Application of exogenous dsRNA to boost plant tolerance to abiotic stress

DEBRIEF: dsRNA delivery systems to boost RNAi efficacy - DEBRIEF

Analysis of three-dimensional structure, specificity and anticancer activity of the <i>Canavalia villosa</i> (Benth) lectin.

Application of dsRNA for insect pest control

Doctoral project Annelies Delporte

Doctoral project Bassam Al Atalah

Doctoral project Bieke Nagels

Doctoral project Chenjing Shang

Doctoral project Jeroen Lambin

Doctoral project Jonas Van Hove

Doctoral project Karolina Stefanowicz

Doctoral project Koen Gistelinck

Doctoral project Liuyi Dang

Doctoral project Lore Eggermont

Doctoral project Pieter Wytynck

Doctoral project Sofie Van Holle

Doctoral project Tibo De Coninck

Doctoral project Tobias Corne

Doctoral project Tomasz Walski

Doctoral project Vinicius Jose Da Silva Osterne

Doctoral project Yingxue Gao

dsRNA delivery systems to boost RNAi efficacy in plants

dsRNA:lectin treatment to help plants to cope with salt stress

EncRNA: Evaluation of exogenous RNA as non-GMO based strategy to improve plant stress resilience

Exogenous dsRNA treatment to boost plant tolerance to abiotic stress

Exploring insect viruses as delivery carriers for small insecticidal molecules against spotted wing drosophila, <i>Drosophila suzukii</i>

Functional study of the rice ribosome-inactivating protein, OsRIP1, and its cytotoxicity for plant and mammalian cells

Macroconstituents in food side streams and alternative biomass studied by multiple microscopy techniques.

Polymers, cell penetrating peptides and hybrid carrier systems to enhance RNAi in plants

Doctoral project Ying Shen

Non-coding RNAs in nematode-induced transgenerational resistance in rice

Application of Euonymus-related lectins for crop protection of rice against biotic and abiotic stresses

Application of exogenous dsRNA and/or carbohydrate-binding proteins to boost plant tolerance to abiotic stress

Centre for Advanced Light Microscopy

Cofunding core facility - Ghent Light Microscopy (GLiM)

CORALS: Effect of cosmic radiations and hadron-therapy on gene splicing and DNA damage repair

Dendrimers as delivery tool for dsRNA/siRNA against late blight disease in tomato.

Efficient separation of macroconstituents from biomass by combining unit operations based on insights in the structural organzation

EncRNA: Evaluation of exogenous RNA as non-GMO based strategy to improve plant stress resilience

Facultair Mobiliteits- en Sabbaticalfonds faculteit Bioengineering

High Speed Centrifuge for analysis of plant proteins

Importance of Lewis A epitopes for Pseudomonas syringae pv tomato DC3000 infection of Arabidopsis thaliana

Importance of protein carbohydrate interactions in development and protection of plants

Importance of protein carbohydrate interactions in development and protection of plants

Inducible lectins and their importance in stress signaling for plant growth and crop protection

Integrated fluorescent microscope infrastructure for physical and biological applications

Integrating plant biotechnology and industrial biotechnology to synthesise and study the role of plant metabolites spurred by a flexible high-throughput molecular and on-line dynamic screening platform

Leaks and plugs: unveiling teh role of compartmentalization in laminopathic models with intelligent imaging and location proteomics

Lectin-carbohydrate interactions and their importance for rice tolerance against abiotic stresses

Method development for the characterization of serum/plasma protein glycosylation. Application in clinical hepatology, endocrinology, oncology and anti-doping control

New ribosome-inactivating proteins from wheat: role in regulation of cell death and involvement in stress signaling and plant protection

N-glycans in plant cells, and their interaction with nucleocytoplasmic lectins

N-glycosylation of insect proteins and physiological importance in development of the hemimetabolous sap-sucking model insect Nilaparvata lugens

Novel lectins from Caesalpinioideae subfamily (Leguminosae): characterization and antiproliferative activity against cancer cells

Physiological importance of ribosome-inactivating proteins in rice

Study of the biological activity and physiological role of ribosome-inactivating proteins from fruits

study of the expression and biolical activity of chimeric carbohydrate-binding proteins containsing an amrathin or a ricin domain in cucumber (cucumis sativus)

The role of nucleocytoplasmic glycosylation in protein degradation

Two-domain proteins composed of a glycoside hydrolase and a ricinB lectin domain: a synergistic relationship?

Use of carbohydrate-binding proteins to increase stress tolerance of crops

Basic research equipment for plant growth rooms at Campus Proeftuin

Formation and genotoxic activity of nitrosylation products in the gastro-intestinal tract: role of nitrite cured meat products and prevention

Functional study of nucleocytoplasmic plant lectins

Identification and characterization of the endogenous receptors for two Arabidopsis F-box proteins containing a lectin domain

Method development for the characterization of serum/plasma protein glycosylation. Application in clinical hepatology, endocrinology, oncology and anti-doping control

Stimulated emission depletion microscopy (STED): Nanoscopy for innovative research in the life sciences

Strategic Institutional Partnership Escuela Superior Politecnica del Litoral (ESPOL) 2020-2022