of wildlife (see educational alternatives by Ramírez-Fráncel et al. 2021). ...
... Over the last decades, the interest in studying the infectious agents of bats has increased [31,32]. Bats may harbour parasites, bacteria, fungi and viruses [33][34][35]. In recent years, the interest in the role of Chiroptera has been intense, especially after the SARS-CoV epidemic in 2002 in China and the MERS-CoV epidemic in 2012 in Saudi Arabia and other Middle East countries [36][37][38][39][40][41][42]. ...
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In recent years, and now especially with the arrival of the Severe Acute Respiratory Syndrome Coronavirus 2 (SARS-CoV-2), there has been increased interest in understanding the role of bats in the dynamics of transmission and origin of this pandemic agent. To date, no systematic reviews have been published on this topic. This systematic review aimed to summarize and highlight the frequency of bat infections reported in currently available observational studies for coronavirus. The purpose of this study was also to examine the differences between the pool prevalence by technique and country. We performed a systematic literature review with meta-analysis, using three databases to assess coronavirus (CoV) infection in bats and its diagnosis by serological and molecular tests. We carried out random-effects model meta-analysis to calculate the pooled prevalence and 95% confidence interval (95% CI). In all, 824 articles were retrieved (1960-2021). After screening by abstract/title, 43 articles were selected for full-text assessment. Of these, 33 were finally included for qualitative and quantitative analyses. From the total of studies, the pool prevalence by RT-PCR (n=14,295 bats) for CoV was 9.8% (95% CI 8.7-10.9%); Italy reported the highest pooled prevalence (44.9%, 95% CI 31.6-58.1%), followed by the Philippines (29.6%). Regarding the ELISA, the pool prevalence for coronavirus from 15 studies, including 359 bats, was 30.2% (95% CI 14.7-45.6%). The results for coronaviruses with the MIF were significantly lower, 2.6% (95% CI 1.5-3.7%). A considerable proportion of infected bats tested positive, particularly by molecular tests. This essential condition highlights the relevance of bats and the need for future studies to detail their role as potential reservoirs of SARS-CoV-2. In this meta-analysis, bats were positive in almost 10% by RT-PCR, suggesting their relevance and the need to understand their potential participation in maintaining wild zoonotic transmission.
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The spatial distribution of bats in Burkina Faso is little-known. Previous studies have only described the bat species’ richness in Burkina Faso. This study was conducted to highlight bat species’ richness distribution within Burkina Faso and environmental variables that influence this distribution with the aim to give support for protection and further sampling for biodiversity. The Species Distribution Models (SDMs) were used to perform this study. To do that, species occurrences were collected throughout literature and field sampling and correlated to environmental variables through the Maxent software (Maximum Entropy). Our modeling variables included climate, vegetation cover, topography and hydrography data. The Jackknife test was performed to determine the importance of environmental variables that influence the species distribution model. The results showed that bats are present in all areas of vegetation in Burkina Faso. Species richness varies across the country. Thes pecies richness for major families increases from North to South. The total annual precipitation and topography are the main variables that positively influence bats distribution in Burkina Faso but the bareground cover and standard deviation of the maximum temperature negatively influence this distribution. This modeling approach of bat species richness is important for policies makers and represents an invaluable tool in ecological management, particularly in the current context of climate change. Keywords: Bats, Species Distribution Model, Richness, Maxent, Burkina Faso
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In these paired years (2020–2021), the whole world has been impacted by the Covid-19 pandemic, which has resulted in the emergence of different presumptions, alternative facts, and fake news. Among those, the most dominant news was about bats as the culprits of expansion of the virus and, indirectly, the Chinese diet as the root cause. However, there is no proof that the links in the triangle of bat-virus-human are valid; and the source of infection has not been identified. In addition to bats, these viruses can be found in other animals, such as camels, pangolins, and humans. Therefore, individual scientists are reversing the situation by presenting the possibility of transmitting the virus from humans to animals. Nevertheless, it has become ultimately ‘acceptable’ to demonise the bat. In this respect, various authors remind us of certain historical contexts of notions and perceptions of the bats, as well as the similarities and differences of those perceptions during the pandemic, referring to it mainly in the context of Croatia and the world. In the end, the article’s conclusion is that the story about the bats is, actually, a great indicator of the representations of Otherness and the strengthening of a binary and hierarchical division of ‘us’ and ‘them’.
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Traditional medicinal knowledge has played an important role in identifying living organisms that are endowed with medicinal values for treating human and livestock health problems. This study explores the existing extent and awareness to use animals for traditional medicine and attitudes towards ethnozoological knowledge among communities of Menz Keya Gabriel District, North Ethiopia. The data were collected through questionnaires and interviews from three selected kebeles of the district with 70 respondents. The majority (88.6%) of the local people knew animals that were used as traditional medicine for human and animal disease. Also, local people enforced the use of animals for traditional medicines due to different reasons such as economical reasons (30%), effectiveness (24.3%), sociocultural reason (20%), insufficient or lack of modern medicine (14.3%) and availability and accessibility of medicinal animals around the area (11.4%). Most respondents perceived that traditional medicinal animals are used sometimes (38.6%), while 35.7% and 25.7% use in situational and always manner, respectively. The main threat for medicinal animals in the area arises from habitat loss due to agricultural expansion, firewood and charcoal production. Whereas threats that erode and put the continuity under the question of ethnozoological knowledge emanate from the disinterest of the young generation, and unwillingness, secrecy and oral-based knowledge transfer of healers. Therefore, to avoid erosion of this knowledge and to sustain animals, awareness creation should be given to healers and local people. Further biological researches on medicinal animals should also be conducted.
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In Middle Eastern countries such as Egypt, Lebanon, Syria, and Jordan, anointing girls’ body with bat’s blood is an option to reduce body hair growth. This study aimed to investigate the prevalence and people’s opinions about the effectiveness of using bat’s blood in preventing hair growth. A manual and online survey with closed-ended questions was distributed among 120 participants to examine the steps of bating procedure and associated disease risks. Among the participants, 90 were regular people and 30 were dermatologists and virologists. 97% of the samples had heard about the process and 71% had experienced it on themselves. Most of the study samples were familiar with the procedures and steps of bating (3.69), and they agreed with three essential procedures, namely; the blood should be warm and fresh, the operation takes place immediately after birth, and olive oil or saline should be used in the body bath. Also, there was a strong belief among the sample members about the effectiveness of this process (3.86) according to their age, gender, and educational level in favor of the less educated and older females. Furthermore, there was an agreement among specialists about the possibility that this process could be risky and leads to infection or skin allergies (4.34). Traditional practice in the Middle East area indicates the usefulness of bating process; however, laboratory and clinical studies are needed to illustrate any disease risks.
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Extensive ethnomedicinal survey was carried out to document the precious indigenous healthcare practices prevalent among the different ethnic groups of Rajasthan. These people belonging to primitive or aboriginal culture possess a good deal of information about medicinal utility of biodiversity. During the survey, it was noted that plant parts, animals and substances of animal origin are commonly used by the tribals to cure various diseases and disorders. Indigenous healthcare practices, provide low cost alternatives, where western healthcare services are not available or are too expensive. Analysis of data based on 72 remedies indicates that 57 remedies are based on 45 different plant species belonging to 29 families and 15 remedies are based on several substances of animal origin. A list of plant/animal species along with their part/s used and the mode of administration for effective control in different ailments are given.
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New records of bats from three sites situated in the western part of the Malaysian state of Sabah (North Borneo) are presented. Besides some common species (Cynopterus brachyotis, C. horsfieldii, Megaerops ecaudatus, Balionycteris maculata, Aethalops aequalis, Macroglossus minimus, Rhinolophus borneensis, R. trifoliatus, Hipposideros dyacorum, H. cervinus, H. diadema, Myotis muricola), several rather rare forms were also recorded. Cynopterus minutus and Hipposideros doriae are reported from the territory of Sabah for the first time, Cynopterus sphinx for the second time. Arielulus cuprosus was found for the first time after its description from another site in Sabah and remains a Sabahan endemic. Some notes on ecology, morphology and taxonomy of several collected taxa are added.
Animals have been used as medicinal resources for the treatment and relieve of a myriad of illnesses and diseases in practically every human culture. Although considered by many as superstition, the pertinence of traditional medicine based on animals cannot be denied since they have been methodically tested by pharmaceutical companies as sources of drugs to the modem medical science. The phenomenon of zootherapy represents a strong evidence of the medicinal use of animal resources. Indeed. drug companies and agribusiness firms have been evaluating animals for decades without paying anything to the countries from where these genetic resources are found. The use of animals' body parts as folk medicines is relevant because it implies additional pressure over critical wild populations. It is argued that many animal species have been overexploited as sources of medicines for the traditional trade. Additionally, animal populations have become depleted or endangered as a result of their use as experimental subjects or animal models. Research on zootherapy should be compatible with the welfare of the medicinal animals. and the use of their by-products should be done in a sustainable way. It is discussed that sustainability is now required as the guiding principle for biological conservation.
The paper describes the traditional method of treating various kinds of ailments using various vertebrates and invertebrates and/or their products by different tribes in Attapadi hills of Western Ghats. Efforts have been made to identify different animals of medicinal value used by Irular, Mudugar and Kurumbar tribes and decode their names in English language along with scientific names as far as possible. A list of 44 animal species and their products, nature of ailments, mode of treatment has been presented.
This paper documents zootherapeutic practices in Similipal Biosphere Reserve of Mayurbhanj district, Orissa, India. It is primarily based on field surveys carried out in villages, where dwellers provided information on animal species used as medicine, body parts used to prepare the remedies, and the illnesses to which the remedies were prescribed. The dominant tribes involved in using animal parts as medicines in the district are Santhal, Kol, Bhumija, Bhuyan, Mahalis, Sounti and Saharas. The animal parts, namely, blood, excreta, feather and hair were used in raw or cooked forms for the treatment of piles, asthma, skin diseases, fever and rheumatism.The species used as medicinal drug and their respective families were: Bos gaurus gaurus(Mammalia), Buceros bicormis (Bucerotidae), Crocodylus palustris (Crocodilidae), Pavo cristatus(Phasianidae), Hystrix indica (Rodentia), Pterocarpus giganteus (Chiroptera) and Sus scorofacristatus (Mammalia).These zootherapeutical resources were used for the cure of 12 illnesses.
Chitosan is a linear polysaccharide commercially produced by the deacetylation of chitin. It is non-toxic, biodegradable, biocompatible, and acts as a bioadhesive with otherwise unstable biomolecules - making it a valuable component in the formulation of biopharmaceutical drugs. Chitosan-Based Systems for Biopharmaceuticals provides an extensive overview of the application of chitosan and its derivatives in the development and optimisation of biopharmaceuticals. The book is divided in four different parts. Part I discusses general aspects of chitosan and its derivatives, with particular emphasis on issues related to the development of biopharmaceutical chitosan-based systems. Part II deals with the use of chitosan and derivatives in the formulation and delivery of biopharmaceuticals, and focuses on the synergistic effects between chitosan and this particular subset of pharmaceuticals. Part III discusses specific applications of chitosan and its derivatives for biopharmaceutical use. Finally, Part IV presents diverse viewpoints on different issues such as regulatory, manufacturing and toxicological requirements of chitosan and its derivatives related to the development of biopharmaceutical products, as well as their patent status, and clinical application and potential.