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Posted December 21, 2022

Open PhD Student Position (65 %, E13) in the Division for Biochemistry of Joint and Connective Tissue Diseases, Orthopedic Department, University Hospital of Ulm

Project: Elucidating the pathomechanisms of compromised fracture healing in osteoporosis: Consequences of mitochondrial dysfunction
Osteoporosis is a major health problem characterized by compromised bone strength and consequent increased risk of fracture and impaired healing capacities. So far, the underlying pathomechanisms are only poorly understood and pharmacologic approaches are limited. Our project aims on further investigation of the molecular pathomechanisms of osteoporosis, in particular cellular aging and mitochondrial dysfunction, and testing of novel therapeutics strategies to improve bone healing after fracture. The project is part of the Collaborative Research Centre 1149 (CRC1149) "Danger response, disturbance factors and regeneration after acute trauma" and will be performed in the group of Dr. Jana Riegger-Koch at the RKU (www.riegger-lab.de).
Activities and responsibilities:
• human/ mouse primary cell culture, differentiation of mesenchymal stem cells
• molecular biological techniques: gene expression analysis, ELISA, WB, …
• histology: fluorescence staining, immunohistochemistry (IHC)
• writing publications and presentation of own results on conferences/ retreats
Qualification profile:
• master degree in biology, molecular medicine or related field of study
• strong motivation to address bio-medical and pathophysiological questions
• experience in cell and molecular biology, and possibly first insight into animal experiments would be an advantage
We offer:
• direct supervision and training in established methods
• close cooperation with other CRC1149 members
• opportunity to join the International Graduate School in Mol. Medicine Ulm
• development your own scientific profile, incl. additional training opportunities
• funding for 4 years (65 %, E13); starting in February 2023
Detailed applications (CV, certificates etc.) should be send until 8th of January to Dr. Jana Riegger-Koch via mail: jana.riegger@uni-ulm.de.

For further information download the flyer. Please feel free to contact Dr. Riegger-Koch for further information or visit our homepage www.riegger-lab.de
 

Posted December 12, 2022

PhD student positions in the German Research Foundation (DFG) funded Research Unit FOR2722 “ECM biology and musculoskeletal diseases”

The Research Unit has an open call for 17 PhD student positions to join our network of excellent and passionate scientists located in one of the most vibrant cities in the center of Europe – Cologne. We work on the extracellular matrix (ECM), the complex and highly information-containing molecular network that surrounds cells. The ECM influences most aspects of cellular function by binding to cell surface receptors or modulating growth factor signalling. It is thereby intimately  involved in many forms of inherited or acquired disease.
Join our vivid network on extracellular matrix biology & musculoskeletal diseases and make a difference!
– Work with leading experts on connective tissue diseases, uncover novel molecular pathomechanisms and develop tailored therapies.
– Enjoy a highly interdisciplinary research environment with 18 internationally recognized group leaders from basic science to translational medicine with focus on mechanobiology, systems biology, biochemistry, molecular and developmental biology, human genetics and diseases, clinical translation.
– Interact with groups of our collaborative research network at renowned institutions: The Childrens Hospital & research institutes of the University of Cologne – the German Sport University Cologne – the Max Planck Institute for the Biology of Aging – the Cluster of Excellence CECAD – the Institute for Musculoskeletal Medicine (Münster) – the Dr. Rolf M. Schwiete Research Unit (Frankfurt)

You will benefit from
– Excellent projects that address basic and translational questions in extracellular matrix biology and connective tissue diseases
– Access to advanced imaging/mass spectrometry/genomic & gene editing technologies, disease models (mouse, fish, organoids) and translational approaches (protein targeting & therapeutic antibody development)
– Advanced training, mentoring and networking in a cohort of PhD students entirely dedicated to the extracellular matrix and connective tissue diseases
– Training workshops in extracellular matrix biology and musculoskeletal diseases, high throughput data analysis and clinical aspects of connective tissue diseases
– Soft skills courses (presentation & scientific writing, good scientific conduct)
– Structured PhD programme and thesis advisory committees
– Participation and organization of summer schools, seminar series, annual retreats and international symposia
– Mobility grants for national and international short term lab visits
– Full funding for international and German students, no tuition costs

We invite
highly motivated applicants with an MSc (or equivalent) degree and a strong background in life sciences e.g. biochemistry, molecular medicine, pharmacy, veterinary medicine, medicine and bioengineering.

Apply now and send your application including a letter of motivation, copy of certificates, a CV and names of two references to trine.riemer@uni-koeln.de
For further information download the flyer, visit us on Twitter @DFG_FOR2722 or https://for2722.uni-koeln.de

Posted November 29, 2022

Post Doctoral Researcher - structure-function analysis of the proteolytic maturation complex of fibrillar collagens


The research group of Catherine Moali in the LBTI (Tissue Biology and Therapeutic Engineering Lab, Lyon, France, https://lbti.ibcp.fr) is looking for a Post Doctoral Researcher (for minimum of 2 years) to work on the structure-function analysis of the proteolytic maturation complex of fibrillar collagens. Our keywords : extracellular matrix, collagen, proteases, mechanism, structure, CryoEM.  The project aims to better understand the steps leading from the synthesis of individual procollagen chains to collagen fibrils and would greatly benefit the development of new therapeutic tools targeting fibrotic diseases. Project in collaboration with the OPIC (Oxford Particle Imaging Center) facility in Oxford.

LBTI is a young and dynamic research laboratory located in the heart of Lyon Biodistrict (>5000 people working in life sciences and biomedical research). It offers top-level equipment in biology and a very stimulating scientific environment. Located in the South-East of France, Lyon is the second biggest scientific and economic center in the country and is internationally recognized for its quality of life.

Find out more and apply or download the flyer

Contact: catherine.moali@ibcp.fr

Posted November 18, 2022

Two junior faculty positions in the area of tissue biology to be based at the Kennedy Institute of Rheumatology, University of Oxford

Following a recent strategic review, tissue biology has been identified as high priority for the Institute and an area for investment from the Kennedy Trust for Rheumatology Research (KTRR). Accordingly, in 2022, in combination with funding from KTRR and Versus Arthritis, we launched a new Tissue Biology Platform, led by Professor Tonia Vincent.

The new faculty members will play a vital role in developing the Tissue Biology Platform by bringing expertise in areas such as the extracellular matrix, tissue niche, stem cell biology, in vitro human organoids and proteomics. Tissues of interest might include, but are not restricted to, bone, cartilage, synovium, endothelium and epithelium. There is a strong translational ethos at the Institute with an emphasis on inflammatory, mechano-inflammatory and fibrotic diseases.

The two positions are distinct, with a senior position “Group Leader in Tissue Biology” most suited to an established scientist wishing to pursue a pure academic track, and “Group Leader (Innovation Investigator Track) in Tissue Biology” which would suit a more junior person where there would be an expectation that 50% of their time was used to help support collaborative activities across the Institute (this could include technology-based expertise).

Links to the two job descriptions with details on how to apply are included below.

Kennedy Trust for Rheumatology Research (KTRR) Group Leader in Tissue Biology

Group Leader (Innovation Investigator Track)

We also have funding for a post doc in proteomics to support mass spec analysis across the Institute. This post would suit a recent PhD graduate, or more established PDRA, with hands on experience in proteomic and/or lipidomic analysis.

Posted November 1, 2022

Postdoctoral Research Position: "To determine the molecular and functional characteristics of Tenascin-C matrix niches during tumor immune evolution".

A postdoc position (18 months plus opportunity for renewal) is available in the Tumor Microenvironment group of Gertraud Orend (INSERM U1109, Strasbourg) to investigate the tumor microenvironment at cellular and molecular level. The Orend laboratory (https://orend-tmegroup.com) is specialized in the analysis of the tumor microenvironment with particular emphasis on the extracellular matrix molecule tenascin-C (Yilmaz et al., 2022, J Cell Sci, Midwood et al., 2016, J Cell Sci) in tumor angiogenesis (Saupe et al., 2013, Cell Reports, Rupp et al., 2016, Cell Reports), metastasis (Sun et al., 2018, Cancer Res, Sun et al., 2019, Matrix Bio) and tumor
immunity (Murdamoothoo et al., 2021, EMBO Mol Med, Spenle et al., 2020, Cancer Immun Res Deligne et al., 2020, Cancer Immun Res,).
We offer: a highly dynamic and supportive group of colleagues including researchers, postdocs, and PhD students and technical support with expertise in extracellular matrix research, murine tumor models and tumor immunity. The salary remuneration follows INSERM guidelines taking into account
previous experience. 

We search: a highly motivated scientist with background in tumor biology, mouse tumor models, immunology, cell culture and biochemistry, high team spirit and good English communication skills.
The candidate will map the tenascin-C regulated matrix-immune landscape in its temporal and spatial context in an interdisciplinary consortium of 6 experts in cell and cancer biology, proteomics, transcriptomics, genomics, molecular interactomics analysis and cancer pathology. The aim of this project is to generate novel diagnostic and therapeutic tools to improve cancer treatment.
Interested candidates are invited to send their CV together with a motivation letter and the names of three referees to Gertraud Orend (gertraud.orend@inserm.fr).

Posted September 27, 2022

Research Engineer Position available: "Anti-tumor immunity by targeting the extracellular matrix with CAR T cells".

In the INCa PLBIO funded project “Matrix-CAR-Targeting”: anti-tumor immunity by targeting the extracellular matrix with CAR T cells" three research laboratories (E. Donnadieu, Institut Cochin, Paris, C. Ferrand, EFS, (French Blood Center), Besançon, G. Orend, INSERM U1109, Strasbourg) are collaborating in developing and applying novel tools to target the extracellular matrix for reprogramming the immune suppressive tumor microenvironment including peptides and matrix CAR (chimeric antigen receptor) specific CAR-T cells. Spatial distribution, migration and activation of engineered T cells will be investigated in spheroid cultures, ex vivo tumor tissue slices, and cancer progression models. Tumor immunity, growth, lung metastasis and tumor microenvironment properties will be determined by flow cytometry, tissue staining, cytokine array and RNA seq analysis.

A 36 months position (research engineer) starting in spring 2023 is available in the Tumor Microenvironment group of Gertraud Orend (INSERM U1109, Strasbourg). This laboratory (https://orend-tme-group.com) is specialized in the analysis of the tumor microenvironment with particular emphasis on the extracellular matrix molecule tenascin-C (Yimaz et al., 2022, J Cell Sci, Midwood et al., 2016, J Cell Sci). This laboratory has demonstrated pivotal roles of tenascin-C in tumor angiogenesis (Saupe et al., 2013, Cell Reports, Rupp et al., 2016, Cell Reports), metastasis (Sun et al., 2018, Cancer Res, Sun et al., 2019, Mat Bio) and tumor immunity (Deligne 2020, Cancer Immun Res, Spenle et al., 2021, Front Immunol), and recently showed that tenascin-C orchestrates an immune suppressive tumor microenvironment. The novel concept of "TIL-Matrix Retention" where tenascin-C immobilizes tumor infiltrating leukocytes (TIL) could explain how matrix counteracts immune checkpoint therapy (Spenlé et al., 2020, Cancer Immun Res, Murdamoothoo et al., 2021 EMBO Mol Med). In frame of this project the candidate will apply novel CAR T cells and the recently published MAREMO peptides (Loustau et al., 2022, Mat Bio).

We offer: a highly dynamic and supportive group of colleagues including researchers, postdocs, PhD and master students and technical personnel with expertise in extracellular matrix research, murine tumor models and tumor immunity. The salary remuneration follows INSERM guidelines taking into account previous experience.

We search: a highly motivated scientist with strong background in tumor biology, mouse tumor models, immunology and cell culture, high team spirit and good English communication skills.

Interested candidates are invited to send their CV together with a motivation letter and the names of three referees to Gertraud Orend (gertraud.orend@inserm.fr)

Posted September 13, 2022

Two postdoctoral positions in cardiovascular research

The research group Cardiovascular research - Translational studies at Lund University is looking for two senior postdocs, highly-skilled in experimental techniques to help validate novel targets and mechanisms in our unique human biobank. If you are motivated to become part of a very international team at the Clinical Research Center, Lund University and fight against atherosclerosis, please do contact us!
Find out more about the positions on Varbi: https://lnkd.in/d2ZbCv4y
Contact: Isabel Gonçalves, MD, PhD, FESC, Professor/Senior Consultant Cardiology, Skåne University Hospital & Clinical Sciences Malmö, Lund University, Sweden
email: isabel.goncalves@med.lu.se

Posted September 9, 2022

Impact of the extracellular matrix architecture on metastasis formation

 

We work on the impact of the extracellular matrix architecture on metastasis formation. The extracellular matrix is as fascinating as complex and presents the house cells build, live in, move through, and constantly repair and remodel. We are a relatively young group with a strong passion to decode the physico-chemical properties of the extracellular matrix in vitro, ex vivo, and in vivo during metastasis formation. We do not only focus on basic aspects of the protein mass within the intercellular space but also on translating findings into the clinic. The position will be in close contact with the Faculty of Medicine in Freiburg and with several internationally collaboration partners. This work includes a multitude of techniques spanning biomechanical analysis in combination with multi-omics approaches, patient-derived organoids, animal work, biochemistry, and bioinformatic tools.

We are looking for:

  • university degree in the following areas but not essentially restricted to: biology, chemistry, physics, engineering, pharmaceutical science, informatics

  • English language skills

  • eager to discover underlying mechanisms of living systems, passionate and enthusiastic for Science

  • bent to perform impactful research

 

For more information, send an email to:
florin-andrei.taran@uniklinik-freiburg.de
raphael.reuten@pharmakol.uni-freiburg.de

Please apply online before November 15th, 2022, at this link

Posted July 30, 2022

Openings at all levels in the Naba lab at the University of Illinois at Chicago

The Naba lab at the University of Illinois at Chicago studies the role of the extracellular matrix (ECM) in development, health, and disease, with a particular focus on cancer. To do so, we utilize classical molecular, cellular, and developmental biology approaches in combination with cutting-edge proteomics and computational analyses. Our goal is to better understand how the ECM contributes to diseases so that we can exploit it to develop novel diagnostic and therapeutic strategies.

The Naba lab is a highly collaborative and dynamic group that strives for scientific excellence and offers a stimulating and inclusive working environment conducive to learning and professional development. 

The Naba lab is seeking highly motivated candidates to fill multiple positions at pre-doctoral and post-doctoral levels, read here for more information: https://sites.google.com/a/uic.edu/nabalab/join-us

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