Search


Current filters:


Start a new search
Add filters:

Use filters to refine the search results.


Results 1-8 of 8 (Search time: 0.016 seconds).
  • previous
  • 1
  • next
Item hits:
PreviewIssue DateTitleAuthor(s)
Manuscript_Tishakova_2020.pdf.jpg2020-10Study of aminoacid composition of the haricot bean shellsKriukova, Anna; Gubar, Svitlana; Vladymyrova, Inna; Tishakova, Tetyana
21_Levashova1_Academic integrity in higher education.pdf.jpg2021-02Academic integrity in higher educationLevashova, Olga; Tishakova, Tetyana
2021_Syrova_Biochemical Confirmation of the Anti-Inflammatory Effect of Coxibs.pdf.jpg2021Biochemical Confirmation of the Anti-Inflammatory Effect of Coxibs and their Compositions with N-Acetylgulcosaminil 1-4-N-Acetylmuramoil-L-alanyl-DIsoglagaminSyrova, Ganna; Tishakova, Tetyana; Levashova, Olga; Savelieva, Оlena
26-32.pdf.jpg2021Wound healing effect of "Prolidoxid" and "Dexpanthenol with ceramides": a comparative study based on the model of chemical burns with expressed alterative skin processesButko, Yaroslava; Tkachova, Oksana; Tishakova, Tetyana; Gordienko, Anatoly; Bondariev, Yevhen
Тези_Тішакова_ICNTC_21.pdf.jpg2021-09-25New approaches in green chemistry: vaniline based imin synthesis and wound dressing production by nanotechnolodgySahin, Yesim Muge; Bulus, Erdi; Mansuroglu, Demet Sezgin; Bozkurt, Bahadir; Sarac, Hatice Dilara; Ozkok, Funda; Onul, Nihal; Tishakova, Tetyana; Ozay, Gulru
2023-04-14Biochemical and planimetric investigations of hydrophilic creams containing ceramides or dexpanthenol on the model of chemical burnsButko, Yaroslava; Tishakova, Tetyana
2022Anti-Inflammatory Effect of Coxibs and their Compositions with Caffeine on the Level of Conjugated Dienes in the Formalin-Induced Edema ModelSyrova, Ganna; Petiunina, Valentina; Savelieva, Olena; Tishakova, Tetyana; Lukianova, Larysa
2022-09Experimental research of the effect of coxibs on the ceruloplasmin level in rat serum on the formalin-induced edema modelSyrova, Ganna; Savelieva, Olena; Tishakova, Tetyana; Lukіаnova, Larysa