ArticlePDF Available
Badem / Journal of Gastronomy, Hospitality, and Travel, 4(2) 2021
306
ISSN: 2619-9548 Journal homepage: www.joghat.org
Received: 22.06.2021
Accepted: 05.10.2021
Journal of Gastronomy, Hospitality and Travel, 2021, 4(2), 306-320
Research Article
SOME TRADITIONAL TEREBINTH DISHES IN TURKEY AND THEIR HEALTH EFFECTS
Abdullah BADEM1 (orcid.org/ 0000-0001-8518-6366)
1 Vocational School of Social Sciences, Department of Hotel, Restaurant and Catering
Services, Karaman, Turkey
Abstract
Terebinth (turpentine, P. terebinthus), is a tree that grows naturally in pine forests, on the slopes of rocks, in northern and southern
Anatolia, Marmara and, Mediterranean regions of Turkey. Terebinth is a very important tree fruit in terms of a high amount of
protein, fat, dietary fiber, unsaturated fatty acids such as linoleic acid, some mineral substances such as selenium and iron, and
bioactive components, which are important in human nutrition. Its fruit is especially rich in protein and fiber, with a remarkable
amount of protein (9.7%), fiber (10.9%), and ash (3.1%). It also contains many mineral substances (sodium, potassium, phosphorus,
calcium, iron, magnesium, zinc, copper, and selenium). It is used in traditional medicine due to its therapeutic effects such as anti-
tussive, diuretic, anti-rheumatic, anti-septic, anti-pyretic, anti-inflammatory, and anti-microbial. The high rate of unsaturated fatty
acids and dietary fiber in its content reduces blood cholesterol levels, prevents coronary heart disease, obesity and diabetes. Various
dishes are made from terebinth grown in the world and certain regions of Turkey. It is used in making bread and pastry, its shoots
are used for salads, pickles, canned food, and also dried and consumed as a spice. In addition, it is used as animal feed and edible
oil, and Turkey-specific terebinth soap-med to determine the terebinth
dishes in Konya (Turkey) and within the scope of the qualitative research method, 33 participants selected by purposive sampling
method were interviewed. As a result of the research, it was determined that terebinth dishes such as helva--
pastry, sarma-rolling, pilav-    -paste are made in Konya. It has been determined that it is
consumed as herbal coffee, pickles, and soap in other regions of Turkey. From the literature review, it has been seen that terebinth,
which is used for traditional medicine among the people, has a preventive effect against diseases important in terms of health, as
well as rich in composition. It is thought that terebinth dishes made in Turkey should be evaluated in this respect and used as a
gastronomic element.
Keywords: Gastronomy, Terebinth, Turpentine, P. terebinthus, Traditional Turkish dishes, Traditional medicine, Health.
Sorumlu yazar: abdullah_badem@yahoo.com
10.33083/joghat.2021.76
Badem / Journal of Gastronomy, Hospitality, and Travel, 4(2) 2021
307
1. Introduction
Terebinth is small, similar to pistachio, but much smaller, round and has a blue-brown-dark green color in
mature seed and a pink-
Terebinth (turpentine tree, Pistacia terebinthus) is cultivated in northern and southern Anatolia, Marmara, and
   
2020:2017). Terebinth photo is given in Figure 1.
Figure 1. Terebinth (left: green terebinth, right: dried terebinth)
-Konya-Turkey), terebinth has been used
menengiç¸
melengiç, çıtlık, çitlembik, çedene, çöğre, yabani fıstık, bıttım
       menengiç kahvesi, çedene kahvesi     
2012:882; Alt

bread, cake, buttermilk, animal seeds, pickles, salads, and spice (Abbaspour-



                
terebinth should be evaluated as a gastronomic element.

to Konya (Turkish) Cuisine. All of the researches on terebinth are evaluated in terms of nutrition. There is
limited information about the use of terebinth as a food or meal in the literature. With this study, both a
comprehensive evaluation in terms of health and the determination of the gastronomic location of terebinth
were made. In Addition, it is targeted to emphasize terebinth fruits, shoots and seeds can be used a food and
have a lot of positive health effects.
2. Composition of Terebinth and Its Importance for Health
          2004:517) and
     
ingredients such as protein, lipid, fiber, unsaturated fatty acids (linoleic acid), and minerals (Na, K, P, Ca, Fe,
Mg, Zn, Cu, Se) 

(Table 1), physicochemical (Table 2), color (Table 3) properties, mineral content (Table 4) and fruit
dimensions (Table 5) of the terebinth are given below.
It is announced that a total of 36 minerals were found in the terebinth fruit and the soap and gummy extract
have 32 and 30 minerals, respectively. It is determined that a few minerals such as Al, Ba, Fe, K, and Si, in

that a total of 64 different (in fresh 57 and in roasted 62 whole terebinths) aroma compounds were detected
such as terpenes (34), acids (8), aldehydes (4), ketones (4), pyrazines (5), alcohols (5), pyrrole (1), furan (1),
lactone (1) and ester (1) (Amanpour, 2019:96), and a total of 83 different (in fresh terebinth fruits) volatile
     -  - -  -caryophyllene. The
-pinene,
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5-methylfurfural, 5-hydroxymethylfurfural, dimethylmetoxyfuranone and 3-methyl-2(5H)furanone (Gogus et
al., 2011:1258). The flavonoid contents are higher than their phenolic contents in terebinth extracts
s also rich in
vitamin E which has a strong antioxidant effect (Abbaspour-Gilandeh et al., 2020:2). There is a positive

et al., 2020:2022). Terebinth unsaturated fatty acids distribution is in the form of oleic (48,02-52,52%) and
linoleic acid (19,18-23,48%), and saturated fatty acid constituted for palmitic acid (21,30-23,67%) of total
 
Nuts can prevent cardiovascular diseases by their fatty acid, dietary fiber, and antioxidants, or by a combination
of these mechanisms (Blomhoff et al., 2006:56; Chang et al., 2016:88). The dietary fiber, tannin, phenolics,
vitamin E, and mineral substances of terebinth make it an important food for human nutrition. The dietary fiber
reduces blood cholesterol levels and lowers the risk of heart disease (Pritam & Shrawan, 2018:136). Phenolics
such as flavonoids and tannins act as potential cancer-preventive agents (Kour et al., 2020:34), and exert
protective effects against coronary heart disease, diabetes, high blood pressure, cataracts, degenerative
diseases, and obesity (Rakin et al., 2012:385). Flavonoids have anti-oxidation, anti-inflammation and anti-
proliferation effects (Chen & Blumberg, 2008:330).
Table 1. Physical and Chemical Properties of Terebinth Fruits at Dry Matter Basis (M. Özcan 2004:519).
Property (%)
Property
Value
Moisture
Weight of 1000 fruits (g)
59.73
Crude protein
Essential oil yield (%)
0.084
Crude oil
Crude energy (cal/g)
6189
Crude fiber

4.1
Ash
Width/length ratio
0.93
HCl-insoluble ash
Table 2. Physicochemical Properties of Terebinth Fruit Oil (M. Özcan 2004:519).
Property
Value
Relative density (d20- 20)

Refractive Index (n20-D )

Acidity (oleic %)

Peroxide value (meq/kg)

Saponification number

Unsaponifiable matter (g/kg)

Carotenoid content (mg/kg)

Iodine value

Table 3. Color Characteristics of Terebinth Fruits and Seeds (Altuntaş et al. 2020:1523).
Color characteristics
Fruit
Seed
L*


a*
-

b*


Chroma


Hue angle
-

Table 4. Mineral Contents of Terebinth Fruits at Dry Matter Basis (M. Özcan 2004:520).
Mineral
Concentration
(mg/kg)
Mineral
Concentration
(mg/kg)
Sodium (Na)

Selenium (Se)

Potassium (K)

Cadmium (Cd)

Phosphorus (P)

Cobalt (Co)

Calcium (Ca)

Chrome (Cr)

Iron (Fe)
0.84
Strontium (Sr)

Magnesium (Mg)

Titanium (Ti)

Zinc (Zn)

Vanadium (V)

Copper (Cu)

Silver (Ag)

Manganese (Mn)

Aluminum (Al)

Lithium (Li)

Arsenic (As)

Nickel (Ni)

Boron (B)

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Lead (Pb)

Barium (Ba)

Sulfur (S)

Bismuth (Bi)

Table 5. Terebinth Dimensions at 6% Dry Basis (Aydın & Özcan, 2002:99).
Length

Geometric mean diameter

Thickness

Sphericity

Width

Mass

Terebinth as the form of its leaves-shoots, resins and seeds is used for ethnopharmacological traditional
medicine in Anatolia to treat diseases such as gastralgia, ulcer, eczema, rheumatism, diarrheic, jaundice
disease, throat infections, cough, asthma, bronchitis, other respiratory and urinary system diseases, diabetes,
stomach ache and against wounds and burns. It affects as anti-tussive, diuretic, stimulant, astringent, anti-
rheumatic, anti-septic, anti-pyretic, anti-inflammatory, anti-microbial; antibacterial, antifungal, antiviral

817). The essential oil of terebinth help
to preven         
destroys bacteria on the scalp, reduces hair loss and dandruff, strengthens hair, is good for acne, and achieves
).
3. Terebinth Foods and Other Products
3.1. Terebinth Coffee
Terebinth coffee has been widely consumed for centuries in the Southeastern Anatolia Region, especially
Hatay, Mersin, and Gaziantep provinces  and also in the Central Anatolia Region in Turkey
(Amanpour et al., 2019:96; Saltan & Kaya, 2018:280). When terebinth fruits ripen, their color turn dark blue-
green. The ripe terebinth is picked and roasted, then its paste is obtained by crushing it in a mortar or by
grinding it in a machine like a blender. Terebinth coffee is made with the method of making Turkish coffee

Gaziantep (Turkey), it was determined that 24,8% of the hot drinks served in restaurants and hotels consisted
       . The geographical indication has been taken for the
 Gaziantep Menengiç Kahvesi Gaziantep Terebinth Coffee
Metropolitan Municipality (registration number: 627, date: 16.12.2020). The critical stage in the production
of terebinth coffee is the roasting stage. At this stage, volatile compounds are formed by the Maillard reaction
between amines and carbonyls, and the characteristic aroma of the coffee, as well as the antioxidant activity
effect, also occurs at this stage (Amanpour et al., 2019:96).
3.2. Terebinth Pickles
Terebinth sprouts, marjoram, and thyme are collected, cleaned, washed in the Mediterranean region in Turkey.
All herbs are finely chopped and mixed together. After adding a little salt, the herb mixture is tightly filled in
a jar and a slice of lemon is placed on it and the lid is tightly closed. This bottled food can be stored at room
temperature for up to one year without spoiling k, 2015:179).
3.3. Terebinth Oil and Paste
The red (semi-mature) of terebinth which is collected in autumn, especially in September-October, is used as
animal feed, while the dark green ones are consumed as a paste by crushing. Mature terebinth is pounded in a
mortar and formed into a dough and can be stored in the refrigerator for a long time. It is consumed by putting
it on bread at breakfast. In addition, terebinth fruits oil is extracted and used as cooking oil (Tekerkaya,
2020:109).
3.4. Terebinth as Snack
Terebinth, which is previously collected and dried, is roasted in a pot or pan, and consumed as a snack, called
menengiç kavurgası
Turkey to celebrate the arrival of a diş duğdayı-dental wheat
addition of terebinth on bulgur (Aslan et al., 2019:232, 233).
3.5. Terebinth Soap
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For the production   Siirt bıttım sabunu 
stone mills and extracting the oil. In the first stage, wood ash is added to the boiling water and terebinth oil is
added gradually. With boiling, the water of the mixture is evaporated. When the desired consistency is
achieved, it is molded to the desired shape or formless crumbles .
3.6. Terebinth Gum (Resins)
It is a kind of resin found in the thick branches of the terebinth tree. It is still used for medical purposes among
the public (Tekerkaya, 2020:111). It is known that the gum is used by chewing, wrapping on the wound, or
swallowing.
3.7. Terebinth Extract Syrup
Preferably, terebinth extract syrup is prepared by crushing fresh terebinths and mixing them with hot water
and honey. For this, 250 grams of terebinth fruit, 200 ml of hot water, 2 tablespoons (40-50 grams) of honey
are required (Tekerkaya, 2020:113).
4. Method
With this study, a comprehensive list of terebinth dishes was created. How terebinth foods are prepared and
where they are prepared has been determined, and more common consumption has been suggested by
emphasizing their importance in terms of health. In this study, the qualitative research method was used. For

terebinth meals are widely cooked and terebinth trees are common, were determined as the universe. In the
first stage, the village headmen of these 3 districts (37 out of 88) were interviewed. People were determined
by the purposive sampling method from villages. In the second stage, 33 volunteers were interviewed between
April 2021 and May 2021. The interviews took place in the form of e-conversation / conversation for 45-60
minutes and audio and/or video recording (with the consent of the participants) was taken. The interviews were
terminated when the saturation point was reached (Baldwin, 2017:10; Patton, 2014:167). The collected data
are transcribed, edited, interpreted, and given below. The descriptive analysis method was preferred in the data
processing. The ethics committee permission document required to collect the data used in this study was

number 49 decision/number.
5. Results and Discussion
The answers to the question and the demographic information of the 33 participants are given in Table 6.
Table 6. Demographic İnformation of the Participants.
Demographic and descriptive
characteristics
Number of participants (n)
Frequency
(%)
Gender
Male
18
54,5
Female
15
45,5
Age
25-40
5
15,15
41-50
7
21,21
51-60
9
27,28
61-70
4
12,12

8
24,24
In the research, the findings obtained from the answers to the questions asked in the following order are
arranged and given below.
The question 
and information about the foods made for terebinth is given collectively in Table 7. In addition, some


Kömbebatırık, a kind of

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According to the information obtained from the interviews with the participants, the following recipes were
created, dishes were cooked and photographs were taken.
Tablo 7. Participants’ Responses About The Dishes Made With Terebinth.
Participants
Gender
Birthdate
Helva
Coffee
Snack
Katık / paste
Börek / katmer
Pilaf
Soup
Sarma (rolling)
Other meals
Gum (resins)
P1
F
1945
x
x
x
x
P2
F
1947
x
x
P3
F
1939
x
x
P4
F
1942
x
x
P5
F
1967
x
x
x
x
x
x
x
x
P6
F
1956
x
x
P7
M
1939
x
x
x
P8
F
1968
x
x
x
P9
M
1974
x
x
x
x
P10
M
1962
x
P11
F
1950
x
x
x
x
x
x
x
P12
F
1950
x
x
x
x
x
P13
M
1977
x
x
x
x
P14
F
1965
x
x
x
x
P15
M
1979
x
x
P16
M
1981
x
x
x
x
P17
F
1984
x
x
x
P18
M
1980
x
x
x
x
x
x
P19
M
1973
x
x
x
x
P20
M
1959
x
x
x
x
x
P21
M
1976
x
x
P22
M
1972
x
x
x
x
x
P23
M
1962
x
x
x
P24
M
1965
x
x
x
x
x
P25
M
1981
x
P26
F
1959
x
P27
M
1978
x
P28
M
1990
x
x
x
x
x
P29
F
1968
x
P30
M
1953
x
P31
F
1965
x
x
x
x
x
x
x
x
P32
F
1969
x
x
x
x
x
x
x
x
P33
M
1943
x
x
x
x
x
5.1. Terebinth Helva-Halva
Terebinths are roasted in a pan over medium heat, stirring constantly, until the oil comes out. After cooling,
the terebinths are thoroughly beaten in a mortar. Grape molasses is boiled in a pot or pan. Wheat flour and
crushed terebinth are added to the boiling molasses and mixed a little. If desired, the mixture is passed through
a metal strainer and separated from the hard parts of the terebinths. If the terebinths are well crushed, it may
not be necessary to strain. The filtered mixture is taken back to the pan or pot. The helva is roasted/cooked
over medium heat, stirring continuously until it does not stick to the pan/releases itself (P1-P14,P31-P33).
Terebinth helva image is given in Figure 2.
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Figure 2. Terebinth Helva.
5.2. Terebinth Bulgur Pilaff And Soup With Terebinth And Bulgur
Two glasses of bulgur are put in a pot or pan, and 2 glasses of crushed terebinth are diluted in water. Water is
filtered into the pilaf and the terebinth shells are separated. If it is cooked until the water is drained, it becomes
bulgur pilaf with terebinth. If the water is added too much and left watered, it becomes bulgur soup with
terebinth (P5,P11,P14,P17, P31, P32). If desired, 1 medium onion can be chopped, roasted with 1 tablespoon
of tomato paste, then bulgur/rice can be added and water with terebinth can be poured over it (P17). Bulgur
pilaf with terebinth image is given in Figure 3.
Figure 3. Bulgur Pilaf with Terebinth.
5.3. Terebinth Coffee
For each cup, one teaspoon of crushed terebinth and the same amount of water or milk as the number of cups
to be made are added into a pot, which is called cezve (Figure 4.1.), and the pot is put on fire. When it starts
to foam, the cooking process is ended (P5,P7,P9,P11,P18-P20,P23,P30-P33). If desired, a little sugar is added
to the coffee (P9). Terebinth coffee has been widely consumed for a long time (P5,P11,P13,P19,P20,P22,P23,
P28, P31, P32). Cezve-pot and terebinth coffee images are given in Figure 4.
bahar alatı  finely
chopped and pulled in the machine until it turns into powder. Terebinths are crushed in the mortar. They are
all mixed together. It is cooked like Turkish coffee with water. It tastes a bit bitter due to the cinnamon and
bahar alatıwas stated that this coffee was also made a lot in the past (P29).
5.4. Terebinth Börek / Katmer-Bread / Pastry
Two tablespoons of crushed terebinths and 3 medium-sized finely chopped onions is mixed in a bowl to make
is kneaded by mixing 2 cups of flour, 2 cups of water, 1 teaspoon of
salt. The dough is cut into small pieces, rested a little, and rolled out to the size of a plate (Figure 5.1.). The
mixture is put into the dough (Figure 5.2.). It is cooked on a sheet ca

(P5,P18-
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1.
2.
Figure 4. Cezve-Pot and Terebinth Coffee.
1.
2.
3.
4.
5.
6.
Figure 5. Terebinth Börek (4.-5.) and Terebinth Katmer (6.).
5.5. Terebinth Vineleaf Sarma Vine Leaf Rolling With Terebinth Pilaff
Crushed or machine-ground terebinth is diluted with some water, and filtered through a strainer and cooked
bulgur pilaf as in the recipe above. Before cooking, finely chopped 1 medium onion, and spices such as mint,
and thyme are added. The mix is prepared and cooked. The mix is wrapped in a leaf, filled into a pot, a little
bit of terebinth water or normal water is poured on the bottom of the pot. Grape leaves rollings are cooked on
medium or low heat. It can be served with compote (P11,P14,P17). Also, if desired, 1 medium size onion can
be chopped, roasted with 1 tablespoon of tomato paste, then added with bulgur/rice and water with terebinth
can be poured over it (P17). Grape leaves rolling with terebinth image is given in Figure 6.
5.6. Balbeki, A Kind of Crushed Fruit Dessert
Terebinth is mixed with dried black grapes in one to one ratio and eaten after being thoroughly crushed in the
     balbeki- (P9), -honey- (P11), -balbaki-    
desired, it can be prepared with other nuts such as walnuts. In addition, chickpea /leblebi, carob flour and
terebinth are mixed and roasted in a pan, and prepared -kavut- (P15). Balbeki image is given in Figure 7.
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Figure 6. Terebinth Vineleaf Sarma Vine Leaf Rolling with Terebinth Pilaff.
Figure 7. Balbeki.
5.7. Snack
After the terebinth is gathered from the tree, it can be consumed fresh or dried with fruit or with other dried
nuts for snacks (P1-P5,P7-P9,P11-21,P23-P28,P31-P33). Terebinth fruits image is given in Figure 1.
5.8. Terebinth Katık/Ezme-Paste
Its paste is prepared by pounding the terebinth or by pulling it in a machine such as a blender. This paste is
often eaten at breakfast or whenever desired, by putting it between yufka-flatbread/bread. Foods such as
breakfast cheese and olives be    katık  
(P1,P5,P8,P11,P12,P16,P18,P20,P22,P24,P28,P31-P33). Terebinth paste image is given in Figure 8.
Figure 8. Terebinth Ezme / Katık-Paste.
5.9. Kömbe with Terebinth, A Kind of Sweety Pastry or Bread with Terebinth
One kg of potatoes, 1 kg of onion, and 1-

shells are peeled, chopped, and fried in a small amount of oil. The roasted potato, onion, and terebinth paste
are mixed in a bowl with adding the desired spices, (especially red pepper and black pepper) and salt. The
dough is prepared with flour, water, salt, and baking powder. The dough, which is opened the size of a tray, is
laid in a tray greased with vegetable oil or butter. The mixture is put on it. The second opened dough is spread
and the mixture is put on again. With this method, 6-7 layers are made. It is baked in the oven for half an hour
(P18,P19,P31,P32). If you want to cook it as it was cooked once upon a time, a wood grove is prepared to put
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it under the tray. The wood grove is filled into the sheet placed on the tray (Figure 9.1.). Thus, it is ready to be
cooked. Instead of terebinth and potatoes, 1.5-
-
n Figure 9.
1.
2.
3.
4.
Figure 9. Kömbe with Terebinth (1.-3.) and Kömbe with Walnut (4.).
5.10. Terebinth Gum (Resins)
The terebinth gum collected from the trees can be chewed or swallowed for medical purposes or arbitrarily. It
occurs all the time in every terebinth tree. Like the resin of a pine tree, it is in the form of a white yellow gum.
Either from the trees or those that have dropped on the ground can be collected (P1,P5,P6,P12,P24,P33).
Terebinth resins and extract syrup are given in Figure 10.
1.
2.
Figure 10. Terebinth Resins (1) and Extract Syrup (2).

   - 


      
 


who want to quit smoking because terebinth reduces the 
Terebinth is still used in the making of various dishes among people. It is seen that terebinth has been consumed
as food for at least 3 generations in Konya, and it has existed in Anatolia for 10,000 years according to the
                  
(rolling), helva and beverage groups, which have an important place in traditional Turkish dishes. However, it
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is thought th
Its cooking has decreased considerably. The food form that is still widely consumed is terebinth coffee, paste,
and snack. There is no record of terebinth dishes and other uses in Turkish Cuisine. Therefore, with this study,
besides the determination of the use of terebinth in terms of health among the people and the preparation of
local dishes will also be recorded and published.
Terebinth has been used for treating diseases since the past, and it is known to cure many diseases. It has been
confirmed from both the answers given by the participants and the literature information that terebinth is used
against many diseases. It is also stated that it contains substances that prevent important health problems. The
health effects of terebinth and the diseases it affects positively are given in Figures 11 and 12.
Figure 11. Terebinth Effects on Human Health.
Figure 12. Diseases in Which Terebinth Has a Positive Effect to Cure.
Terebinth contains remarkable nutritional elements in its composition and contains bioactive substances such
as dietary fiber, protein, lipid, mineral substances, and antioxidants, which are important in human nutrition.
Its high content of unsaturated fatty acids and dietary fiber provides an effect of reducing blood cholesterol
levels, preventing coronary heart disease, obesity and diabetes (Anosova et al., 2020:2; Pritam & Shrawan,
2018:136). The high percentage of lipid (38.74%), linoleic acid (8.52%) and protein (9.67%) in the
composition of terebinth make it a good source of energy and also provide a significant amount of
recommended daily intake nutrients for the human body. The daily intake of important nutrients and rates of
providing with terebinth are given in Table 8, according to the values given in Table 4. The amount of selenium
in terebinth is much higher than the amount required in the daily diet, and if providing rate is calculated
according to the value (0.185 mg/100g) determined in another study, a very high providing rate (336.36%) is

deficiency, myalgia, cardiac myopathy, poor growth, abnormal sulfur metabolism diseases occur. Due to the
relatively limited selenium resources (oysters, tuna, meat, poultry, fish, cereals, Brazil nuts) (Gropper et al.,
Badem / Journal of Gastronomy, Hospitality, and Travel, 4(2) 2021
317
2018:481), terebinth gains importance in this respect. While low levels of selenium in serum promote an
increased risk of cancer, there is no evidence that high selenium intake prevents cancer; on the contrary, high
doses of selenium have been reported to have toxic effects (Gropper et al., 2018:523).
Selenium, which is high in terebinth, seems likely to act as an anti-cancer. Anemia, fatigue, impaired work
performance, decreased resistance to infection occur with the deficient intake of iron, which is the other
mineral substance relatively high in terebinth. Food sources of iron can be counted as organ meats (liver),
meat, molasses, clams, oysters, nuts, legumes, green leafy vegetables, dried fruits, enriched/whole grains
(Gropper et al., 2018:481). The absorption of iron, which is frequently deficient due to digestion/absorption
difficulty, and so terebinth fruit in the diet seems worth investigating. Linoleic acid, which makes up about
half of the terebinth oil, is an essential substance because it cannot be synthesized in the human body, and it
must be taken regularly from outside for a normal metabolism at all ages (Gropper et al., 2018, pp. 128, 160).
When evaluated from this point of view, it is thought that terebinth fruit can be easily consumed as a snack
and herbal coffee at all times to get linoleic acid.
Table 8. Rates of Providing The Recommended Daily Intake of Terebinth (Adapted from Gropper et al., 2018:
A, B).
Nutrient
Quantity
Explanation
Rate of providing
(%)
(100g terebinth)
Protein
56 / 46
RDA* (g/day, 31-50 years, male/female)
17,27 / 21,02
Linoleic acid
17 / 12
AI* (g/day, male/female, 31-50 years)
44,71 / 63,33
Sodium
1500
AI (mg/day)
6,04
Potassium
4700
AI (mg/day)
2,90
Calcium
1000
RDA (mg/day)
9,24
Phosphorus
700
RDA (mg/day)
11,46
Iron
8 / 18
RDA (mg/day, male/female, 31-50 years)
52,25 / 23,22
Magnesium
420 / 320
RDA (mg/day, male/female, 31-50 years)
7,58 / 9,95
Zinc
11 / 8
RDA (mg/day, male/female, 31-50 years)
2,82 / 3,88
Copper
0,90
RDA (mg/day)
14,44
Selenium
0,055
RDA (mg/day)
1127
6. Conclusion
Since the first civilizations lived in the world and Anatolia, people have used cereal grains and tree/plant fruits
or seeds for nutrition. Today, it is understood that fruits/seeds rich in composition such as terebinth is an
advantage in terms of human nutrition. The positive effect of high protein in terms of health and the high
amount of fat; energy, and long-term feeling of full support this. Terebinth has a very rich content with regard
to selenium and iron minerals, which is thought to have an anti-cancer effect, and it is thought that more
detailed research is required to benefit from terebinth. Other nutrients in the composition of terebinth also have
a protective effect on many diseases. In this study, it is seen that terebinth is used in the dishes in a few of food
groups in Turkish Cuisine, and terebinth pilaf, paste and coffee are still widely consumed. Terebinth helva has
also been found a very unique dessert. Spreading the use of this extremely valuable plant fruit without letting
the terebinth dishes to be forgotten, perhaps with the introduction of new types of terebinth meal, will benefit
people in terms of nutrition and health. Instead of coffee and tea, whose excessive consumption has a negative
effect on human health, it should be consumed as an alternative beverage. Terebinth should be investigated in
more detail in terms of gastronomy, food science and nutrition. Although many studies have been conducted
on terebinth, there is no study on the content of vitamins except vitamin E (tocopherol). In addition, it is
thought that the absorption conditions of the iron contained in terebinth should be investigated and more benefit
should be made from it. Also, the terebinth dishes such as helva--pastry, sarma-rolling,
pilav-pila -          -paste are used as an
gastronomic element. Terebinh dishes should definitely be featured in food festivals, cooking competitions or
traditional food promotions.
6. Acknowledgements
Author would like to thank Tuba Badem and Yasemin Altunay for their contributions in meal making.
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... One of the most distinctive components of the turpentine tree is its small, resinous drupes (Figure 1a), which encloses a nutrient-rich seed. These fruits have long featured in traditional Mediterranean diets and are still widely consumed in Turkey, where they are eaten fresh as an appetizers or incorporated into dishes such as bulgur pilaf, pastries, and balbeki [4]. Roasted fruits are used to make menengiç coffee, a traditional caffeine-free beverage known for its velvety texture and nutty flavor [10]. ...
... Roasted fruits are used to make menengiç coffee, a traditional caffeine-free beverage known for its velvety texture and nutty flavor [10]. Other culinary applications include pickling the unripe fruits or drying and grinding them into a mildly resinous spice used in meat and seafood dishes [4,11]. ...
... The leaves of P. terebinthus L. (Figure 1b), although less prominent in culinary use, have traditionally been prepared as herbal infusions for their digestive benefits or used as natural food wraps, similar to vine leaves, in slow-cooked dishes [4,6]. Insect-induced galls formed on the leaves (Figure 1c) have garnered scientific interest due to their potent antimicrobial activity, with potential applications in infection control [16]. ...
Article
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Pistacia terebinthus L., commonly known as the turpentine tree, is a wild-growing species with a well-documented history of use in traditional medicine and ethnobotany. Various parts of the plant—fruits, seeds, resin, leaves, and galls—have demonstrated significant bioactive potential, particularly antioxidant, antimicrobial, and functional properties. Despite these promising attributes, the industrial application of P. terebinthus L. in contemporary food and nutraceutical systems remains limited and underexplored. Recent advances have employed a range of technological strategies—including encapsulation, active food packaging, emulsion stabilization, probiotic immobilization, and fermentation—to improve the stability, bioavailability, and functional performance of P. terebinthus L.-derived extracts within food matrices. These approaches have shown potential in enhancing aroma retention, extending shelf life, and supporting probiotic viability, thereby positioning P. terebinthus L. as a promising candidate for use in functional formulations and natural food preservation. Nevertheless, further investigation is required to optimize processing parameters, assess the long-term stability of bioactive compounds, and establish standardized regulatory frameworks. Addressing these challenges will be essential for facilitating the broader integration of P. terebinthus L. into the functional food, nutraceutical, and food preservation industries.
Article
Introduction: Terebinth (Pistacia terebinthus) belongs to the same botanical family as pistachio (Pistacia vera) and cashew (Anacardium occidentale). Although it is known that there is cross-sensitivity between pistachio and cashew, the cross-sensitivity of terebinth with pistachio or cashew has not been investigated. The objective of our study was to evaluate the sensitivity to terebinth in children with pistachio sensitivity. Methods: This study was conducted between September 2021 and June 2022 at Adıyaman University Faculty of Medicine Hospital. It analyzed the results of children who underwent skin prick testing (SPT) for food allergy. Of the 712 food skin prick tests reviewed, 27 children were identified with pistachio sensitivity. Prick tests with commercial extract for cashew and prick-to-prick tests for terebinth were applied to these children. Results: The median age was two, and 78% were male. Of the children with pistachio sensitivity, 96% demonstrated cross-sensitivity to terebinth and 100% to cashew. There was a strong correlation between the size of SPT responses in pistachio, cashew, and terebinth. Only four children had previously consumed terebinth, and two of these children had allergic reactions. Conclusion: Our study demonstrates a high cross-sensitivity between terebinth, pistachio, and cashew. We recommend that individuals with pistachio or cashew allergy/sensitivity avoid terebinth until tests confirm it is safe to consume. Further studies are needed to demonstrate the clinical significance of this cross-sensitivity and identify the major allergen involved.
Article
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This study aims to investigate the effect of different drying methods on the thermal, qualitative, and antioxidant properties and pH of terebinth. To perform the experiments in this study, the hot air (HA), infrared (IR), microwave (MW), hot air–infrared (IR–HA), and hot air–microwave drying (MW–HA) methods were considered. The results showed that the minimum drying time was obtained by the hot air–microwave (MW–HA) method. However, the lowest specific energy consumption (SEC) and the highest energy efficiency (ηe) were obtained by the MW method. Considering the color criteria, the best method was obtained by the MW–HA method. The highest amount of rehydration ratio (RR) and the lowest shrinkage (Sb) of the dried terebinth samples were obtained using the MW dryer compared with other drying methods. The MW and MW–HA methods resulted in higher contents of total phenol content (TPC), total flavonoid content (TFC), and antioxidant capacity (AntiOX) than other methods. According to the results of this study, the most effective drying method for terebinth was determined to be the MW and MW-HA methods.
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This book covers the nutritional and nutraceutical profiles of a wide range of popularly consumed vegetables and nuts. The first half of the book focuses on popular vegetables, and describes how higher vegetable consumption reduces the risk of diseases ranging from diabetes to osteoporosis, diseases of the gastrointestinal tract, cardiovascular diseases, autoimmune diseases and cancer. The book also includes an interesting section on the antioxidant potential of mushrooms. In turn, the second half discusses the nutritional value of various nuts. Nuts are nutrient-dense foods with complex matrices rich in unsaturated fats, high-quality protein, fiber, minerals, tocopherols, phytosterols and phenolics. The respective chapters illustrate how the consumption of nuts could ward off chronic diseases like hypertension, cancer, inflammation, oxidative stress, high blood pressure, coronary heart disease etc. In order to effectively promote vegetable and nut consumption, it is necessary to know and understand the nutritional and nutraceutical profiles of vegetables & nuts. Given its scope, the book will be of interest to students, researchers, food scientists, olericulturists, dietitians and agricultural scientists alike. Those working in the vegetable and nut processing industries, horticultural departments and other agricultural departments will also find the comprehensive information relevant to their work.
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Coffee with more than a hundred species belonging to the Rubiaceae family is an herbal product with its own aromatic scent with the roasting of seeds grown in small trees. Especially roasted coffee seeds are known to be used in wound healing and acute diarrhea, while green seeds are used to reduce rheumatism and kidney stones. Several scientific studies have revealed that melanoidin and quinic acid derivatives are formed during roasting, the amount of acrylamide is increased and the amounts of phenolic compounds are changed. These differences are mainly due to the variety of the coffee, the methods of processing and the degree of roasting. A number of epidemiological and clinical studies have been carried out mainly including antioxidant, anti-inflammatory, anticancer and antidiabetic effects of coffee. At the end of this review; it appears that the necessity of conscious consumption of the cup of coffee in terms of human health and the determination of emergence of clinical studies and mechanisms of action on many different coffee varieties due to the side effect of the caffeine it contains. In this way, the therapeutic importance of coffee and its composition as well as the economic value will be supported. © 2018 Society of Pharmaceutical Sciences of Ankara (FABAD). All rights reserved.
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This research was made in order to show to what extend IATA Member A-Class Travel Agencies, which operate in Istanbul, how benefit from the gastronomy tourism. Parallel to this aim data was collected via content analysis method from the 244 websites of the IATA member travel agencies, which are registered to TÜRSAB and operate in Istanbul, between November and December 2017. Maxqda program was used during the analysis process. In the wake of the data analysis it was detected that travel agencies do not directly organize gastronomy tours and they organize the travels related to the gastronomy tourism under culture tours. Moreover within the organized tours' content it was observed that the most distinguished gastronomic services are 'tasting' and the most distinguished products are respectively "wine", "çibörek", "Turkish delight", "lokum" and "meatball/köfte".
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The aim of this research was to evaluate the effect of terebinth (Pistacia terebinthus L.) coffee addition (0.5, 1 and 2 %) on the chemical and physical properties, colour values, organic acid profiles, mineral contents and sensory characteristics of ice creams. The total solids, fat, titratable acidity, viscosity, first dripping time and complete melting time values, a * and b * colour properties, citric, lactic, acetic and butyric acid levels and Ca, Cu, Mg, Fe, K, Zn and Na concentrations of ice creams showed an increase with the increment of terebinth coffee amount, while protein, pH, L *, propionic acid and orotic acid values decreased. However, Al and malic acid were not detected in any of the samples. The overall acceptability scores of the sensory properties showed that the addition of 1 % terebinth coffee to the ice cream was more appreciated by the panellists.
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The current study investigated the impact of sonication process on antioxidant activity, phenolic compounds, total phenolic, total flavonoid, oil contents, fatty acids profile, and tocopherols of terebinth (Pistacia terebinthus) fruits. The highest antioxidant activity (87.32%), total phenolic (251.25 mg/100 g) and flavonoid (3413.72 mg/100 g) contents were observed in terebinth fruits sonicated for 30 min. The oil contents of terebinth increased from 38.93% (control) to 42.60% (sonicated for 15 min) after sonication process. The quercetin and catechin were the chief phenolic compounds in P. terebinthus extracts and their values were increased from 129.09 to 467.28 mg/100 g (quercetin) and from 5.58 to 21.33 mg/100 g (catechin) in fruits sonicated for 30 min. The major fatty acids of terebinth fruit oil were oleic (48.02–49.15%), linoleic (22.28–23.48%) and palmitic (22.10–23.67%) and sonication processes did not affect the quantities of these fatty acids. γ-Tocopherol was the most abundant isomer with the value of 63.95–122.03 mg/100 g in terebinth fruit oil. It could be concluded that pre-sonication for 30 min was more suitable for enhancing the antioxidants and phenolic compounds of P. terebinthus fruit.
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Aroma, key aroma compounds, and their odor activity values of fresh and roasted P. terebinthus fruits were studied. Aroma compounds were extracted by the solvent-assisted flavor evaporation technique and analyzed by GC-MS-Olfactometry for the first time. A total of 64 different aroma compounds were detected (57 in fresh and 62 in roasted samples), including terpenes (34), acids (8), aldehydes (4), ketones (4), pyrazines (5), alcohols (5), pyrrole (1), furan (1), lactone (1) and ester (1). Terpenes were the predominant group followed by acids. Aroma profiles of both samples were quite analogous. Nonetheless, pinocarvone and dodecanoic acid were detected only in fresh fruits, while pyrazine class, 5-methylfurfural and γ-butyrolactone were emerged only in roasted fruits. Aroma extract dilution analysis (AEDA) was applied for the first time and revealed 31 key aroma compounds. Among them, the most powerful key aroma compounds with the greatest FD factors were α-pinene and β-myrcene. Keywords: Pistacia terebinthus L., Aroma-active, SAFE, AEDA, GC-MS-O, OAV
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The Asian wave of Hospitality and Tourism is being seen in many different ways worldwide, particularly with food. Within Asia there is a plethora of street food hawkers that have developed their own culture and contribution to the culinary world. Chefs across the world are taking the traditions and flavors found in street food around Asia and applying that to restaurants and eateries while also bridging these cultures together.