Search the repository

A+ | A- | | SLO | ENG

Query:	search in TitleAuthorAbstractKeywordsFulltextYear of publishing
ANDORAND NOT	search in TitleAuthorAbstractKeywordsFulltextYear of publishing
ANDORAND NOT	search in TitleAuthorAbstractKeywordsFulltextYear of publishing
ANDORAND NOT	search in TitleAuthorAbstractKeywordsFulltextYear of publishing
Work type:	All work types Habilitation (m4) Specialist thesis (m3) High school thesis (m6) Bachelor work * (dip) Master disertations * (mag) Doctorate disertations * (dok) Research Data or Corpuses (data) * old and bolonia study programme
Language:	All languagesSlovenianEnglishGermanCroatianSerbianBosnianBulgarianCzechFinnishFrenchGerman (Austria)HungarianItalianJapaneseLithuanianNorwegianPolishRussianSerbian (cyrillic)SlovakSpanishSwedishTurkishUndeterminedUnknown
Search in:	RUNG    AU - School of Arts    FAN - Faculty of Applied Sciences    FH - Faculty of Humanities    FN - School of Science    FPŠ - Graduate School    FVV - School for Viticulture and Enology    FZO - Faculty of Environmental Sciences    PTF - Faculty of Engineering and Management    UNG - University of Nova Gorica    VŠU - School of Arts    VŠVV - College of Viticulture and EnologyCOBISS    Univerza v Novi Gorici
Options:	Show only hits with full text
	Reset

1 - 3 / 3 1

1. Structural basis for the specific neutralization of Stx2a with a camelid single domain antibody fragment Robert Alvin Bernedo Navarro, Ema Romao, Tomomasa Yano, Joar Pinto, Henri de Greve, Yann Sterckx, Serge Muyldermans, 2018, original scientific article Found in: osebi Keywords: Shiga toxins, nanobodies, Stx2, neutralizers Published: 27.05.2019; Views: 2373; Downloads: 108 Fulltext (8,26 MB)

2. Functional and structural characterization of nanobodies neutralizing Shiga toxin 2 Robert Alvin Bernedo Navarro, Ema Romao, Tomomasa Yano, Yann Sterckx, Serge Muyldermans, unpublished conference contribution Found in: osebi Keywords: Shiga toxins, nanobodies, Stx2 Published: 05.06.2019; Views: 2497; Downloads: 0 Fulltext (594,29 KB)

3. Identification of New DR5 Agonistic Nanobodies and Generation of Multivalent Nanobody Constructs for Cancer Treatment Golnaz Sadeghnezhad, Ema Romao, Robert Alvin Bernedo-Navarro, Sam Massa, Khosro Khajeh, Serge Muyldermans, Sadegh Hassania, 2019, original scientific article Found in: osebi Keywords: death receptor 5, nanobody, TRAIL, cancer therapy, apoptosis Published: 01.10.2019; Views: 2235; Downloads: 0 Fulltext (2,89 MB)

Search done in 0 sec.

Back to top