Over the last couple of months, we had the great opportunity to work with people who had a significant impact on our project. We would like to acknowledge everyone who contributed to the project and made it possible. Binanox thanks all those who made this an unforgettable experience!
Prof. Dr. Dennis Claessen
Prof. Dr. Han de Winde
Tijn Delzenne, MSc.
Aukje Beers
Ehsan Razaghi Siahroudi
Bas van Woudenberg, MSc.
Floor Stel, MSc.
Maarten Lubbers, MSc.
Hoda Ekhlasi, MSc.
Igor van der Meulen
Jetse van Os
Jonah Anderson
Lisa Kleinjan
Dr. David Foschepoth
Sebastiaan Ketelaar
Siheng Li
Violette Defourt, MSc.
Daniel Tan
Chanel Naar, MSc.
We thank our Investigators for helping us organize our project. They led our contact with Leiden University on the provision of a laboratory during the summer and on finance related matters. Our team is also very grateful to our Supervisors, who made sure to meet with us every week. They gave us feedback and advice on many parts of the project, from conceptualization to the lab work, and also with reviewing our wiki pages. Our Advisors helped us at pivotal moments for our team, such as final project choice and dividing team roles.
Name | Project Part | Task description |
Jennifer Adami | Experimental design, plasmid construction and testing WT, transformed, ASKA and KEIO bacterial strains. | Assisted with designing the experimental workflow for the project and constructing the plasmids with genes of interest. Carried out nanoparticle synthesis experiments with transformed strains and selected ASKA and KEIO strains. |
Maxim Velli | Experimental design & chemical synthesis | Designed the experimental workflow, designed engineering cycle, produced bimetallic nanoparticles with chemical synthesis used for proof of concept. |
Jean Richard Quant | Plasmid assembly, bacterial transformation, and modeling experiments | Constructed plasmids with genes of interest and transformed bacterial cells with the plasmids. Assisted with obtaining data relevant to the project model. |
Moor de Waal | Chemical synthesis and general laboratory assistance | Involved with chemical synthesis of bimetallic nanoparticles and assisted with various experimental tasks in the lab. |
Windi Putri Wulandari | Assistance with biological synthesis of nanoparticles and general laboratory assistance | Assisted several team members with various lab experiments linked to biological synthesis, and largely assisted with experimental preparation. |
Olivier Muzerie | Zetasizer experiments and nanoparticle quantification | Assisted with obtaining the hydrodynamic radius of the biologically produced NPs using the Zetasizer. Also, worked on an ideal approach to quantify the number of NPs produced. |
Zainab Rashid | Testing WT, transformed, ASKA and KEIO bacterial strains, and optimal experimental set up for nanoparticle production. | Carried out nanoparticle synthesis experiments with the transformed strains and selected ASKA and KEIO strains. Assisted with identifying a suitable experimental set up for nanoparticle production. |
Eva Pakvis | Chemical synthesis and laser experiments
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Produced bimetallic nanoparticles using a chemical method for the proof of concept. Assisted with showing that biologically produced nanoparticles are capable of absorbing laser light. |
Mirthe Zandbelt | TEM imaging, general laboratory assistance | Visualized nanoparticles with TEM under supervision and assisted with various experimental tasks in the lab. |
Nadine van de Brug | Zetasizer experiments, laser experiments and general laboratory assistance. |
Conducted experiments with the Zetasizer to obtain the hydrodynamic radius of the biologically produced NPs. Assisted with showing that biologically produced nanoparticles are capable of absorbing laser light. Assisted with various experimental tasks in the lab. |
Elise Stengs | Optimal experimental set up for nanoparticle production, TEM sample preparation | Worked to identify a suitable experimental set up for nanoparticle production. Prepared samples to be imaged by the TEM. |
Tino Hoeksma | Nanoparticle extraction, optimizing conditions for nanoparticle production and production upscaling | Assisted with the extraction protocol of nanoparticles based on size using the sucrose centrifugation gradient. Conducted experiments to identify whether different shake speeds impact nanoparticle morphology and attempted to see whether nanoparticle production can be upscaled. |
Anna Golova | Modeling experiments | Conducted several chemical and biological experiments to identify optimal temperature, pH and salt concentrations suitable for biological production of nanoparticles. |
Matthijs Hamstra | 2022 iGEM InterLaboratory Study experiments and general laboratory assistance | Carried out the experiment for the InterLaboratoryStudy using the protocols and materials provided by iGEM and assisted with various experimental tasks in the lab. |
Our team and finance manager, Mirthe Zandbelt, was responsible for actively obtaining funds for our project, managing project expenses, organizing meetings with potential sponsors, and working closely with various educational organizations to promote the project. Furthermore, she developed the crowdfunding page and successfully raised funds for the project.
The design manager, Moor de Waal, was in charge of designing the logo, animations, and styling the wiki. Throughout our project, Moor used Illustrator and After Effects to design flyers, posters and our promotion video. She worked closely with Maxim Velli who provided valuable insight for designing the wiki and promotion video.
Our communication manager, Windi Putri Wulandari, was in charge of keeping track of any collaboration opportunities. With her assistance, our team was well informed about possible collaborations and often used these opportunities to work with different teams and to meet various iGEM teams from all around.
Matthijs Hamstra learned how to code during the iGEM project and successfully programmed our wiki. Nadine van de Brug and Anna Golova used the programming language R for data analysis.
Our communication manager, Windi Putri Wulandari, was largely responsible for maintaining our social media platforms and keeping our followers updated. She used the platforms to promote science by working closely with Zainab Rashid, who designed science themed comics to spark an interest in younger students for synthetic biology and science in general. Windi also contacted media (newspapers and magazines) and student associations to promote our projects and crowdfunding. Furthermore, Mirthe Zandbelt worked with various organizations to promote our project through blogs and articles.
Tino Hoeksma was responsible for the safety in the laboratory, worked closely with our safety experts to ensure that the safety form was appropriately filled, and also ordered our lab supplies.
Our team presented at different symposiums or smaller meet-ups. All team members were involved in these presentations.
The wiki was programmed by Matthijs Hamstra and Maxim Velli and designed by Moor de Waal. All team members were involved in writing the text for the wiki, and the final text was mainly managed by Zainab Rashid and Maxim Velli.
Page Name | Written by |
Attributions | Zainab Rashid |
Collaborations | Windi Putri Wulandari |
Contributions | Jennifer Adami, Mirthe Zandbelt, Anna Golova |
Crowdfunding | Mirthe Zandbelt |
Description | Zainab Rashid |
Engineering | Maxim Velli |
Entrepreneurship | Eva Pakvis |
Featured | Windi Putri Wulandari |
Implementation | Eva Pakvis |
Integrated Human Practices | Elise Stengs |
Interlab | Maxim Velli, Matthijs Hamstra |
Homepage | Moor de Waal |
Modeling | Anna Golova |
Notebook | Organized by Maxim Velli, Nadine van de Brug, Jennifer Adami |
Parts | Jennifer Adami |
Proof of concept | Nadine van de Brug, Moor de Waal |
Protocols | Jean Richard Quant, Jennifer Adami |
Public Engagement | Olivier Muzerie |
Results | Maxim Velli, Nadine van de Brug, Jennifer Adami, Zainab Rashid, Anna Golova |
Safety | Tino Hoeksma |
Sponsors | Mirthe Zandbelt |
Team Members
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All |