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פ״ומב המ
9. Grabek�Lejko D., Słowik J., Kasprzyk I. (2018): Activity 2. Al�Najjar I.H.I (2004): Analysis of volatiles in Palestinian
of selected honey types against Staphylococcus aureus honey by HS�SPME/GCMS to determine its botanical
methicillin susceptible (MSSA) and methicillin resis- origin (Doctoral dissertation, Al-Quds University).
tant (MRSA) bacteria and its correlation with hydrogen 3. Odeh I., Abu�Lafi S., Al�Najjar I. (2014): Determination
peroxide, phenolic content and antioxidant capacity. of unifloral honey volatiles from Centaurea iberica and
Farmacia 66(1): 37�43. Zizyphus spina�christi by solid-phase microextraction and
10. Valdés�Silverio L.A., Iturralde G., García�Tenesaca gas chromatography-mass spectrometry. Acta Chromato-
M., Paredes�Moreta J., Narváez�Narváez D.A., Ro- graphica 26(3): 485�493.
jas�Carrillo M., Tejera E., Beltrán�Ayala P., Giampieri 4. Zerrouk S., Seijo M.C., Escuredo O., Rodríguez�Flores
F., Alvarez�Suarez J.M. (2018): Physicochemical pa- M.S. (2018): Characterization of Ziziphus lotus (jujube)
rameters, chemical composition, antioxidant capacity, honey produced in Algeria. Journal of Apicultural Re-
microbial contamination and antimicrobial activity of search 57(1): 166�174.
Eucalyptus honey from the Andean region of Ecua- 5. Imtara H., Elamine Y., Lyoussi B. (2018): Physicochemical
dor. Journal of Apicultural Research 57(3): 382�394. characterization and antioxidant activity of Palestinian
11. Dżugan M., Tomczyk M., Sowa P., Grabek�Lejko D. honey samples. Food Science & Nutrition 6(8): 2056�
(2018): Antioxidant activity as biomarker of honey vari- 2065.
ety. Molecules 23(8): 2069. 6. Suleiman M.H., ALaerjani W.M.A., Mohammed M.E.A.
12. Al Kiyumi E.H., Al Rashdi B.S., Al Alawi A.R., Al Balushi (2020): Influence of altitudinal variation on the total
A.A., Al Hooti S.N., Al Hosni S.I., Dhanalekshmi U.M., phenolic and flavonoid content of Acacia and Ziziphus
Khan S.A. (2021): Quantification of bioactive compo- honey. International Journal of Food Properties 23(1):
nents and evaluation of antioxidative potential of different 2077-2086.
floral origin honey from arid regions of Oman. Biocataly- 7. Smetanska I., Alharthi S.S., Selim K.A. (2021): Physi-
sis and Agricultural Biotechnology 33: 102007. cochemical, antioxidant capacity and color analysis of
13. Xagoraris M., Revelou P.K., Dedegkika S., Kanakis six honeys from different origin. Journal of King Saud
C.D., Papadopoulos G.K., Pappas C.S., Tarantilis University�Science 33(5): 101447.
P.A. (2021): SPME�GC�MS and FTIR�ATR spectro- 8. Benlyas M., Alem C., Filali�Zegzouti Y. (2016): Evalu-
scopic study as a tool for unifloral common Greek hon- ation of antioxidant, antibacterial and antifungal activi-
eys’ botanical origin identification. Applied Sciences ties of eleven monofloral honey samples collected from
11(7): 3159. Morocco. Journal of Chemical and Pharmaceutical Re-
search 8(3): 299�306.
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2021 רבמבונ ,ה”ע הנש ’עטונה ןולע‘ 35 ‘Alon Hanotea’ vol. 75, November 2021
