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Watch now our latest Webinars and stay ahead.

presented by Tommaso Sbrana, CEO IVtech, Italy

Date & Time: Watch on demand on YT here.

Discuss about the last technological releases: LiveFlow PRO an useful pump version to automate the in-vitro experiment and LivePa a pressure modulator useful to introduce pathological conditions, thus being one step closer to the human reality.

presented by Dr. Olivia Candini, Cell and Tissue Engineering R&D Manager at Rigenerand SRL, Italy

Date&Time: watch on demand 

Cancer research, drug discovery, cell and gene therapies development and precision medicine applications require in vitro models able to generate highly predictive and valuable data. VITVO® 3D technology has been created to recapitulate in vivo 3D microenvironment, interactions among cells and tissues, complexity and tissue heterogeneity in a closed, portable and handheld bioreactor.

Challenges of Recovering Islet from Chronic Pancreatitis Patients

presented by Gopalakrishnan Loganathan, Ph.D.​​​​​​​​​​​, University of Louisville, USA

Islet yield is the critical factor for the success of autologous islet transplantation. The higher the islet yield, the higher probability of the recipient will have an easier time managing iatrogenic diabetes created by this procedure.

Workflow-Series: The Ultimate Lebkuchen 101

presented by Dr. Lothar Steeb Frost, CEO&CSO PELOBiotech
Enjoy on this festivity: Lothar will tell you about his family secret Lebkuchen recipe – but only a little bit :-)-.

presented by Balamurugan N. Appakalai, Ph.D. Cincinnati Children’s Hospital Medical Center, Cincinnati, OH, US

Watch here.

Human islet isolation from young donors is problematic. Application of standard islet isolation methods to donor pancreata less than 32 years old (YO) often results in low islet recovery. Low recovery reflects the ineffectiveness of current methods to separate the islets from acinar tissue, leading to high percentages of mantled/embedded islets. 

Workflow-Series: Can Cell Culture be as good as in vivo today? Part 7  Tissue & Cell-Sourcing

presented by Dr. Peter Frost, CEO PELOBiotech

Date: Thur, Jan, 28, 2021

German: 10 AM

English: 3.30 PM

Workflow-Series (6): New Defined Serum-free and Chemically Defined Media for Mesenchymal Stem Cells

presented by Dr. Peter Frost, CEO PELOBiotech Deutsch & English


presented by Marco Leu, Ph. D., abc biopply

With the 3D CoSeedis™ Chip family of products, abc biopply set new standards in 3D cell culture. The chips are designed to offer an optimum of flexibility in terms of throughput and compatibility to numerous applications.


Date: July 14, 10 AM (CET/MEZ), English

30 min+15 min discussion

presented  by Kota Kumazawa, Funakoshi, Tokyo, Japan

Are you satisfied with your current imaging reagents?
Get better images and new insights by our new imaging reagents, developed by the latest technologies.
And make your cell and cell culture life comfortable by unique consumables.

Please share this info with your co-workers and friends. And please stay safe.
Your Happy PELOTeam & Funakoshi

PELOAcademy: Can Cell Culture be as good as in vivo today (Part 5): 2D/3D Zellkultur

presented by Dr. Peter Frost, CEO, PELOBiotech

Thur, July 23,
10 AM German https://attendee.gotowebinar.com/register/2776040767437678351
3.30 PM English https://attendee.gotowebinar.com/register/3584579837062202383

In the last 10 years Dr. Peter Frost was involved in 3D Cell Culture doing mainly business development for techniques like liquid overlay, magnetic spheroid formation, hanging drop technology and others.

presented by Evelyn Aranda, PhD, Senior Scientist, Xylyx Bio, New York, US
Dissemination of cancer cells is a process that results in tissue-specific homing to distant organs, being bone, liver, and lung the most common sites of metastasis.


presented by Stoyan Stoychev (PhD) Head of Proteomics, ReSyn Biosciences, Southafrica

The requirement for robust and routine high-throughput sample preparation methods has become a necessity as proteomics reaches maturity.

presented by Dr. med Andreas Thomsen, University Medical Center Freiburg, Dept. of Radiation Oncology

Thu, May 14, 2020, 10 AM

Join here: https://register.gotowebinar.com/register/2547801944719707147

This webinar is meant to inspire your experimental models and provide novel insights into tissue-specific interaction of cells. The novel scaffold-free 3D cell co-culture system 3D CoSeedisTM consists of a unique conical agarose matrix array (CAMA) that allows the formation of spheroidal and non-spheroidal cell aggregates in a highly-reproducible and consistent manner.

presented by James T. Shoemaker, Chief Science Officer, Lena Biosciences

Join here:  https://attendee.gotowebinar.com/register/6064556900702212620

In this webinar, attendees will learn about the advantages of 3D cell culture and how the tools developed by Lena Biosciences can enable researchers to create cutting-edge tissue models applicable to all areas of biomedical research. Tissue models discussed will include: brain, breast cancer, lung cancer, and liver (both for drug metabolism and as a platform for viral infection

presented by Marco Leu, PhD, abc biopply

Highly Homogenous 384-well Compatible 3D Cell Cultures for High-Throughput screening application


5Ds in-vitro Models: Material & Methods to Increase the Correlation with Human Reality

presented by Tommaso Sbrana, CEO IVtech, Italy

Date: Tue, April 7 2020
Time: 3.30 PM (CET)

Join here: https://attendee.gotowebinar.com/register/5887657573450965005

In-vitro cell cultures are often proposed as “Alternatives” to animal models, but they are still inadequate to reproduce the human pathophysiology. This is mainly due to the technological limitations of the standard equipment used in cell culture laboratories, such as the lack of a 3D micro-architecture, the static environment and the absence of cross talk between different tissues.

During the webinar, the 5Ds in-vitro models topic will be discussed. The IVTech technology will be introduced as a possible solution of the problem. Some studies will be presented in order to give you an idea about the applications.

presented by James T. Shoemaker, CSO Lena Biosciences https://register.gotowebinar.com/register/3068732957906731276 We like to give you a short overview what our NEW partner LENABiosciences can achieve for you. LENA BioSciences (Atlanta, USA) offers scaffold-based technology for static and dynamic 3 D cell culture. They develop cutting edge technologies that transform cell-based assays into physiologically predictive tools. Their […]

PELOAcademy: Informed Consent

Thur, March 26, 2020

10 AM German: https://attendee.gotowebinar.com/register/2512637362739323661

3.30 PM English: https://attendee.gotowebinar.com/register/4896743609618274829

presented by Dr. Lothar Steeb, CEO, CSO, PELOBiotech

Why is Informed Consent necessary when working with human material?
Simply because the law requires it.

Our webinar will explain and highlight some important aspects (data collection, consent, etc.) because one thing is important:
Without compliance with the regulations and the declaration of consent, working with human donor tissue is not permitted.

Please register for New Products: Physiologically Predictive Tools for Static and Dynamic 3D Cell Culture on Dec 5, 2019 3:00 PM CET at:


After registering, you will receive a confirmation email containing information about joining the webinar.

NEW Products: Physiologically Predictive Tools for Static and Dynamic 3D Cell Culture

Looking for some new ways doing 3D Cell Culture. Here you go: We like to give you a short overview what our NEW partner LENABiosciences can achieve for you.
LENA BioSciences (Atlanta, USA) offers scaffold-based technology for static and dynamic 3 D cell culture. They develop cutting edge technologies that transform cell-based assays into physiologically predictive tools. Their goal: more efficient and cost-effective research for every scientist.
Three main product lines are available:
Lena Biosciences is our new partner in the field of #3D Technologies, 3D Models & Microfluidic

SEEDEZ – glass microfiber scaffolds in different formats (from 8 well t0 96 well)
PERFUSIONPAL – Organ-on-a-Chipinsert systems using glass microfiber scaffolds
GradientEZ – special glass microfiber scaffolds for migration and invasion assays.

Dr. James T. Shoemaker, CSO, will give you an intro on these techniques and what would be best for your application.
Appl.: e.g, in vitro #drugmetabolism and #drugdiscovery research

Please share this event with your co-workers and friends. Thank you!

Your happy PELOTeam and Lena Biosciences

#3DBrain, #3Dcellculture, #3DLiver, #3DLung, #invasion, #migration,# perfusion #Scaffolds

NOUVEAU produit : L’environment idéal pour votre culture de MSC Jeudi 19  Mars 2020 à 10 heures (en francais) https://register.gotowebinar.com/register/5940938806933488907 presenté par Muriel Malaisé, PhD, PELOBiotech Pour plus de détails, cliquez  ici. About:denovoMATRIX is a TUDresden spinoff which develops and manufactures biomimetic thin layer coatings that enable the culture of a wide variety of primary, […]

NEW Product:
Mighty Match for your MSC Culture

presented by Dejan Husman, CEO denovoMatrix, Dresden

Your challenge: Are you interested in reducing or completely eliminating serum content in your media? But so far your cell performance has suffered?

10 AM (German) https://attendee.gotowebinar.com/register/1138192851064794124

3.30 PM (English): https://attendee.gotowebinar.com/register/6369809913644455949

After registering, you will receive a confirmation email containing information about joining the webinar.

Let´s talk: Optimised Cancer Treatments with 3D Models

Join us to this LIVE and IN Person event (not a webinar)

Wed., March 27, 2019 10 AM ct – 1PM, IZB Planegg

Just let us know that you like to attend: send an email to info@pelobiotech.com with subject line: “Yes save my spot @ Let´s talk”

or give Katja and Christiane a call: +49 89 517 286 59-0. Please let us know your name(s), organization, #of attendees and a phone# or email to get in touch with you.

Dr. Andreas Thomsen Short abstrac:  Creating Unique Microenvironments in 3D Models

This lecture will provide a broad range of applications which may visualize the unseen:
–          Creating a nest  – customize microwells with ECM particles to provide organotypic conditions.
–          Micro-cartilage & Co. – differentiate mesenchymal stem cells (MSC) into different lineages.
–          Feeding the beast – look for phagocytosis of non-malignant cells by cancer cells.
–          Eating sugar – track metabolism of 3D microtumours by 18F-Fluorodeoxyglucose uptake.
These and other applications are meant to inspire your experimental models on your search for tissue-specific interaction of cells.

Irina Nazarenko, PD, Short abstract:
–          presents her most important results of her latest papers and research in the field of conditioned supernatants

Marco Leu Short abstract.

Marco Leu, abc biopply, presents a new 3D CoSeedis™: a novel and innovative 3D microwell array in the analysis of adhesion independent micro-organoids

3D CoSeedis™ consists of a unique conical agarose matrix array that allows the formation of spheroidal and non-spheroidal cell aggregates in a highly reproducible and consistent manner. Furthermore, 3D CoSeedis™ allows the supporting growth of feeder cells in the formation of 3D cell constructs that are not in direct contact with the test cells themselves. Validated protocols and workflows have been developed to analyse fully formed 3D aggregates.


In summary, the modular and standardised 3D CoSeedis™ systems broaden the number of cell types accessible to examination in 3D substantially and present a versatile, robust and reliable platform for 3D cell culture studies.

presented by Tommaso Sbrana, CEO IVtech, Italy

A standard 2D static in-vitro models is not representative of the reality. If the goal is the estimation of an in-vitro model to mimic a tumor environment this fact is well accepted. Learn how this innovative technology s permit in-situ live -imaging and linked together can simulate multi-organ systems.

presented by Dr. med Andreas Thomsen, Klinik für Strahlenheilkunde, Universitätsklinikum Freiburg

While ‘translational research’ is mainly seen as effort to develop basic research into clinical routine, this webinar shows how #3Dculture systems may serve as comprehensive tool to reproduce treatment protocols in your lab.

presented by Isaak Gerber, PhD, CTO ReSyn Biosciences, Southafrica Interested in pure Sample Purification? Learn more about high-performance microsphere products and services for your stringent R&D requirements and how the high capacity MagReSyn® line can help you easily.
presented by Lothar Steeb, PhD, CSO&CEO PELOBIOTECH GmbH Ready to know why  it´s a part of good research practice to use primary cells of the correct original locus. Learn, how to get your cells of interest and why you might get better and more predicitve results using Primary Cells compared to Cell Lines.