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Ukrainian Journal of Ecology
Ukrainian Journal of Ecology, 2022, 12(9), 1-16, doi: 10.15421/2022_398
ORIGINAL ARTICLE
The medicinal plants of the region of El Oued (south-eastern Algeria): inventory and traditional therapeutic uses
N. Hacini1, R. Djelloul1*, L. Boutabia2, B. Magdoud3
1 Functional and Evolutionary Ecology Laboratory, Faculty of Nature and Life Sciences, Chadli Bendjedid
University, El Tarf, Algeria
2Agriculture and Ecosystem Functioning Laboratory, Faculty of Nature and Life Sciences, Chadli Bendjedid
University, El Tarf, Algeria 3Faculty of Nature and Life Sciences, Chadli Bendjedid University, El Tarf, Algeria Corresponding author E-mail: radia_d@yahoo.fr, djelloul-radia@univ-eltarf.dz Received: 15 September, 2022; Manuscript No: UJE-22-74841; Editor assigned: 17 September, 2022, PreQC No: P-74841; Reviewed: 28 September, 2022, QC No: Q-74841; Revised: 03 October, 2022,
Manuscript No: R-74841; Published: 07 October, 2022.
This work is based on an ethnobotanical inventory of plants used in traditional medicine in the El Oued region. The goal of this work was to enhance the medicinal plants in the region of El Oued through a survey directed to people who have information on medicinal plants and their use in the region as herbalists, traditional healers, nomads, and some of the city population. Therefore, we inventoried 73 plants belonging to 37 families, and the largest are the families Asteraceae and Lamiaceae, with 9 species each. According to the indigenous population, the spontaneous, local and perennial plants are the most used in the treatment because of their availability in a sustainable environment. Based on these plants and by oral administration with the decoction method of preparation, the population of El Oued uses the natural remedy to treat the majority of digestive and Broncho-pulmonary diseases, representing respectively the rates of (27.22%) and (13.29%).
Keywords: Inventory, Ethnobotany, Medicinal plants, Digestive, Decoction, Broncho-pulmonary.
Introduction
The Sahara is the largest desert but also the most extreme, i.e., the one in which the desert conditions reach their greatest harshness (Ozenda, 1991). The state of the spontaneous flora in this area as well as the relationships between humans and plant species deserve particular attention (Ouled El Hadj et al., 2003).
The spontaneous plant resources of the Sahara constitute a flora of about 500 species of higher plants, some of which are still used today by the populations as medicinal plants (Ozenda, 1983).
Medicinal plants are a numerically large group of economically important plants. They contain active components used in the treatment of various diseases (Bellakhdar, 1997). They remain a source of medical care in developing countries, due to the absence of a modern medical system (Mehdioui and Kahouadji, 2007). According to (Beloued, 2003), traditional medicine has always occupied an important place in the traditions of medicine in Algeria. Over the past few years, the results conducted by specialists (doctors, agronomists, ecologists, economists, etc.) have helped to demonstrate to humans the effects of drugs based on chemical products, the importance, and the effectiveness of medicinal plants and products from organic farming (Messaoudi, 2005). A better knowledge of plants active against human diseases can lead to the selection, among the many so-called medicinal species used by populations, of a group of plants that are active and non-toxic and can be used by these populations (Lamnaouer, 2002, Amri et al., 2017).
Ethnobotany is a scientific discipline belonging to the field of ethnology that aims to study the traditional use of the plant, its method of preparation, and the diseases it can treat (Boukef, 1986). For this purpose, and according to the interesting results obtained by various authors (Boutabia et al., 2020, Yapi, 2015, Miara et al., 2019), we have suggested this study, which was carried out in southern Algeria. Our contribution falls within the framework of the census of spontaneous medicinal plants to provide additional information on the Algerian wild medicinal flora and its use by the local population to enrich scientific knowledge, to enhance and preserve this heritage of its use reasonably within a framework of sustainable management of these natural resources.
Methodology
Presentation of the study region
The state of El Oued, which occupies an area of 44,586.80 km2 is limited by the state of Tebessa in the North-East, the state of Khenchela in the North, the state of Biskra in the North-West, by the state of Djelfa in the West, the state of Ouargla in the West and the South, and by the Tunisian border in the East (Fig. 1) (DPAT, 2007).
Fig. 1. The geographical location of the study area (El Oued) (DPAT, 2007).
The survey methodology
Our work is based on the study of the use of spontaneous plants in the traditional pharmacopeia of an indigenous population of the region of El Oued. The ethnobotanical survey was carried out using a questionnaire. First, we made an inventory of the plants used for therapeutic purposes. For this step, a simple collection method was adopted, which joins the sheet proposed by (Boukef, 1986). In a second step, after a prior synthesis of the preliminary data, interviews with our informants provided us with details and various clarifications on the species listed: parts used, method of preparation, therapeutic indications, and routes of administration. For this purpose, we used for our study a questionnaire that was previously translated from French into Arabic and adapted to the objectives of our study, namely: the profile of the informant (age, gender, family situation, level of study); the medicinal plant (local name, scientific name); the part used; the method of preparation; and diseases to be treated (Kadri et al., 2018).
Formalized ethnobotanical survey
The present study concerned the different categories of the population likely to know about plants and their therapeutic uses, such as herbalists, traditional healers, nomads, and city dwellers. For the success of this work, a survey was conducted among people who know medicinal plants, where we questioned a total of 100 people, including 20 herbalists, 40 nomads, and 40 old women. The questionnaire adopted includes the following key questions: (i) Do you know which plants are used in traditional therapy? (ii) What is the local name of these plants? (iii) What parts of this plant are used? (iv) How are they prepared? (v) And what is the form of use?
Analysis of processed parameters
After data collection, Microsoft EXCEL Version 2007 software is used for the graphical representation of calculated results. Most of the plant species that grow all over the world have therapeutic virtues because they contain active principles that act directly on the body (Iserin, 2001). In this part, different parameters have been studied. First, we were interested in the parts used (leaves, stems, roots, flowers, fruits, buds, and seeds), which can have very different functions (food, medicinal, toxic) (Beloued, 2003). The predominance of the use of one organ over another in the therapeutic field derives from the concentration of active ingredients in this organ (Ouled El Hadj et al., 2003, El Hilah et al., 2015, Miara et al., 2019). It is therefore always necessary to specify the organ which is the origin of the drug, the method of preparation of the remedy, and the route of administration. The determination of the mode of preparation of a remedy based on the different plant parts has very high importance, to define the ideal mode which makes it possible to preserve the active substances and give an effective extract and at the same time avoid the extraction of toxic substances (a risk of concentration of heavy metals in plants) (Chevalier, 2001). Moreover, the definition of the modes of administration for each type of preparation and the diseases treated is the main objective of phytotherapy.
Results and Discussion
Through the study that we conducted in the region of El Oued on the uses of plants in traditional medicine, it appears that there is a diversity of practice as regards the symptoms treated, the parts used, and the method of preparation and use. The survey carried out revealed a very diverse list of spontaneous medicinal plants. A summary of the data collected is illustrated in Table 1. Table 1. Categories, therapeutic uses, parts used, methods of preparation, and methods of use.
S.No Families Species Vernacular Cultivated/ Therapeutic Used Preparation Utilization
names Spontaneous uses parts mode mode
1 Apiaceae Ammodaucu Oum Driga Spontaneous -Kidney stones Flowers Decoction Ingestion
s -Intestinal
leucotrichus gases
Coss. and
Durieu
2 Ferula Heltita Spontaneous Sure - Infusion Inhalation
vesceritensis -headache - Powder
Coss. and
Dur. ex Batt.
3 Foeniculum Bassbasse Cultivated Diuretic Fruits+ - Powder Ingestion
vulgare Mill. Stomach Roots - Decoction Drink
cramp
intestinal gas
4 Arecacea Phoenix Palmier Cultivated -Infertility Flowers Powder (mix Ingestion
e dactyiffera L. dattier -Sexual (pollen) with honey)
weakness
5 Asteracea Artemisia Chejrat Cultivated -Gallstones - Stem Infusion Ingestion
e absinthium Meriem -Rougette s
L. -Anthelmintic - Leav
-Antibiotic es
6 Artemisia Tougouft Spontaneous Fever Aerial Infusion Ingestion
campestris L. -Injuries part
-Toxicity
7 Artemisia Chih Spontaneous - Cough Leaves Decoction Ingestion
herba aba -Intestinal gas Flowers
Asso -Stomach
cramp
- Tooth decay
- Anxiety
8 Ifloga Oum rouisse Spontaneous Intestinal gas Flowers Decoction Ingestion
spicata
(Forssk.)
Sch. Bip.
9 Launaea Kerechet Spontaneous Cancer Fruits Decoction Pomade
glomerata Larneb
Hook. f.
10 Launaea Âdhid Spontaneous Prostate Aerial Decoction Ingestion
resedifolia inflammation part
(L.) Kuntze
11 Otoglyphis Gritfa Spontaneous Icterus - Tige Decoction Ingestion
pubescens (Ouazouaza) - Flowe
(Desf.) rs
Pomel
12 Rhanteruum Ârfaj Spontaneous Skin allergy Totale Decoction Ingestion
suaveolens
Desf.
13 Sonchus Sag Ghrabe Spontaneous -Intestinal - Grain Decoction - Ingestion
asper (L.) inflammation s - Pomade
Hill -Antiseptic -
-skin- Flowers
sensitivity - Leave c
14 Boragina Arnebia Hommiri Spontaneous Makeup s Roots Direct Pomade
ceae decumbens
(Vent.) Coss.
and Kralik
15 Brassicac Malcolmia El-Harra Spontaneous immune tonic Aerial Decoction Ingestion
eae aegyptiaca part
Spreng.
16 Diplotaxis Jarjir Spontaneous Hear loss - Stem Decoction Pomade
pttardiana s
Maire - Leav
es
17 Cactacea Opuntia Hendi Cultivated Diarrhea Leaves Powder Ingestion
e maxima Mill.
18 Caryophy Paronychia Kssaret Spontaneous -Kidney stones Underg Infusion Ingestion
llaceae arabica (L.) Elhajar round
DC. (Elâyacha) part
19 Spergularia Bssat Spontaneous -Kidney stones Total Infusion Ingestion
pycnorrhzza Lemlouk -Diuretic
Foucaud ex
Batt.
20 Chenopo Atrip lex Ghettaf Spontaneous -Kidney stones Leaves Decoction Ingestion
diaceae halimus L. +cultive
21 Haloxylon Remth Spontaneous Urinary tract Leaves Decoction Ingestion
artcculatum (Bagel) infections
(Moq.)
Bunge
22 Traganum Dhamrane Spontaneous Abdominal Leaves Powder Ingestion
nudatum muscle crisis
Delile
23 Cucurbita Colocynthis Hdaj Spontaneous -Sting Fruits Powder Ingestion
ceae vulgaris (L.) (Hendhal) - Diabetes
Schrad.
24 Cucumis Fagousse Spontaneous Icterus Underg Decoction Ingestion
pustu/atus l'hamir round
Naudin ex part
Hook. f.
25 Cyperace Cyperus Sâad Spontaneous -Asthma Roots Decoction Ingestion
ae conglomerat //C - Cough
us Rottb.
26 Euphorbi Euphorbia Lobbine Spontaneous -Diabetes Flowers Decoction Ingestion
aceae guyoniana
Boiss. and
Reut.
27 Fabaceae Astragalus Foul lebel Spontaneous Complete body - Stem Powder Ingestion
gombo food - Leave
subsp. gomb s
oeformis
(Pomel) Eug.
Ott
28 Astragalus D'Iilieâa Spontaneous Joint Stems Powder Pomade
gyzensis (Hlioua) inflammation
Bunge
29 Ceratonia kheroube Cultivated -Diarrhea Grains Powder Ingestion
siiiqua L. -Digestible Drink
laxative
- Flu
30 Retama Retam Spontaneous -Cold Underg Infusion Ingestion
raetam round
(Forssk.) part
Webb
31 Trigonella Helba Cultivated - Diabetes Grains Seffa Ingestion
foenum- - Anorexia
graecum L.
32 Gentiana Centaurium cees umbellatum
33 Lamiacea Ajuga iva L. e
34 Lavandula officinaiss L.
Mararet Spontaneous lehnech
Chendegoura Spontaneous
Khezama
Cultivated
- Anorexia
- Diabetes
- Diabetes
- Rage -Cough -Anxiety -Acne -Icterus -Painful periods -Gravel
Aerial
part
Aerial
part
- Leav
es
Decoction
Decoction
Ingestion Ingestion
- Powd - Drink
er (mix with - Ingestion
- Grain honey)
es - Decoction
- Flow (mix with olive ers oil)
35
36
37
38
39
40
41
Marrubium vuiagare L.
Spontaneous
Origanum
compactum
L.
Mriouat
Flioue
Nânâa
Mentha pulegium L. Mentha spicata L.
Ocimum Hebak basslliicum L. (Naânaâ
Zâatar
Spontaneous
Cultivated
Cultivated
bouchoucha)
Spontaneous
Origanum Mardegouch Cultivated majorana L. e
Rosmarinus Klil officinaiss L.
Spontaneous
-Stomach
disease
-Anthelmintic
-toxicity
-Cardiotonic
-Vomiting
- Cough
-Intestinal gas
-Intestinal
cramp
-Regulation of pregnancy -Urinary pain -Intestinal gas
-Intestinal gas
- Flu -Asthma
- Cough -Respiratory antiseptics -Intestinal gas -Tranquilizer -stomach ulcer
-Intestinal cramps -Intestinal gas
- Stem s
- Leave s
Aerial part Aerial part
- Flowe rs
- Leave s
- Grain s
Flowers
Decoction
Ingestion
- Leav es
- Flow ers Aerial part
- Decoction
- Infusion
- Decoction
- Infusion
Decoction
Decoction
Infusion
Powder
Ingestion
Drink Ingestion
- Drink
- Ingestion
Ingestion
Ingestion
Ingestion
42 Laureace Laurus ae nobiiis L.
Rand
Cultivated
Emmenagogue - Cough -Digestible laxative
- Leav es
- fruits
- Decoction
- Powder
Ingestion
43
44
45
46
47
Liliaceae El Haya wa
Androcymbiu El mayta m punctatum (Schlecht.) Cav.
Asphodelus Tazia
tenuffoiius
Cav.
Urginea B'ssile noctfflora Batt. and Trab.
Lythracea Lawsonia Hena e inermis L.
Spontaneous Lethal herb
Fruits
Spontaneous
Spontaneous
48
49
50
51
Cultivated
Moringac Moringa Bane/Moring Cultivated eae oleífera Lam. a
Myrtacea Myrtus e communis L.
Rihane
Spontaneous
Punica granatum L.
Syzygium aromaticum (L.) Merr. an d L.M.Perry
Romane
Cultivated
Cultivated
Kronful
Oleaceae Olea
europea L.
Zitoune
Cultivated
-Cough - Common cold
-Diarrhea Bronchial diseases
-Jaundice
- Anxiety
- Common cold
-Injuries
-Anorexia
-hemorrhoids
- Diabetes -gastric ulcers
- Fever -Stomach cramp -Sexual weakness
- Anxiety -Anorexia
- Arterial pressure -Digestible laxative
- Fever
Aerial part
Whole plant
s
rs
Fruits
Flower petals
Powder Infusion
Underg Infusion
round
part
-Stomach Leaves
cramp
-Intestinal gas -Malnutrition
- Cancer
- Diabetes -Icterus -urinary disorders -stomach ulcer
-Smell from - Leave the mouth
plants)
er
ration Powder
Mace
er
ion
- Leav es
- Fruits
Decoction
- Ingestion
- Inhalation
Ingestion
Powder Infusion
Decoction
Infusion
Powder
Maceration
Seffa
- Infus ion (mix with
Drink Ingestion
Ingestion
Drink
Inhalation
Pomade
Cataplasm
Ingestion
- Flowe a game of
Powd
Powd
Infus
Ingestion
-Cataplasm
-Drink
-Ingestion
- Ingestion
- Pomade
-Cardiotonic
52 Orobanch Cistanche Thanoun Spontaneous Regulation of - Roots Decoction Ingestion
aceae violacea the menstrual - Stem
(Desf.) cycle s
Hoffmanns
and Link
53 Papavera Papaver Ben Spontaneous -Cough Flowers Decoction Ingestion
ceae rhoeas L. Noamane -Measles
-Digestible
laxative
54 Pinaceae Pinus S'nober Cultivated -Diuretic Cortex - Decoction Ingestion
halepensis Bud - Powder
Mill.
55 Plantagin Globularia Taselgha Spontaneous -Antifungal Leaves Decoction Ingestion
aceae alypum L. -Stomach Flowers
cramp
56 Plumbigin Zaita Spontaneous -Stomach Leaves - Powder
aceae Limoniastru ulceration Flowers - Decoction Ingestion
m -Intestinal gas
guyonianum -Asthma
Boiss. - Cough
57 Poaceae Cynodon Najm Spontaneous Toxic plant Flowers Decoction Ingestion
dactylon (L.)
Pers.
58 Cymbopogon El Lemmad Spontaneous Diuretic Seeds -Infusion Ingestion
schoenanthu -Give appetite
s (L.) -Intestinal -Decoction
Spreng. disorders
-Food
poisoning
59 Schismus Khafour Spontaneous -Flu Flowers Decoction Pomade
barbatus
(Loefl. ex L.)
Thell. subsp.
barbatus
60 Stipagrostis Drinn Spontaneous Kidney stones Aerial Decoction Ingestion
pungens part
(Desf.) De
Winter
61 Zea mays L. Mais Cultivated - Kidney Fruits Powder Ingestion
stones
- Diabetes
62 Polygona Calligonum L'arta Spontaneous Piqure de Leaves Infusion Drink
ceae comosum scorpion
L'Herit
63 Portulaca Portulaca Pourtlak Cultivated -Regulation of Seeds Infusion Ingestion
ceae oleracea L. (Pakla pregnancy
hamka) -Sexual
weaknesses
64 Ranuncul Nigella Haba Saouda Cultivated -Anorexia Seeds Powder (mix Ingestion
aceae damascena L -Cardiotonic with honey)
65 Rhumnac Ziziphus Sedra Cultivated -Stomach Leaves - Powd - Cataplasm
eae lotus L. cramp Fruits er - Ingestion
-Injuries - Infus
ion
66 Rosaceae Neurada Saadane Spontaneous Abdominal Leaves Powder Ingestion
procumbens 1 L. (Koffice) muscle crisis
67 Prunus Hab lemlouk Cultivated Digestible Stems Direct Ingestion
avium (L.) L. laxative
68 Solanace Solanum Enb Thibe Spontaneous Urine pain Decoction Ingestion
ae nigrum L. Fruits
69 Tamarica Tamarix Tarfa Spontaneous+ Icterus - Stem Decoction Ingestion
ceae boveana Cultivated s
Bunge - Flow
ers
70 Thymelea Thymelaea Methnane Spontaneous -Menstrual Flowers Decoction Ingestion
ceae microphylla congestion
Coss. and -
Durieu Cardiovascular
diseases
71 Zinzibera Zingiber Zanjabil Cultivated - Weakness Aerial - Powder (mix - Drink
ceae officinale -Stomach part with honey) - Ingestion
Roscoe cramp - Decoction - Massage
- Cough - Infusion
- Diabetes - Mace
-Intestinal gas ration
- Fever
-Anemia
72 Zygophlla Peganum Harmel Spontaneous -Tranquilizer Seeds Powder Ingestion
ceae Harmala L. -Rheumatism
-Anthelmintic
73 Zygophyllum Bougriba Spontaneous - Diabetes Leaves Decoction Drink
album L. f. (Agga) (Ingestion)
List of medicinal plants
The population of El Oued is well known for its use of medicinal and aromatic plants. A great part of this population remains attached to its customs and prefers to go to the doctor only after having gone through a traditional treatment (Traditional healers, Achebs, healers, etc.).
Through our survey, it appears that the number of plants used in traditional medicine is 73, 48 of which are spontaneous. The large proportion of spontaneous plants is justified by the fact that a good part of the population surveyed, in the study region, still practices a semi-nomadic way of life.
In general, the northern Sahara includes a significant number of medicinal plants. In their study, (Chehma and Djebar, 2008) were able to count 68 species. In the Ouargla region (Oueld El Hadj et al., 2003), 37 species with therapeutic interests, including 20 spontaneous, were identified, and in El Golea (Azzouz, 2007), 58 species were inventoried, including 51 spontaneous. The importance of the number of medicinal species in the region of El Oued can be explained by (i) the particularity of the said region by its particular reliefs (Erg) allowing the installation of certain demanding species versus edapho-climatic conditions; (ii). A non-negligible part of the cultivated plants has an origin outside our country, coming in particular from Eastern countries thanks to commercial activities relating to condiments, medicinal and aromatic plants (iii) The survey carried out targeted not only the indigenous population of El Oued but also nomads and herbalists.
Different categories of medicinal plant users in the El Oued region Spontaneous/cultivated
Spontaneous plants are the most used in the traditional pharmacopeia with 67%, or two-thirds of the total species, while the cultivated plants used represent one-third of the total species with 33%. These proportions are due to the high numbers of surveys carried out among the nomads (men of the desert), who use spontaneous plants around their habitats for the treatment of various diseases since there is no cultivation of plants in these completely arid environments (Fig. 2).
It should be noted that the people questioned believe more in the power of spontaneous plants in curing diseases than in cultivated plants. Indeed, it is known that spontaneous plants have a better concentration of active principles than cultivated plants (Bezanger Beauquesn et al., 1975).
Fig. 2. The proportion of volunteer plants compared to cultivated plants. Imported and local
According to Fig. 3, we note that 75% of the plants used in the traditional pharmacopeia of the region of El Oued are local, i.e., species originating from the said region. While 25% of the species mentioned in our survey are imported and therefore come from outside the country.
This could be explained by the fact that the population questioned uses spontaneous plants according to ancient know-how which is based on the exploitation of the natural resources of the region. This result agrees with a previous study (Azzouz, 2007), which was able to find that the species used in the region of El Golea are local with a rate of (78%). Moreover, the use of imported plants comes from the indications of healers and herbalists.
Fig. 3. The proportion of local species compared to imported species.
Specific nature of the families of medicinal plants retained per family
The medicinal species identified belong to 37 families, of which the most important in the number of species, are the Asteraceae and the Lamiaceae, with 9 species (12.33%) of the total species each.
Additionally, more than 64% of the families (24/37) are represented by only one species (Fig. 4). This can be explained by the dominance of these two botanical families in the northern Sahara, in general (Chehma and Djebar, 2005, Chehma, 2006) and in the region of El Oued in particular.
This dominance of Asteraceae as a family of medicinal species has been reported by several authors. Indeed, Ould El Hadj and his collaborators (2003) recorded in the Ouargla region the highest proportion of Asteraceae with 13.5%, followed by Poaceae with 10.8%, and Amaranthaceae, Apiaceae, and Labiatea with 8.1% each. For the regions of Ouargla and Ghardaïa, (Chehma and Djebar, 2005) noted that the Asteraceae family represents a rate of 16%, the Amaranthaceae with 11%, followed by the Fabaceae and Poaceae with 6% each.
Fig. 4. The proportion of families representing more than one species. The different parts of medicinal plants used in the region
In general, the leaves and the flowers are the parts of the plant the most used in the preparation of the treatments, with respectively 25.6% and 22.4%, followed by the stems and the seeds with a rate of 15.4%, and finally the fruits and roots with 15.4% and 14.1%, respectively (Fig. 5).
■ Feuilles
■ Fleurs
Tige ■ Grain
■ Fruit
Racine
Fig. 5. The proportion of ingredients used in the preparation of a natural remedy.
The difference in the proportions of the plant organs used is justified by the fact that the concentration of the active principles in the different parts of the plants varies according to the species. It should be reminded that the leaves are the site of the majority of phytochemical reactions and the reservoir of the organic matter derived from them (Chamouleau, 1979).
The work of (Mehdioui and Kahouadji, 2007) indicates that the leaves are the most used parts, with a percentage of 30%. (Ouled El Hadj et al., 2003) recorded a rate of 37.3%; (Yapi et al., 2015) noted a rate of 43.18%; (Benderradji et al., 2021) reported a rate of 47.11%; (Boutabia et al., 2020) mentioned a rate of 56%. Moreover, (Chehma and Djebar, 2005) recorded a utilization rate of 84% for the aerial part, including the leaves. Also, (Azzouz, 2007) found that the leaves represent (44%) and the aerial part in general indicates a rate of (21%). According to (Zabeirou, 2001), the stem, although its main role remains the exchange or the transport of sap through the conductive vessels between the roots and the leaves, can store active substances, particularly in the bark. In the field, users tend to pull out the whole plant instead of only looking at the desired part (mainly the leaves), it is known that there is a clear relationship between the part of the exploited plant used and the effects of this exploitation on its existence (Bellakhdar, 1997).
Preparation method
In the region of El Oued, the most commonly used mode of preparation is that of decoction with a rate of 45.45%, followed by powder with 28.4%, infusion with 19.31%, and consumption by the direct mode (or seffa), which means administration without any modification, representing a reduced rate of 4.54%, and finally maceration with 2.27% (Fig. 6).
The results relating to the dominance of the use of the decoction mode and the predominance of the powder mode agree with those obtained by (Mehdioui and Kahouadji, 2007) in their study on medicinal plants in Morocco.
On the other hand, previous studies show that the mode of preparation by infusion represents rates of 50% and 20.45% (Chehma and Djebar, 2005, Ouled El Hadj et al., 2003). Moreover, in Algeria, recent studies conducted by (Allali et al., 2008, Hamel et al., 2018, Hamza et al., 2019, Boutabia et al., 2020, Benderradji et al., 2021) indicate that the mode of preparation most commonly used is that of infusion.
Fig. 6. The proportion of different ways of preparing remedies. Treatment of symptoms
The assessment of spontaneous plants, whose essential objective in phytotherapy is the knowledge of diseases treated by plants, is necessary to determine the different uses and the diseases that differ in humans.
In El Oued region, the majority of diseases treated are presented with a rate of 29.75% for a wide range of diseases covering 27 symptoms and diseases (Fig. 7). To this end, diseases of the digestive system dominate with a rate of 27.22%, followed by broncho-pulmonary diseases with 13.29%, kidney diseases with 8.23%, diabetes, and sexual pathologies with 6.96% each, icterus with 4.43%, and finally dermatosis and insect bites with 1.9% and 1.27%, respectively.
The dominance of digestive system diseases is confirmed by several authors (Mehdioui and Kahouadji, 2007) in Morocco, (Hammiche and Gheyouche, 1988, Ouled El Hadj et al., 2003, Chehma and Djebar 2005, Benderradji et al., 2021) in Algeria.
Fig. 7. The proportion of diseases and symptoms treated with plants used in the region of El Oued.
Forms of use
For the application of treatments for the various symptoms mentioned above, we encountered different forms of use, of which the most used in the study area is ingestion with a proportion of 75.58%, followed by drinking with 11.62%, by the ointment (massage) with 8.13% and finally by the cataplasm and the inhalation with very reduced rates, i.e., 0.02% each (Fig. 8). These results are consistent with those of Chehma and Djebar (2008).
The dominance of oral administration in the present study is confirmed by the work of (Ould El Hadj et al., 2003, Messaoudi, 2005) indicating that this mode of administration includes the majority of preparation methods: infusion, maceration, and decoction. According to other investigations, oral administration remains the most frequently used form of use because it is the most recommended and user-friendly. In addition, it goes hand in hand with the dominance of the decoction, powder, and infusion preparation methods that we have recorded (Azzouz, 2007, Yapi et al., 2015, Kadri et al., 2018).
n.62% 0.02%i0 02%
■ Ingestion
■ Pommade
(Massage) Boisson
■ Cataplasme I Inhalation
Fig. 9. The proportion of different forms of remedy use.
Conclusion
The ethnobotanical study was carried out in the regi on of El Oued (Sahara-East Algeria), which allowed us to make an evaluation of the medicinal plants' diversity in the said region on the one hand, and to have an idea regarding the use of these plants in the traditional treatment of various affections on the other hand. According to the survey conducted, we noted that the use of spontaneous medicinal plants is dominant compared to cultivated plants. Interestingly, we recorded 73 plants with therapeutic interests, i.e., 48 spontaneous and 25 cultivated. The species used belong to 37 families, the most important of which are those of Asteraceae and Lamiaceae, with a rate of (12.33%). The remaining 64% of families are characterized by only one species. The concentration of the active substances in the different parts of the plant defines their uses. As a result, the leaves are the most used part, followed by the flowers, seeds, stems, fruits, and roots. The decoction is the most frequently used mode of preparation with a rate of (45.45%), followed by powder (28.4%), infusion (19.31%), direct consumption (or seffa) (4.54%), and finally maceration (2.27%). In addition, we emphasized a diversity of symptoms treated by medicinal plants in the study area, the most common of which would be digestive diseases, followed by broncho-pulmonary diseases, kidney diseases, diabetes, sexual pathologies, icterus, and bites. The forms of use are multiple, the most popular of which is ingestion, followed by drinking, ointment, and finally cataplasm and inhalation.
To better understand, preserve, valorize and use spontaneous plant resources with maximum efficiency in the therapeutic field, we wish to continue our study by addressing other aspects relating to phytochemistry, cosmetology, and phytopharmacy in the region of El Oued and elsewhere in Algeria.
Acknowledgements
This study was supported by the Algerian Ministry of Higher Education and Scientific Research; Directorate General for Scientific Research and Technological Development, "Functional and Evolutionary Ecology"research laboratory, Faculty of Natural and Life Sciences, Chadli Bendjedid University, El Tarf, Algeria.
Conflict of Interest
The authors of this manuscript declare that they have no conflict of interest.
References
Allali, H., Benmehdi, H., Dib, M.A., Tabti, B., Ghalem, S., Benabadji, N. (2008). Phytotherapy of diabetes in west Algeria. Asian Journal of Chemistry, 20:2701.
Amri, B., Martino, E., Vitulo, F., Corana, F., Ben-Kaâb, L.B., Rui, M., Collina, S. (2017). Marrubium vulgare L. leave extract: Phytochemical composition, antioxidant and wound healing properties. Molecules, 22:1851.
Azzouz, M. (2007). Etude ethnobotanique de la flore spontanée médicinale dans la région d'El Goléa (El Meniaa). Mém Ing Université d'Ouargla, Algérie, p:57.
Benderradji, L., Bounar, R., Ghadbane, M. et Rebbas, K. (2021). Etude ethnobotanique comparative et utilisation thérapeutique de plantes médicinales de djebel djedoug (Hammam Dhalaa) et du milieu oasien (oasis de Boussaâda). Journal of Oasis Agriculture and Sustainable Development, 3:1-12.
Bellakhdar, J. (1997). Pharmacopée marocaine traditionnelle. Ibis press.
Beloued, A. (2003). Plantes médicinales d'Algérie. Office des Publications Universitaires, Alger, p:284.
Bézanger-Beauquesne, L., Pinkas, M., Torck, M. (1975). Les plantes dans la thérapeutique moderne. Maloine.
Boukef, M.K. (1986). Les plantes dans la médecine traditionnelle tunisienne. Agence de Coopération Culturelle et Technique.
Boutabia, L., Telailia, S., Cheloufi, R., Chefrour, A. (2010). The medicinal flora of the forest massif of Oum Ali (Zitouna-wilaya of El
Tarf-Algeria): inventory and ethnobotanical study. Proceedings of the 15th INRGREF Scientific Days: "Valorization of Non-Timber
Forest Products, pp:28-29.
Boutabia, L., Telailia, S., Menaa, M. (2020). Traditional therapeutic uses of Marrubium vulgare L. by local populations in the Haddada region (Souk Ahras, Algeria). Ethnobotany Research and Applications, 19:1-11. Chamloulou, A. (1979). Les usages externes de la phytothérapie. Ed. da Maloine S.A., Paris, p:27.
Chehma, A. (2006). Catalogue des plantes spontanées du Sahara septentrionale algérien. Ed. Dar El Houda, University de Ouargla, p:140.
Chehma, A., Djebar, M.R. (2008). Les espèces médicinales spontanées du Sahara septentrional algérien: distribution spatiotemporelle et étude ethnobotanique. Synthèse: Revue des Sciences et de la Technologie, 17:36-45.
Chevalier, A. (2001). Encyclopédique des plantes médicinales. Identification, préparation, sains. Edition Larousse, Paris, p:335. DPAT. (2007). Direction de la planification et de l'aménagement du territoire d'El Oued. Annuaire Statistique de la Willaya d'El Oued, p:119.
El Hilah Fatima, F.B.A., Dahmani, J., Belahbib, N., Zidane, L. (2015). Étude ethnobotanique des plantes médicinales utilisées dans le traitement des infections du système respiratoire dans le plateau central marocain. Journal of Animal and Plant Sciences, 25:38863897.
Hamel, T., Sadou, S., Seridi, R., Boukhdir, S., Boulemtafes, A. (2018). Pratique traditionnelle d'utilisation des plantes médicinales dans la population de la péninsule de l'edough (nord-est algérien). Ethnopharmacologia, 59:65-70.
Hammiche, V., Gueyouche, R. (1988). Plantes médicinales et thérapeutiques. 1ère partie. Les plantes médicinales dans la vie moderne et leur situation en Algérie. Annales de UNA El Harrach, 12:419-433.
Hamza, N., Berke, B., Umar, A., Cheze, C., Gin, H., Moore, N. (2019). A review of Algerian medicinal plants used in the treatment of diabetes. Journal of Ethnopharmacology, 238:111841.
Iserin, P. (2000). Encyclopedie des plantes médicinales. Larousse VUEF, 2nd Ed., Paris, 14:275.
Yasser, K., Abdallah, M., Abdelmadjid, B. (2018). Étude ethnobotanique de quelques plantes médicinales dans une région hyper aride du Sud-ouest Algérien «Cas du Touat dans la wilaya d'Adrar». Journal of Animal and Plant Sciences, 36:5844-5857. Lamnaouer, D. (2002). Plantes médicinales du Maroc: Usages et toxicité. Département de Pharmacie-toxicologie, Institut Agronomique et Vétérinaire Hassan II, Rabat-Instituts, Maroc.
Mehdioui, R., Kahouadji, A. (2007). Ethnobotanical study among the local population of the Amsittène forest: case of the Commune of Imi n'Tlit (Province of Essaouira). Bulletin of the Scientific Institute, Rabat, Life Sciences Section, 29:11-20. Messaoudi, S. (2005). Les plantes médicinales. Ed. Dar El Fiker, Tunis, p:496.
Miara, M.D., Bendif, H., Rebbas, K., Bounar, R., AitHammou, M., et Maggi, F. (2019). Medicinal plants and their traditional uses in the highlands region of Bordj Bou Arreridj (Northeast Algeria). Journal of Herbal Medicine, 16:1-56.
El Hadj, M.O., Hadj-Mahammed, M., Zabeirou, H., Chehma, A. (2003). Importance des plantes spontanées médicinales dans la pharmacopée traditionnelle de la région de Ouargla (Sahara Septentrional-Est Algérien). Sciences and Technologie C, Biotechnologies, pp:73-78.
Quézel, P., Santa, S. (1962). Nouvelle flore de l'Algérie et des régions désertiques méridionales. Ozenda, P. (1991). Flore de Sahara, Paris, Éd. du GNRS, p:662.
Zabeirou, H. (2001). Contribution à l'inventaire et à l'étude physico-chimique des plantes spontanées médicinales de la région d'Ouargla. INFS As, Ouargla.
Yapi, A.B., Zirihi, G.N. (2015). Etude ethnobotanique des Asteraceae médicinales vendues sur les marches du district autonome d'Abidjan (Côte d'Ivoire). International Journal of Biological and Chemical Sciences, 9:2633-2647.
Citation:
Hacini, N., Djelloul, R., Boutabia, L., Magdoud, B. (2022). The medicinal plants of the region of El Oued (south-eastern Algeria): inventory and traditional therapeutic uses. Ukrainian Journal of Ecology. 12:1-16. | (ct)E^^^H This work is licensed under a Creative Commons Attribution 40 License
