The aim of this review is to provide information concerning the types of chestnut shells (inner and outer), their compositions and bioactive compounds, as well as to mention industrial peeling applications. These shells are comprised of high-valued natural active compounds, such as polyphenols (phenolic acids, flavonoids, tannins, hydroxycoumarins -scopoletin, scoparone-), pigments (melanin) and minor compounds (minerals, dietary fiber, vitamin C and E, essential amino acids and fatty acids). The total phenolic acids and flavonoid content of C. sativa shell were ranged between 119.17-223.62 mg/kg db and 330 – 503 mg CE/g. It is also a good source of vitamin C with reported levels of 15.57 and 28.97 mg AA/100 mg db in water and ethanol extracts, respectively. The shells are used as food additives due to their colorant, antioxidant and antimicrobial properties. The shells are exposed by the peeling process applied to obtain the fruit without the shell which is mainly used. The most frequently used technique in chestnut peeling is the Brulage peeling method. However, in this technique, used peeling mechanism is insufficient to obtain both inner and outer shells separately at the same time. Moreover, further research is needed to obtain the shells individually, to analyse each shell in detail, and to increase the industrial use of shells.

The aim of this study was to explore the concentrations of PAEs (Phthalate esters) in milk in Türkiye. For this purpose, a methodology was developed to quantify eight different PAEs in milk samples using a combination of dispersive solid-phase extraction (dSPE) and Liquid Chromatography coupled with Tandem Mass Spectrometry (LC-MS/MS). Employing this methodology, the concentrations of PAEs were evaluated in 34 milk samples. Results indicated the presence of PAEs in the milk samples; however, all tested compounds remained within the specific migration limits established by the EU. Among the analyzed PAEs, BBP (Benzyl butyl phthalate) was not detected in any samples, while DMP (di-methyl phthalate) (ND-5.51 µg/L) and DBP (di-butyl phthalate) (ND-7.91 µg/L) exhibited the lowest concentrations. DEHP (bis(2-ethylhexyl)) was identified as the most prevalent plasticizer with a maximum concentration of 41.31 µg/L. In conclusion, this study successfully investigated PAE concentrations in Turkish milk samples using a developed methodology. The results indicated the presence of PAEs within EU-established limits, with DEHP being the predominant plasticizer. Further research and monitoring efforts are crucial to ensure ongoing safety in packaged milk products.

In a lab experiment using seed priming, the faba bean (Vicia faba L.) seed germination and seedling development were studied. Twenty different priming techniques were utilized in the study, each comprising varying concentrations of NaOCI, CaCl2, KNO3, Manitol, PEG, KCL, H2O and a control group that received no priming. Four replications of a completely randomized design (CRD) were used in the experiment. Among the three priming treatments, there were substantial differences in the seedling growth metrics and germination rate. When 500 ppm NaOCl was used as a treatment, the highest seed germination percentage (96%) was attained. Although 100 ppm PEG had the greatest germination index (42.92), 10000 ppm NaOCl had the quickest mean germination time (8.27). Additionally, at a concentration of 1500 ppm NaOCl, the greatest seedling vigor index (29.79) and maximum germination coefficient (12.28) were likewise obtained. With H2O treatment, the maximum shoot length (21.09 cm) was observed for seedling growth parameters. The largest root length was produced by a 10000 ppm KNO3 treatment (11.19 cm). With 20000 ppm KNO3, the maximum root dry weight was achieved (88.50 mg), whereas H2O produced the highest shoot dry weight (51.0 mg). Additionally, it was discovered that a treatment with 10000 ppm KNO3 had the best root-shoot ratio (0.72). The research thus supports the possible use of seed priming as a method to improve faba bean seed germination and seedling growth. NaOCl and KNO3 seemed to work best for faba bean seed germination and seedling growth.

This study focused on evaluating the nutritional characteristics and in vitro true digestibility of apple pomace derived from three apple cultivars: Golden Delicious, Starking, and Granny Smith (Malus domestica Borkh). These apple cultivars were sourced from the local market in Nigde, Turkiye. Statistical analyses, including one-way analysis of variance (ANOVA) and Duncan's test, were employed to assess variations among the apple pomace samples. Results indicated that, except for in vitro true digestibility, there were no significant variations in the chemical composition and total phenolic matter contents among the apple pomaces (P>0.05). However, Granny Smith apple pomace exhibited distinct features, such as higher neutral detergent fiber content (29.80%), elevated crude protein levels (5.09%) and substantial acid detergent fiber (25.30%) values. In contrast, Starking apple pomace displayed superior air-dry matter (27.24%), while Golden Delicious showcased enhanced dry matter (95.3%) and ash content (2.00%). Regarding total phenolic matter contents, Granny Smith excelled with 112.4 mg GAE/100g, outperforming Starking (103 mg GAE/100g) and Golden Delicious (75.8 mg GAE/100g). Crucially, Starking demonstrated superior in vitro true digestibility, with values reaching 92.36% (as received) and 92.23% (dry matter). Granny Smith, in comparison to Golden Delicious and Starking, displayed significantly different neutral detergent fiber digestibility (P<0.05). Starking apple pomace exhibit the highest overall digestibility among the apple pomaces analysed in this study, hence recommended for use in ruminant nutrition. These findings have implications for the potential utilization of apple pomace in diverse applications, given the diverse nutritional profiles of these cultivars.

The most significant crop losses worldwide occur due to unfavorable temperatures such as heat, drought, cold, and freezing. Minerals like silicon can play important roles in the growth, development, and stress responses of plants. In this study, changes in stem/root length, dry weight, relative water content and silicon content, of peas under cold and freezing stress, as well as antioxidant system indicators such as proline, malondialdehyde, hydrogen peroxide, and chlorophyll levels, ion leakage, and the expressions of genes coding for the topoisomerase TOP2 and DNA helicase PDH47 enzymes, which play important roles in the replication, transcription, and repair of DNA molecules, were examined in root and stem tissues in the presence of two different concentrations of silicon. The results of the study showed that silicon application under cold and freezing stresses has induced various changes in pea metabolism, including increases in cell membrane integrity parameters and superoxide dismutase enzyme activity, as well as increase in the expressions of TOP2 and PDH47 genes. These changes have been found to have positive effects on the pea cold and freezing tolerance.

In many parts of the world, forests have been seen only as an economic value and forestry policies have been in this direction. Later, when forests started to disappear, the protectionist period started and forest policies were shaped in this direction. In this study, the reflections of sustainable foresty policy and environmental and forest protection in the Eurpoion Union (EU), Turkey and a few other countries are examined and the protection measures and recommendations of the countries are analyzed. The aim of the study is to reveal the devolopment process of forestry policies and to reveal what has been done to ensure the protection of forests. When we look at the policies followed by the countries, it is seen that the world is now pursuing a conscious forestry policy.

This research; it was established under the Sakarya ecological conditions and carried out for 2 years between 2021 and 2023 to determine the yield and quality characteristics of some fodder beet varieties. The experiment was set up with four replications in a randomized blocks trial design. Rekord, Rota, Ursus and Zentaur varieties were used in this research. In the study; in tubers; length (cm), diameter (cm), aboveground length ratio (%), yield (kg/da), dry matter content (%), dry matter yield (kg/da), crude protein ratio (%), sugar ratio (%) and weight loss in storage (%) and in leaves; yield (kg/da), length (cm), width (cm), dry matter ratio (%), dry matter yield (kg/da) and crude protein ratio (%) properties were investigated. The most positive data in the study were obtained from the Ursus variety (In tuber: length; 29.1 cm, yield; 19.309 kg/da, dry matter content; 15.9%, crude protein ratio; 9.30%, sugar ratio; 6.35%, and in leaves; length; 61.0 cm, yield; 2.585 kg/da, dry matter content; 14.0%, crude protein ratio; 23.5%).

Butterfly pea flower (Clitoria ternatea L.) is a tropical plant that is rich in bioactive compounds, especially anthocyanins which are useful as natural dyes and antioxidant compounds. The bioactive compounds of butterfly pea flowers are unstable due to environmental influences, especially temperature, oxygen, light and acidity. In order to improve the stability of bioactive compounds, especially anthocyanin compounds in powder form, it is necessary to utilize encapsulation technology using coating materials. The aim of this research was to determine the effect of maltodextrin concentration and drying temperature on the physico-chemical characteristics and color measurements of encapsulated butterfly pea flower extract. The research method used was a factorial design prepared using a randomized block design consisting of 2 factors. Factor I (maltodextrin concentration) consisted of 3 levels, namely (10%, 20%, and 30%) while factor II (drying temperature) consisted of 3 levels (70ºC, 80ºC, and 90ºC), with 3 repetitions. The observation variables are: a) antioxidant activity, b) anthocyanin content, c) water content, d) dissolution time, e) color properties (L*, a*, and b*). Based on general research results, a maltodextrin concentration of 10% and a drying temperature of 70ºC showed the best results based on antioxidant activity rate and the highest anthocyanin content (51.47% and 47.36mg/g), as well as color measurements with the lowest L* value = 52, highest a* value = +2.6, and highest b* = -11.16. Except for powder solubility, a maltodextrin concentration of 30% and a drying temperature of 90ºC resulted in the fastest solubility time (16.67 seconds). For water content, all treatments were still in accordance with spice standards in Indonesia and standards issued by the USDA.

Bu çalışmada amaç, zeytinyağı sanayii yan ürünü olan karasuyun Macar fiğ-tritikale silajlarına farklı dozlarda ilavesinin kimyasal kompozisyon, fermentasyon, fiziksel, mikrobiyolojik özellikleri ve in vitro sindirilebilirlikleri üzerine etkisini incelemektir. Araştırma silajları belirtilen şekilde oluşturulmuştur: (i) %100 Macar fiğ-tritikale silajı (kontrol); (ii) %95 Macar fiğ-tritikale + %5 karasu; (iii) %90 Macar fiğ-tritikale + %10 karasu; (iv) %85 Macar fiğ-tritikale + %15 karasu; (v) %80 Macar fiğ-tritikale + %20 karasu. Silolama dönemi 56 gün devam etmiştir. Sonuç olarak, karasu ilavesiyle silajların koku, organik madde, pH ve suda çözünebilir karbonhidrat içerikleri azalmış; kuru madde, ham kül, ADF, ham yağ ve Fleig puanı artmıştır. Ham protein, ham selüloz, NDF, amonyak azot, laktik asit bakterileri, in vitro kuru madde ve organik madde sindirilebilirlikleri bakımından görülen farklılıklar önemli bulunmamıştır. Araştırma silajlarında sülfit indirgeyen anaeroblar, Listeria spp., Enterobactericeae ve maya içeriğine rastlanmamıştır. Küf içeriği, %15 karasu içeren grupta bir örnekte saptanmıştır. Araştırma sonunda, Macar fiğ-tritikale karışımlarından oluşan silajlara %20 düzeyine kadar karasu ilavesinin herhangi bir olumsuz etkisinin olmadığı sonucuna varılmıştır.

İnsanların beslenmesinde gluten içeren besinler önemli yer tutmaktadır. Gluten metabolizması bozukluğuna bağlı oluşan hastalıklar bulunmakta olup bunlar çölyak hastalığı, buğdaya karşı IgE aracılı alerji ve çölyak dışı gluten duyarlılığı olarak sınıflandırılabilir. Bireylerin gluten duyarlılıkları arasında farklılıklar olup gluten duyarlılığı olan bireylerin gluten içeren besinleri tüketmeleri durumunda en başta bağırsak dokusu olmak üzere birçok dokuda histopatolojik yapılarında ve otoimmun sistemlerinde önemli değişiklikler meydana gelebilir. Dokuların histopatolojik yapısındaki değişiklikler dokulara göre değişmektedir. Otoimmun sistemdeki değişiklikler ise Transglutaminaz, Gliadin, IgA, IgG, CD4 ve CD8 gibi parametrelerden en az birinin veya birkaçının incelenmesi ile tespit edilebilir. Gluten metabolizması bozukluğuna bağlı oluşan hastalıklarda etkili tedavi şekli glutensiz/gluten kısıtlı diyet olmakla birlikte bağışıklık sisteminde rol alan mekanizma ve moleküllerin saptanması yeni tedavi yöntemlerini oluşturulmasına yol gösterebilir. Bu çalışmada amaç gluten ve gluten metabolizması bozukluğuna bağlı oluşan hastalıklar arasındaki ilişkinin derlemesidir.