Prof. dr. Annelies BRONCKAERS
Prof. dr. Annelies BRONCKAERS
E-mail Annelies Copy e-mail
+3211269223 Campus Diepenbeek
Gebouw C
Office BMO-C012
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Prof. dr. Annelies BRONCKAERS

Associate Professor

Research Publications Projects Education Contact
E-mail Annelies Copy e-mail
+3211269223 Campus Diepenbeek
Gebouw C
BMO-C012
Prof. dr. Annelies BRONCKAERS

Prof. dr. Annelies BRONCKAERS

Membership

Research

Discipline codes: Cell therapy (03013201), Tissue engineering (03013203), Neurological and neuromuscular diseases (03012305), Vascular diseases (03020502), Cancer biology (03012401), Dentistry not elsewhere classified (03010699), Dentistry not elsewhere classified (03060699), Stem cell biology (03062114), Stem cell biology (03012114)

Supervised PhDs

IGF-2 and [DES-1-6]IGF-2 as new tools to boost neurogenesis after ischemic stroke.

Lotte Alders for the title Doctor of Biomedical Sciences (doctorate in progress)
Supervised as Promotor

Bioresponsive nanocarriers as a therapy for wound healing and angiogenesis

Elke Pirlet for the title Doctor of Biomedical Sciences (doctorate in progress)
Supervised as Promotor

Targeted PDE4 inhibition to counteract neuroinflammation: a stroke of genius

Laura Ponsaerts for the title Doctor of Biomedical Sciences (doctorate in progress)
Supervised as Promotor

Combining cardiac progenitor therapy and tissue engineering for the treatment of myocardial infarction

Ellen Heeren for the title Doctor of Biomedical Sciences (doctorate in progress)
Supervised as Copromotor

The 3D biomimetic human tooth: not a (tooth) fairy tale anymore

Steffie Hasevoets for the title Doctor of Biomedical Sciences (doctorate in progress)
Supervised as Promotor
View all 14 supervised PhD's of Prof. dr. Annelies BRONCKAERS

Hybrid extracellular vesicle-coated responsive nanocarriers for targeted stroke therapy

Anouk Oris for the title Doctor of Sciences (doctorate in progress)
Supervised as Copromotor

Nanoghosts spooking away ischemic stroke

Sarah Willems for the title Doctor of Biomedical Sciences (doctorate in progress)
Supervised as Promotor

Effect of sinusoidal extremely low-frequency electromagnetic stimulation on neurons and glia in a transient stroke model

Amanda Elisa Moya Gomez for the title Doctor of Biomedical Sciences in 2024
Supervised as Promotor

New frontiers in the study of tooth biology: expanding the toolbox with single-cell 'atlasing' and establishment of mouse tooth organoids

Florian Hermans for the title Doctor of Biomedical Sciences in 2023
Supervised as Copromotor

Targeting the vasculature using extremely low frequency electromagnetic stimulation: a promising therapeutic strategy for ischemic stroke

Hannelore Kemps for the title Doctor of Biomedical Sciences in 2021
Supervised as Promotor

The Potential of Dental Pulp Stromal Cells and Their Derivatives for Angiogenesis and Cancer Therapy

Greet Merckx for the title Doctor of Biomedical Sciences in 2020
Supervised as Promotor

Angiogenic effect of extremely low frequency magnetic field in experimental models of Cerebral Ischemia

Lena Perez Font for the title Doctor of Biomedical Sciences in 2018
Supervised as Copromotor

Primed stem cells and platelet concentrates: two biological strategies to enhance angiogenesis.

Jessica Ratajczak for the title Doctor of Biomedical Sciences in 2017
Supervised as Copromotor

Dental stem cells and angiogenesis: new strategies for tissue engineering

Petra Hilkens for the title Doctor of Biomedical Sciences in 2015
Supervised as Copromotor
View all 14 supervised PhD's of Prof. dr. Annelies BRONCKAERS

Publications

View all UHasselt publications by Prof. dr. Annelies BRONCKAERS

Projects

45 research projects have been found
View all 45 UHasselt research projects of Prof. dr. Annelies BRONCKAERS

WISE WOUNDS: Wearable Innovations for Smart, Efficient Wound Dressings (Research)

Nanoghosts spooking away ischemic stroke (Research)

Hybrid extracellular vesicle-coated responsive nanocarriers for targeted stroke therapy (Research)

Nanoghosts spooking away ischemic stroke (Research)

Hybrid extracellular vesicle-coated responsive nanocarriers for targeted stroke therapy (Research)

Extracellular vesicle-coated responsive nanocarriers for targeted stroke therapy (Research)

Sensor Fusion for smart wound monitoring (SURMOUNT). (Research)

Live cell monitoring platform (LCMP) (Research)

Extreme low-frequency-electromagnetic stimulation (ELF-EMS) as an innovative tool to target endothelial cells in ischemic stroke (Research)

Climate-adapted production of plants with neuro-active compounds in the South-Eastern region of Cuba (Education)

Not a (tooth-)fairy tale: towards a new innovative strategy to bioprint a tooth (Research)

IGF-2 and [DES-1-6]IGF-2 as new tools to boost neurogenesis after ischemic stroke (Research)

The 3D biomimetic human tooth: not a (tooth)fairy tale anymore (Research)

MULTISCALE - The UHasselt MultiScale Optical Imaging Core: Infrastructure for nano- to centimeter length scale microscopy and analysis of 'big' 4D datasets (Research)

MULTISCALE - Infrastructure for nano- to centimeter length scale microscopy and big data analysis of optical imaging data (Research)

Combining cardiac progenitor therapy and tissue engineering for the treatment of heart failure (Research)

Cell-derived vesicles as an innovative solution for ischemic stroke research (Research)

IGF-2 and Des(1-6)IGF-2 as new tools to boost neurogenesis after ischemic stroke. (Research)

Targeted PDE4 inhibition to counteract neuroinflammation: a stroke of genius. (Research)

Innovative technology platform for continuous production and isolation of extracellular vesicles from stem cells (Research)

NEED - Bioresponsive nanocarriers as a therapy for cancer and wound healing. (Research)

Unravelling the effect of ELF-EMS in endothelial cells submitted to ischemic conditions. (Research)

The next generation of transmission electron microscopy: from biomedicine to nanomaterials. A state-of-the art electron microscopy system for cryo-EM and correlative light and electron microscopy. (Research)

IGF-2 and Des [1-6] IGF-2 as new tools to boost neurogenesis after ischemic stroke. (Research)

IGF-2 and [DES-1-6]IGF-2 as new tools to boost neurogenesis after ischemic stroke (Research)

Low-frequency electromagnetic stimulation: exploring the (sub) cellular mechanisms in ischemic stroke (Research)

Unravelling the mode of action of low-frequency electromagnetic stimulation in stroke (Research)

Unravelling the mode of action of low-frequency electromagnetic stimulation in stroke (Research)

Finding new treatments for diseases where angiogenesis is insufficient such as ischemic stroke, wound healing and pulp regeneration. (Research)

Unraveling the signal transduction mechanisms of low-frequency electromagnetic stimulation in ischemic stroke (Research)

Bonus external mandate: Yörg Dillen (Research)

The best of both worlds: boosting the potential of CASCs with DPSCs for true cardiac repair. (Research)

Harnessing dental pulp stem cells wto improve the therapeutic potential after ischemic stroke (Research)

Targeting the endothelial cell metabolism to induce angiogenesis and pulp regeneration (Research)

ATMP Center: custom quality control & GMP services for clinical ATMP development (Research)

The best of both worlds: boosting the potential of CASCs with DPSCs for true cardiac repair. (Research)

Neuroprotective and neuroregenerative effects of transplantation of neurotrophic enhanced dental pulp stem cells in ischaemic stroke. (Research)

Dental pulp stem cells as an innovative tool to specifically target angiogenesis in oral squamous cancer (Research)

Neuroprotective and neuroregenerative effects of transplantation of neurotrophic enhanced dental pulp stem cells in ischaemic stroke (Research)

Magnetic field induced neuroprotective environment in post-Ischemic neuroinflammation after: cellular and molecular targets (Research)

Dental pulp stem cells as an innovative tool to specifically target angiogenesis in head and neck squamous cell cancers. (Research)

FWO KaN project: Dental stem cells and angiogenesis: on the road to dental pulp regeneration (Research)

Dental pulp stem cells: towards a new solution for inferior alveolar nerve injury (Research)

FWO aspirant renewal: Dental stem cells and angiogenesis: on the road to dental pulp regeneration (Research)

FWO aspirant project: Dental stem cells and angiogenesis: on the road to dental pulp regeneration (Research)

View all 45 UHasselt research projects of Prof. dr. Annelies BRONCKAERS

Education

Involved in the following courses

Academic year 2024 - 2025

3627

Pathology of the cell

Member of the teaching team
3608

Functional histology

Co-lecturer
3814

Histology and genetics

Coordinating lecturer
3621

Molecular developmental biology

Coordinating lecturer
3978

Regenerative medicine

Coordinating lecturer
3955

Research track: neurosciences

Member of the teaching team
4606

Internship and electives

Member of the teaching team

Academic year 2023 - 2024

3627

Pathology of the cell

Member of the teaching team
3608

Functional histology

Co-lecturer
3814

Histology and genetics

Coordinating lecturer
3621

Molecular developmental biology

Coordinating lecturer
3978

Regenerative medicine

Coordinating lecturer
3955

Research track: neurosciences

Member of the teaching team
4606

Internship and electives

Member of the teaching team

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