TR201619861A2 - Actioxidant-Enriched and Non-Oxidised Frying Oil and Production Method of This Oil - Google Patents
Actioxidant-Enriched and Non-Oxidised Frying Oil and Production Method of This Oil Download PDFInfo
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- TR201619861A2 TR201619861A2 TR2016/19861A TR201619861A TR201619861A2 TR 201619861 A2 TR201619861 A2 TR 201619861A2 TR 2016/19861 A TR2016/19861 A TR 2016/19861A TR 201619861 A TR201619861 A TR 201619861A TR 201619861 A2 TR201619861 A2 TR 201619861A2
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- Turkey
- Prior art keywords
- oil
- frying
- jujube
- diglycerides
- mono
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Landscapes
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Abstract
Buluş, biberiye ekstraktı, ? (alfa) tokoferol, sitrik asit, askorbil palmitat, hünnap ekstraktı, yağ asitlerinin mono ve digliseritleri, mono ve digliseritlerin laktik asit esterleri, dimetil polisiloksan ile; ayçiçek yağı, kanola yağı, zeytinyağı, mısır yağı, palm yağı veya soya yağı içeren; sağlığa zararlı özellikleri azaltılmış, antioksidanca zenginleştirilmiş okside olmayan veya oksidasyonu geciktirilen yüksek kaliteli bir kızartmalık yağ ve bu yağın üretim metodu ile ilgilidir. Şekil 1Invention, rosemary extract,? (alpha) tocopherol, citric acid, ascorbyl palmitate, jujube extract, mono and diglycerides of fatty acids, lactic acid esters of mono and diglycerides, with dimethyl polysiloxane; containing sunflower oil, canola oil, olive oil, corn oil, palm oil or soybean oil; The present invention relates to an antioxidant-enriched non-oxidizing or delayed oxidation of high-quality frying oil with reduced health-damaging properties and a method of producing the oil. Figure 1
Description
TARIFNAME Antioksidanca Zenginlestirilmis ve Okside Olmayan Kizartmalik Yag ve Bu Yagin Uretim Metodu Teknik Alan Bulus, sagliga zararli özellikleri azaltilmis, antioksidanca zenginlestirilmis okside olmayan veya oksidasyonu geciktirilen yüksek kaliteli bir kizartmalik yag ve bu yagin üretim metodu ile Teknigin Bilinen Durumu Kizartma, yaygin biçimde kullanilan ve endüstriyel olarak önemli olan bir gida prosesidir. DESCRIPTION Antioxidant Enriched and Non-Oxidized Cooking Oil and This Oil Production Method Technical Area The invention is an antioxidant-enriched, non-oxidized non-oxidant with reduced harmful properties. or with a high quality frying oil that is retarded from oxidation and the production method of this oil. State of the Art Frying is a widely used and industrially important food process.
Tüketici kizarmis gidanin tadini, görünüsünü ve yapisini istemektedir. Bununla birlikte kizartilmis gida çok miktarda yag içerebilir. Yag absorbsiyonunun derecesi birçok farkli sebebe baglidir, bu faktörler; islem kosullari (sicaklik, zaman), gidanin ön davranisi, gidanin fizikokimyasal karakterleri, yagin kimyasal kompozisyonudur. Kizartma islemi, gidanin içinde gerçeklesen sayisiz etkilesimden ötürü en karmasik gida isleme islemlerinden biridir. Consumers want the taste, appearance and texture of fried food. With this fried food can contain a lot of fat. The degree of oil absorption differs in many It depends on the cause, these factors; processing conditions (temperature, time), pre-treatment of food, The physicochemical characters are the chemical composition of the oil. The frying process is in the food It is one of the most complex food processing operations because of the numerous interactions that take place.
Kizartma islemi gida maddesine ve kizartma yaginin kendisine bagli olan pek çok degiskeni içeren kompleks bir uygulamadir, temelde bir dehidrasyon islemi olup ve su üç temel durumu -Yüksek yag sicakligi (160-180°C); hizli isi iletimi ve kisa pisme süresi saglar, -Suda çözünen madde kaybi minimumdur. The frying process has many variables dependent on the food and the frying oil itself. It is a complex application involving -High oil temperature (160-180°C); provides fast heat conduction and short cooking time, -The loss of solute in water is minimal.
Genellikle kizartma sirasinda olusan parçalanma ürünleri, uçucu ve uçucu olmayan parçalanma ürünleri olarak ikiye ayrilir. Olusan bu parçalanma ürünlerinin günümüzde 400 kadari tanimlanabilmistir. Uçucu parçalanma ürünlerinin birçogunun kizartma sirasinda buharla uzaklastigi vurgulanmistir. Uçucu olmayan oksidasyon ürünleri, yüksek molekül agirlikli moleküller olup, çok güvenilir indikatörlerdir. Viskozite, renk, dumanlasma noktasi gibi fiziksel; serbest yag asitleri, tiyobarbütirik asit gibi kimyasal degisikliklerle izlenebilirler. The decomposition products, usually formed during frying, are volatile and non-volatile. divided into decomposition products. Today, 400 of these decomposition products as much as can be identified. Most of the volatile degradation products are It is emphasized that it is removed by steam. Non-volatile oxidation products, high molecular They are heavy molecules and are very reliable indicators. Viscosity, color, smoke point such as physical; They can be monitored by chemical changes such as free fatty acids, thiobarbutyric acid.
Kizartma islemi sirasinda yagin sicakligi 180-20000 gibi yüksek degerlere ulasarak isil islem nedeniyle yagda kuvvetli oksidasyon meydana gelmektedir. Isil oksidasyon efidrin aldehitler yaninda akrolein gibi aldehitlerle oksi asitlerin, ketonlarin, akroleinlerin ve bazi organik asitlerin olusumlarina sebep olmaktadir, yag saglikli gida niteligini yitirmektedir. Kizartilmis gida maddesi ise, bu yagi absorbe etmekte; böylece okside olmus yag vücuda alinmaktadir. During the frying process, the temperature of the oil reaches high values such as 180-20000 and heat treatment Due to strong oxidation of oil occurs. Thermal oxidation ephedrine aldehydes in addition to aldehydes such as acrolein, oxy acids, ketones, acroleins and some organic compounds. causes the formation of acids, fat loses its quality as a healthy food. Fried the foodstuff absorbs this oil; Thus, the oxidized fat is taken into the body.
Oksidasyonun gelismesinde yag asitlerinin doymamislik derecesi, doymamis merkezlerin yerleri, isi, pro oksidanlarin ortamda bulunmasi etkili olmaktadir. Ornegin üç çift bagli asit içeren yaglar hidrojene edilerek, oranin düsürülmesi ile kizartmaya dayanikli hale getirilir. The degree of unsaturation of fatty acids in the development of oxidation, unsaturated centers places, heat, presence of pro oxidants in the environment are effective. For example, three pairs of Oils containing acid are hydrogenated and made resistant to frying by reducing the ratio.
Kizartma isleminde yag besleyici, tat verici ve isi iletici olarak rol oynar. Bu nedenle seçilen yag, besleyici nitelik tasimali, organoleptik kalitesi iyi olmali ve sicaga dayanikli olmalidir. In the frying process, oil plays a role as a nutritive, flavoring and heat conductor. Therefore it was chosen The oil should have nutritional quality, have good organoleptic quality and be resistant to heat.
Olusan fiziksel ve kimyasal degismeler sonucu esansiyel yag asitlerindeki parçalanma ve sagligi bozan maddelerin olusmasi ile yagin besleyici degerinde azalma ile organoleptik kusurlar olusmaktadir. As a result of the physical and chemical changes that occur, the degradation of essential fatty acids and With the formation of substances that impair health and the decrease in the nutritive value of the oil, organoleptic defects occur.
Uzun süreli kizartmada kullanilan yaglar içindeki oksidatif parçalanma ürünlerinin, tüketici sagligi açisindan zararli oldugu bilindiginden, yagin kullanim sonunun (Cut-off Levels) belirlenmesi önemlidir. Yagin bozulmasi yagin doymamislik derecesinin yani sira kizaracak gidanin özelliklerine, kizartma kosullarina ve kizarticinin özelliklerine baglidir. Ayrica kizartma isleminde ayni yagin tekrar tekrar kullanilmamasina da dikkat edilmelidir. Kizartma derecesi arttikça, yag asitleri ve okside olmus trigliseridler çesitli yapisal formlar meydana getirebilmektedir. Fakat bu yapilar muhtemelen oksitleyici asitleri bagirsaklarda içlerine absorbe ettiklerinden, onlarin bu yolla hücre membrani ve Iipoproteini kapsayan oksidasyon reaksiyonlarina katilarak saglik açisindan olumsuz sartlar olusturduklari tespit edilmistir. The oxidative degradation products in the oils used in long-term frying Since it is known to be harmful to health, the end of use of the oil (Cut-off Levels) determination is important. The deterioration of the oil will fry, as well as the degree of unsaturation of the oil. it depends on the characteristics of the food, the frying conditions and the characteristics of the fryer. Moreover It should also be noted that the same oil is not used repeatedly in the frying process. Frying As the grade increases, fatty acids and oxidized triglycerides form various structural forms. can bring. However, these structures probably absorb oxidizing acids in the intestines. oxidation involving the cell membrane and Iipoprotein in this way. It has been determined that they create negative conditions in terms of health by participating in their reactions.
Kizartma islemi sirasinda gidanin içinde bulunan sagliga zararli kimyasal maddeler de ortaya çikmaktadir. Bu maddelerin basinda akrilamidler gelmektedir. Akrilamidin yüksek sicakliklarda pisirilmis veya islem görmüs bazi gidalarda dogal olarak olustugu ve gidanin yüksek sicaklikta bekletilmesi ile de düzeyinin arttigi bilinmektedir. En yüksek akrilamid miktari nisastali ürünlerde (patates ve misir gevregi, tost ekmegi, patates kizartmasi, kraker, bisküvi gibi) bulunmustur. Yapilan arastirmalarda 120°C* den yüksek sicakliklarda isitma islemine tabi tutulmus karbonhidrat bakimindan zengin gidalarda akrilamid miktarinin 1 mg/kg degerine ulastigi tespit edilmistir. Restoranlarda hazirlanan gida ürünlerinde (örn. patates cipsi) ise akrilamid miktarinin 4 mg/kg civarinda oldugu saptanmistir. During the frying process, harmful chemicals in the food are also released. is coming out. At the beginning of these substances are acrylamides. high acrylamide occurs naturally in some foods that have been cooked or processed at temperatures It is known that its level increases with keeping it at high temperature. The highest acrylamide amount in starchy products (potato and cornflakes, toast bread, french fries, crackers, such as biscuits). In the researches, heating at temperatures higher than 120°C* The amount of acrylamide in foods rich in carbohydrates that have been processed It was determined that it reached the value of mg/kg. In food products prepared in restaurants (eg. potato chips), the amount of acrylamide was found to be around 4 mg/kg.
Kizartmalik olarak kullanilan yaglar; ayçiçek yagi, kanola yagi, zeytinyagi, misir yagi, palm yagi, soya yagi olarak siniflandirilmaktadir. Oils used as frying; sunflower oil, canola oil, olive oil, corn oil, palm oil is classified as soybean oil.
Bu baglamda kizartmalik yaglarin iyilestirilmesi adina geçmis yillarda çalismalar yapilmistir. In this context, studies have been carried out in the past years to improve frying oils.
Kizartmalik yaglarin iyilestirilmesinde antioksidan kullanimi yaygindir. Bu amaçla dogal ve sentetik antioksidanlardan bütillendirilmis hidroksi tolüen, bütillendirilmis hidroksi anisol, tersiyer bütil hidrokinon, gallatlar, askorbil palmitat, askorbil stearat, biberiye, pirinç kepegi, susam yagi, tokoferoller, kekik veya adaçayi gibi antioksidanlar kullanilmaktadir. Kizartma isleminin optimizasyonu ile ilgili son çalismalar kapsaminda derin yagda kizartma islemiyle gidalarla birlikte alinan yag miktarini azaltmak ve kizartmalik yaglarini stabilize etmek üzerine birçok çalisma yapilmaktadir. Bir takim antioksidanlar ve gida katkilari içeren, iyi kizartma stabilitesi ve performansina sahip olan özel yaglar, pazarda yerini almaktadir. The use of antioxidants is common in the improvement of frying oils. For this purpose, natural and from synthetic antioxidants, butylated hydroxy toluene, butylated hydroxy anisole, tertiary butyl hydroquinone, gallates, ascorbyl palmitate, ascorbyl stearate, rosemary, rice bran, antioxidants such as sesame oil, tocopherols, thyme or sage are used. Frying In the context of recent studies on the optimization of the deep-frying process, reducing the amount of fat taken with foods and stabilizing frying oils A lot of work is being done on it. Contains a number of antioxidants and food additives, good Special oils with frying stability and performance are taking their place in the market.
Hemen hepsi dogal olan anti-polimerizasyon ajanlari, ticari olarak kizartma sirasindaki oksidatif bozulmalari önleyici olarak kullanilmaktadir. Gelistirilen bu yemeklik sivi yaglar, dogal ingrediyenlerden, antioksidanlardan, emülsifiyerlerden ve asitlerden olusan kompleks ürünlerdir. Anti-polymerization agents, which are almost all natural, are commercially available during frying. It is used as an inhibitor of oxidative deterioration. These edible oils developed, complex of natural ingredients, antioxidants, emulsifiers and acids are products.
Sonuç olarak yukarida anlatilan olumsuzluklardan dolayi ve mevcut çözümlerin konu hakkindaki yetersizligi nedeniyle ilgili teknik alanda bir gelistirme yapilmasi gerekli kilinmistir. As a result, due to the above-mentioned negativities and existing solutions Due to the inadequacy of the subject, it was necessary to make an improvement in the related technical field.
Bulusun Amaci Mevcut bulus, yukarida bahsedilen gereksinimleri karsilayan, tüm dezavantajlari ortadan kaldiran ve ilave bazi avantajlar getiren antioksidanca zenginlestirilmis ve okside olmayan kizartmalik yag ve bu yagin üretim metodu ile ilgilidir. Purpose of the Invention The present invention satisfies the above-mentioned requirements, eliminates all disadvantages. antioxidant-enriched and non-oxidized It is about frying oil and the production method of this oil.
Bulusun öncelikli amaci, sagliga zararli özellikleri azaltilmis, antioksidanca zenginlestirilmis okside olmayan veya oksidasyonu geciktirilen yüksek kaliteli bir kizartmalik yag olmasidir. The primary purpose of the invention is to reduce the harmful properties to health, enriched with antioxidants. It is a high quality frying oil that does not oxidize or whose oxidation is retarded.
Bulusun bir amaci, kizartmalik yag üretiminde, ilk kez hünnap meyvesinin kullanimidir. One object of the invention is the use of jujube fruit for the first time in the production of cooking oil.
Bulusun bir diger amaci, hünnap meyvesi katkisi ile üretilen yeni fonksiyonel kizartmalik yagda, antioksidan kalitesinin, oksidasyona dayanikliliginin ve yagin kizartma islemlerinde kullanim ömrünün yüksek olmasidir. Another aim of the invention is to introduce a new functional stir fry produced with the addition of jujube fruit. in oil, antioxidant quality, resistance to oxidation and oil-frying processes. its high lifetime.
Bulusun bir baska amaci, hünnap meyvesinin, kizartmalik yag sektöründe, kizartmalik yaglarda, antioksidan kaynagi olarak kullanilabilirliginin ortaya konmasidir. Another object of the invention is the use of jujube fruit in the frying oil sector, for frying. The aim of this study is to demonstrate its usability as a source of antioxidants in oils.
Bulusun bir benzer amaci, oksidasyonu azaltilmis, polar madde olusumu azaltilmis, trans yag olusumu minimize edilmis kizartmalik bir yag ve bu yagin üretim metodu olmasidir. A similar object of the invention is to reduce oxidation, reduce polar substance formation, trans It is a frying oil with minimized oil formation and the production method of this oil.
Bulusun bir benzer amaci, dogal antioksidan olarak hünnap ve biberiye ekstrakti ilaveli kizartmalik yagin, özellikle tüketicilerin sentetik veya güven verici olmayan katki maddelerinin varligina duyarli oldugu noktada, dogal ürün orjinine sahip olmasidir. A similar object of the invention is the addition of jujube and rosemary extracts as natural antioxidants. cooking oil, especially when consumers are concerned about synthetic or unsafe additives The point at which it is sensitive to its existence is that it has a natural product origin.
Yukarida anlatilan amaçlarin yerine getirilmesi için, bir kizartmalik yag olup, özelligi; biberiye ekstrakti, oi (alfa) tokoferol, sitrik asit, askorbil palmitat, hünnap ekstrakti, yag asitlerinin mono ve digliseritleri, mono ve digliseritlerin Iaktik asit esterleri, dimetil polisiloksan ile; ayçiçek yagi, kanola yagi, zeytinyagi, misir yagi, palm yagi veya soya yagi ihtiva etmektedir. In order to fulfill the above-mentioned purposes, it is a frying oil and its feature is; rosemary extract, oi (alpha) tocopherol, citric acid, ascorbyl palmitate, jujube extract, mono fatty acids and diglycerides, lactic acid esters of mono and diglycerides, with dimethyl polysiloxane; sunflower It contains oil, canola oil, olive oil, corn oil, palm oil or soybean oil.
Bulusun yapisal ve karakteristik 'özellikleri ve tüm avantajlari asagida verilen sekiller ve bu sekillere atiflar yapilmak suretiyle yazilan detayli açiklama sayesinde daha net olarak anlasilacaktir ve bu nedenle degerlendirmenin de bu sekiller ve detayli açiklama göz 'Önüne alinarak yapilmasi gerekmektedir. The structural and characteristic features of the invention and all its advantages are given in the following More clearly thanks to the detailed explanation with references to the figures. will be understood and therefore the evaluation should also consider these figures and detailed explanation. must be made by taking
Bulusun Anlasilmasina Yardimci Olacak Sekiller Sekil 1: Bulus konusu kizartmalik yagin üretim akis semasinin görünümüdür. Figures to Help Understand the Invention Figure 1: The view of the production flow chart of frying oil which is the subject of the invention.
Sekil 2: Taze ayçiçek yagina ait GC kromatogrami Sekil 3: Taze Spil Innova Fryoil yagina ait GC kromatogrami Sekil 4: Ayçiçek yagi ile patates numunelerine uygulanan 1.kizartma islemine ait GC kromatogrami Sekil 5: Spil Innova Fryoil yagi ile patates numunelerine uygulanan 1.kizartma islemine ait GC kromatogrami Sekil 6: Ayçiçek yagi ile patates numunelerine uygulanan 5.kizartma islemine ait GC kromatogrami Sekil 7: Spil Innova Fryoil yagi ile patates numunelerine uygulanan 5.kizartma islemine ait GC kromatogrami Sekil 8: Ayçiçek yagi ile patates numunelerine uygulanan 10.kizartma islemine ait GC kromatogrami Sekil 9: Spil Innova Fryoil yagi ile patates numunelerine uygulanan 10.kizartma islemine ait GC kromatogrami Sekil 10: Ayçiçek yagi ile patates numunelerine uygulanan 15.kizartma islemine ait GC kromatogrami Sekil 11: Spil Innova Fryoil yagi ile patates numunelerine uygulanan 15.kizartma islemine ait GC kromatogrami Çizimlerin mutlaka ölçeklendirilmesi gerekmemektedir ve mevcut bulusu anlamak için gerekli olmayan detaylar ihmal edilmis olabilmektedir. Bundan baska, en azindan büyük `ölçüde gösterilmektedir. Figure 2: GC chromatogram of fresh sunflower oil Figure 3: GC chromatogram of fresh Spil Innova Fryoil oil Figure 4: GC of the 1st frying process applied to potato samples with sunflower oil chromatogram Figure 5: The first frying process applied to potato samples with Spil Innova Fryoil oil. GC chromatogram Figure 6: GC of the 5th frying process applied to potato samples with sunflower oil chromatogram Figure 7: The 5th frying process applied to potato samples with Spil Innova Fryoil oil. GC chromatogram Figure 8: GC of the 10th frying process applied to potato samples with sunflower oil chromatogram Figure 9: The 10th frying process applied to potato samples with Spil Innova Fryoil oil. GC chromatogram Figure 10: GC of the 15th frying process applied to potato samples with sunflower oil chromatogram Figure 11: The 15th frying process applied to potato samples with Spil Innova Fryoil oil. GC chromatogram Drawings do not necessarily need to be scaled and are necessary to understand the present invention. details may be neglected. Moreover, at least to a large extent is shown.
Bulusun Detayli Açiklamasi Bu detayli açiklamada, bulus konusu antioksidanca zenginlestirilmis ve okside olmayan kizartmalik yag ve bu yagin üretim metodunun tercih edilen yapilanmalari, sadece konunun daha iyi anlasilmasina yönelik olarak ve hiçbir sinirlayici etki olusturmayacak sekilde açiklanmaktadir. Detailed Description of the Invention In this detailed description, the subject of the invention is antioxidant-enriched and non-oxidized The preferred embodiments of frying oil and the production method of this oil are merely for better understanding and without any limiting effect is explained.
Bulus, sagliga zararli özellikleri azaltilmis, antioksidanca zenginlestirilmis okside olmayan veya oksidasyonu geciktirilen yüksek kaliteli bir kizartmalik yag ve bu yagin 'üretim metodudur. The invention is an antioxidant-enriched, non-oxidized non-oxidant with reduced harmful properties. or a high quality frying oil that is retarded from oxidation, and this oil's 'production is the method.
Bulus konusu kizartmalik yagin içerdigi hammaddeler: Hammadde Agirlikca Tercih Edilen Agirlikça Kullanilabilir Miktar Miktar(%1 % yagi veya palm yagi veya zeytinyagi veya misir yagi veya soya yagi Biberiye ekstrakti 0,40 0,10-0,40 ci (alfa) tokoferol 0,40 0,10-0,40 Sitrik asit 0,30 0,10-0,30 Askorbil palmitat 0,40 0,10-0,40 H'ünnap ekstrakti 0,40 0,20-0,40 Yag asitlerinin mono ve 1,00 0,50-1,00 digliseritleri Mono ve digliseritlerin Iaktik 0,50 0,20-0,50 asit esterleri Bulus konusu kizartmalik yagin en önemli özelligi; antioksidan özelligi ve etkileri yakin zamanda belirlenmis maddeler olarak h'L'innap kullanilmasidir. Hünnap (Ziziphus zizyphus), çehrigiller (Rhamnaceae) ailesinden bahar aylarinda hos kokulu sari renkli çiçekler açan dikenli bir agaç türü olup yenilebilen meyveleri hos aromali, portakalimsi-bordo kahve renkli ve antioksidan etkilidir ve Anadolu h'L'innap meyvesinin anavatanidir, Ozellikle Manisa Demirci bölgesinde yogun olarak yetismektedir. Hünnabin pulp kismi tatli lezzetli dis kabuk bölümü derimsi ve ince olup, igde meyvesine benzeyen dokuludur. Son derece önemli besin bilesenlerini içermektedir. Yenilenebilen kismi elmamsi - Iikörümsü tat olusturmakta olup, hafif buruk lezzetlidir. Geleneksel tipta da kullanilmakta oldugu, bagirsak problemlerine karsi olumlu etkilerinin oldugu, ishali kesici, kabizligi azaltici etkilerinin oldugu ve güçlü antimikrobiyal etkileri, idrar yolu enfeksiyonlarina etkili olan yönü, antidiyabetik ve antiintlamatuar etkileri rapor edilmistir. Seker, tanin ve müsilajli (eksopolisakkarid) maddeler içermektedir. Hünnap meyvesi, karotenoid ve flavonoid biyoaktiflerce zengindir; retinolce (Vitamin A) ve askorbik asitçe (Vitamin C) zengin oldugu ve ayrica potasyumun güçlü kaynagi oldugu belirlenmistir. Antioksidan içeriginden dolayi antioksidan aktivitesi yüksek olan hünnapta yer alan biyoaktiiC fenolik-C-glikozid bilesikler, flavonoidler, antosiyaninler, triterpen asidler, doymamis yag asidleri olarak genis spektrumdadir. The raw materials contained in the frying oil, which is the subject of the invention: Preferred Amount by Weight of Raw Material and Usable Amount Amount(%1% oil or palm oil or olive oil or corn oil or soybean oil Rosemary extract 0.40 0.10-0.40 ci (alpha) tocopherol 0.40 0.10-0.40 Citric acid 0.30 0.10-0.30 Ascorbyl palmitate 0.40 0.10-0.40 H'unnap extract 0.40 0.20-0.40 Mono and 1.00 0.50-1.00 of fatty acids diglycerides Lactic 0.50 0.20-0.50 of mono and diglycerides acid esters The most important feature of the frying oil, which is the subject of the invention; antioxidant properties and effects is the use of h'L'innap as determined substances at the time. Jujube (Ziziphus zizyphus), from the Rhamnaceae family, blooming fragrant yellow flowers in spring It is a type of thorny tree and its edible fruits are pleasantly aromatic, orangeish-burgundy brown in color. and antioxidant effective and is the homeland of Anatolian h'L'innap fruit, especially Manisa It grows intensively in the Demirci region. Jujube pulp partial sweet delicious outer shell The part is leathery and thin and has a texture resembling an igde fruit. Extremely important food contains the components. The edible part creates an apple-like - curd-like taste, slightly bitter taste. It is also used in traditional medicine, against intestinal problems. It has positive effects, it has anti-diarrhea, anti-constipation effects and it has strong its antimicrobial effects, its effect on urinary tract infections, its antidiabetic and Anti-inflammatory effects have been reported. Sugar, tannin and mucilage (exopolysaccharide) substances contains. Jujube fruit is rich in carotenoid and flavonoid bioactives; retinol It is rich in (Vitamin A) and ascorbic acid (Vitamin C) and also contains strong potassium. source has not been determined. High antioxidant activity due to its antioxidant content bioactive phenolic-C-glycoside compounds, flavonoids, anthocyanins, Triterpene acids are in a broad spectrum as unsaturated fatty acids.
Demirci hünnapinda fenolik asitler olarak; gallik asit, klorogenik asit, kafeik asit, para hidroksi benzoik asit, para kumarik asit, ferulik asit, flavonoid tlavanoller olarak; epikatesin, epikatesin gallat ve flavonoid flavonoller olarak; vanilin, rutin, morin, kuersetin, mirisetin, kaempferol ve flavonoid flavonlar olarak; diosmin, krisin antioksidan maddeleri saptanmistir. Ve hünnabin, son derece güçlü antioksidan profile ve antioksidan aktiviteye sahip oldugu belirlenmistir. As phenolic acids in blacksmith jujube; gallic acid, chlorogenic acid, caffeic acid, para hydroxy as benzoic acid, paracoumaric acid, ferulic acid, flavonoid tlavanols; epicatecin, epicatecin as gallate and flavonoid flavonols; vanillin, rutin, morin, quercetin, myricetin, kaempferol and as flavonoid flavones; The antioxidant substances of diosmin and chrysin were determined. And jujube, It has been determined that it has an extremely strong antioxidant profile and antioxidant activity.
Ancak yag bilesimi üzerinde oksidasyona etkileri konusunda kapsamli bir incelemeye rastlanilmamistir. However, a comprehensive study on the oxidation effects on the oil composition is not needed. not found.
Hünnap (Ziziphus zizyphus) ekstraktindan elde edilen flavonoid fraksiyonlarinin in vivo'da kanser hücre hatlarinin antiproliferasyonu ve antikanser etkileri üzerine gerçeklestirilen çalismalar da sinirlidir. Zizyphus jujube tipi hünnaplarin sulu ekstraktinin meme kanseri üzerinde antitümor aktivite etkisi, Zizyphus jujubei nin fenolik profilinin servikal ve meme kanseri hücreleri üzerinde anti-proliferatif ve apoptotik etkileri, Ziziphus Jujube tüketiminin kolit iliskili kolorektal kanserli farelerde olumlu etkileri rapor edilmistir. Zizyphus jujube! nin yesil çay ekstraklariyla kombinasyonunun ise karaciger kanseri hücreleri (HepGZ) üzerinde sitotoksik aktivite etkisi olusturdugu belirtilmektedir. In vivo studies of flavonoid fractions obtained from jujube (Ziziphus zizyphus) extract. on antiproliferation and anticancer effects of cancer cell lines. studies are also limited. Breast cancer of the aqueous extract of Zizyphus jujube type jujubes The effect of antitumor activity on the phenolic profile of Zizyphus jujubei on cervical and breast Anti-proliferative and apoptotic effects on cancer cells, consumption of Ziziphus Jujube Positive effects have been reported in mice with colitis-associated colorectal cancer. Zizyphus jujube! of the its combination with green tea extracts on liver cancer cells (HepGZ). It is stated that it has a cytotoxic activity effect.
Ayrica, hünnap meyvesinin müsilaj (zamk) maddelerinin fonksiyonel özelliklerinin gida sanayiinde ticari olarak kullanilan ksantan gam hidrokolloidlerine esdeger düzeyde, ticari guar gum hidrokolloidlerden daha etkin oldugu ve yag absorblama kapasitesinin kiyaslanan hidrokolloidlerden yüksek oldugu belirlenmistir. Bu hidrokolloid özelliginden dolayi hünnap dogal stabilizer olarak görülmektedir. In addition, the functional properties of mucilage (gum) substances of jujube fruit At the level equivalent to the xanthan gum hydrocolloids used commercially in the commercial Guar gum is more effective than hydrocolloids and has a comparable oil absorption capacity. was determined to be higher than hydrocolloids. Because of this hydrocolloid property, jujube seen as a natural stabilizer.
Bulus konusu kizartmalik yag üretiminde kullanilan hünnap meyvesi, yag bünyesinde çökelme yapmakta ve görüntüde bozulmalara yol açmaktadir. Bu durum hünnap meyvesinin ekstraksiyon islemine tabi tutulmasiyla çözümlenmistir. The jujube fruit used in the production of frying oil, which is the subject of the invention, is part of the oil. precipitates and causes image distortions. This is the case of jujube fruit. resolved by the extraction process.
Bulus konusu kizartmalik yagda, ana bilesen olarak; ayçiçek yagi, kanola yagi, zeytinyagi, misir yagi, palm yagi veya soya yagi kullanilmaktadir. In the frying oil, which is the subject of the invention, as a main component; sunflower oil, canola oil, olive oil, Corn oil, palm oil or soybean oil are used.
Hünnap meyvesi (Ziziphus jujuba), bulus konusu kizartmalik yagi, antioksidanca zenginlestirmek, stabilize etmek ve kalitesini arttirmak için, ilave antioksidan-stabilizatör kaynagi olarak kullanilmaktadir. Jujube fruit (Ziziphus jujuba), the frying oil of the invention, antioxidant additional antioxidant-stabilizer to enrich, stabilize and improve quality is used as a source.
AIfa-tokoferol, sitrik asit, askorbil palmitat; antipolimerize edici ajanlardandir. Bulus konusu kizartmalik yagda, kizartma sicakligi ve süresince meydana gelen oksidasyonu geciktirmek/bnlemek amaciyla kullanilmaktadir. Alpha-tocopherol, citric acid, ascorbyl palmitate; It is an antipolymerizing agent. subject of the invention oxidation in frying oil, which occurs at frying temperature and duration. It is used to delay / prevent.
Biberiye ekstrakti; kizartma sicakligi ve süresince dimer olusumunu önlemek üzere kullanilmaktadir. Rosemary extract; to prevent dimer formation at frying temperature and duration. is used.
Yag asitlerinin mono ve digliseritleri (E471), mono ve digliseritlerin laktik asit esterleri (E472b); emülsifiye etme ajani olarak kullanilmaktadir. Mono and diglycerides of fatty acids (E471), lactic acid esters of mono and diglycerides (E472b); It is used as an emulsifying agent.
Dimetil polisiloksan (E900): kizartma süresince köpük olusumunu engellemek üzere kullanilmaktadir. Dimethyl polysiloxane (E900): to prevent foam formation during frying is used.
Bulus konusu kizartmalik yagin üretim metodu (Sekil 1): Biberiye ve hünnapin ekstraksiyon islemine tabi tutulmasi . Biberiye ve hünnap ekstraksiyonu için; 30 gram kurutulmus 'ornek alinip 50 ml etanol ile çelik biçakli blenderda 1 saat ekstraksiyon yapilir. Karisim süzgeç kagidiyla süzülür ve süzüntü evapore edilir. Kalan ekstrakt azot atmosferinde kurutulur ve toz ekstrakt elde edilir. Production method of frying oil which is the subject of the invention (Figure 1): Extraction of rosemary and jujube . For rosemary and jujube extraction; 30 grams of dried 'sample is taken and 50 ml of ethanol Extraction is done for 1 hour in a blender with a steel blade. Mixed with filter paper filtered and the filtrate is evaporated. The remaining extract is dried in a nitrogen atmosphere and powdered. extract is obtained.
Diger maddelerin karisimi: 0 Ilk asamada 4 g alfa-tokoferol karistirma kabina alinir. Üzerine 3 g sitrik asit ve 4 g askorbil palmitat ilave edilip 10 sn karistirilir. Ilk etap karismayi saglamak adina 50 ml ayçiçek yagi, kanola yagi, zeytinyagi, misir yagi, palm yagi veya soya yagi ilave edilir ve karistirici aparatla karistirilir. Bu karisim üzerine 10 g yag asitlerinin mono ve digliseritleri (E471) ve 15 g mono ve digliseritlerinin laktik asit esterleri (E472b) ilave edilir. 1 dk karistirma yapildiktan sonra, 10 mg dimetil polisiloksan (E900) ve 100 ml ayçiçek yagi, kanola yagi, zeytinyagi, misir yagi, palm yagi veya soya yagi ilave edilip karistirma yapilir. Mixture of other substances: 0 In the first stage, 4 g of alpha-tocopherol is taken into the mixing cabinet. 3 g of citric acid and 4 g of Ascorbyl palmitate is added and mixed for 10 seconds. 50 ml to ensure the first stage mixing Sunflower oil, canola oil, olive oil, corn oil, palm oil or soybean oil are added. and mixed with the mixing apparatus. On this mixture, 10 g of fatty acids are mono and diglycerides (E471) and lactic acid esters of 15 g mono and diglycerides (E472b) added is done. After mixing for 1 minute, 10 mg dimethyl polysiloxane (E900) and 100 ml Add sunflower oil, canola oil, olive oil, corn oil, palm oil or soybean oil and mixing is done.
Elde edilen karisima, biberiye ve hünnap ekstrakti ilavesi: o Elde edilen karisima, 4 g biberiye ekstrakti ve 4 g hünnap ekstrakti ilave edilip, 1 dk karistirildiktan sonra 1000 ml= ye ayçiçek yagi, kanola yagi, zeytinyagi, misir yagi, palm yagi veya soya yagiyla tamamlanir. Böylece son karistirma islemi de yapilmis 1000 ml olarak hazirlanan kizartmalik yag, isi ve isik almayan yerde, koyu renkli sisede depolanir. Addition of the obtained mixture, rosemary and jujube extract: o The mixture obtained is added to 4 g of rosemary extract and 4 g of jujube extract, and for 1 min. After mixing, add 1000 ml = sunflower oil, canola oil, olive oil, corn oil, complemented by palm oil or soybean oil. Thus, the final mixing process was also done. Cooking oil, prepared as 1000 ml, is stored in a dark bottle in a place away from heat and light. is stored.
Bulus konusu kizartmalik yag üretimi sirasinda dikkat edilmesi gerekenler: . tüm ingrediyenlerin oda sicakliginda olmasi, o toz ekstrakt eldesinde uygulanan ekstraksiyon süresine dikkat edilmesi (1 saat), 0 toz ekstrakt eldesinde uygulanan madde ve sürelere dikkat edilmesidir. Things to consider during the frying oil production, which is the subject of the invention: . all ingredients are at room temperature, o Paying attention to the extraction time applied in obtaining powder extract (1 hour), It is to pay attention to the substances and times applied in obtaining 0 powder extract.
Ayrica, kizartmalik yag olusturulmasindan sonra uygulanan kizartma sicakligi ve süresinin stabil olmasina da dikkat edilmelidir (Kizartma uygulama sicakligi 175°C ve süresi 4 dk). In addition, the frying temperature applied after the frying oil is created and the Attention should also be paid to the stability of the duration (Frying application temperature is 175°C and duration 4 min).
Hünnapli Kizartmalik Yag Analiz Sonuçlari: o Hünnapli kizartmalik yag ile kizartilan patates örneklerinde, nem, su kaybi, yag ve absorblanan yag düzeyleri, kontrol ayçiçek yagina göre; sirasiyla °/o26,31 fazla; - Hünnapli kizartmalik yag ile kizartilan patates 'Örnekleri sonrasinda yagin polar madde düzeyinin, kontrol ayçiçek yagina göre, %16 azaldigi belirlendi. Jujube Frying Oil Analysis Results: o In potato samples fried with jujube frying oil, moisture, water loss, oil and Absorbed oil levels compared to control sunflower oil; more than °/o26.31, respectively; - Potatoes fried in frying oil with jujube 'Samples' It was determined that the substance level decreased by 16% compared to the control sunflower oil.
- Hünnapli kizartmalik yag ile kizartilan patates 'örneklerinin absorbe ettigi yaga iliskin ÇDYA omega-3 (çoklu doymamis omega-3 yag asitleri) düzeylerinin, kontrol ayçiçek yagina göre, %15 arttigi belirlendi. - Regarding the oil absorbed by the 'potatoes' samples fried with frying oil with jujube PUFA omega-3 (polyunsaturated omega-3 fatty acids) levels, control sunflower According to the age, it was determined that it increased by 15%.
- Hünnapli kizartmalik yag ile kizartilan patates örneklerinin antioksidan aktivitesinin, kontrol ayçiçek yagina göre, 6,93 kat yüksek oldugu bulgulandi. - Antioxidant activity of potato samples fried with jujube frying oil, It was found to be 6.93 times higher than the control sunflower oil.
Yaglarda oksidatif stabilitenin bir göstergesi olan ransimat analizi sonuçlarina göre; hünnapli kizartmalik yag ile patateslerin kizartilmasi islemi sonrasi yagin ransimat degeri, kontrol ayçiçek yagina göre, %050 oraninda artis göstermistir. According to the results of ransimat analysis, which is an indicator of oxidative stability in oils; After frying the potatoes with jujube frying oil, the oil is harvested value increased by 050% compared to the control sunflower oil.
- Hünnapli kizartmalik yag ile kizartilan patates örneklerinin Hunter a degerinin (kirmizilik degerinin), kontrol ayçiçek yagina göre, 5,35 kademe azaldigi; Hunter b degerinin (sarilik degerinin), 1,21 kademe azaldigi belirlendi. - Hunter value of potato samples fried with jujube frying oil (redness value) decreased by 5.35 levels compared to the control sunflower oil; hunter b value (yellowness value) was determined to have decreased by 1.21 steps.
- Duyusal test sonuçlarina göre; hünnapli kizartmalik yag ile kizartilan patates örneklerinin, kontrol ayçiçek yagiyla kizartilan patates örneklerine göre, sari renk kalitesinin korundugu, düzgün yapiya sahip oldugu ve lezzetli oldugu belirlendi' . Hünnapli kizartmalik yag ile kizartilan patateslerde, tekstürel özelliklerden sikilik ve sertlik degerlerinin, kontrol ayçiçek yagiyla kizartilan patates örneklerine göre, daha düsük düzeyde ve kizartilmis gida formlarina daha uygun skalada oldugu belirlendi, Diger bazi analiz sonuçlari da asagidaki tablolarda yer almaktadir:- According to sensory test results; fries with jujube frying oil The yellow color of the samples was compared to the potato samples fried with the control sunflower oil. It was determined that its quality was preserved, it had a smooth structure and it was delicious. . In potatoes fried with frying oil with jujube, one of the textural features is firmness and firmness. hardness values were higher than the potato samples fried with control sunflower oil. It was determined that it was at a low level and in a scale more suitable for fried food forms, Some other analysis results are also included in the tables below:
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