Team:Bielefeld-CeBiTec/Attributions
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A few months ago, we developed the idea for WavySense. After several weeks of team meetings, brain storming, video shoots and endless hours in the lab we finally made it to this point. COVID-19 was a big challenge but we did not give up even during hardest times. Therefore, we are proud of us as a team for believing in our idea and managing our way through this unusual situation.
But we did not face this challenge completely alone. Many great people supported us on our way and on this page we want to express our thanks for everyone who helped us bringing this project to the current state. Therefore,
we would like to acknowledge their outstanding contribution to our
project.
Improve a part
App
Hardware
Antibodies
Hardware
Antibodies
App
Antibodies
research
in vain: Hybribody, Affimere, sandwich approach, etc.
Antibodies
Antibodies
Hardware
Antibodies
research
in vain: Hybribody, Affimere, sandwich approach, etc.
Hardware
Antibodies
Both have given us first approaches for the
implementation of our project.
Her paper was the basis for the antibody part of our project. We are
very grateful that she gave us valuable tips and insights into the
grafting method.
Thank you for your help in choosing the IDT
fabrication procedure.
We would like to thank her especially for her help with sponsoring questions.
But not only in the area of sponsoring but also in the laboratory she
has been a reliable contact person whenever we needed help or when
something went wrong.
Lennard helped us a lot with practical questions about our
experiments. He was always responsive and patiently answered our
questions even on Sunday evenings. And for that we are extremely
grateful to him.
They helped us in many ways with issues regarding administration, sponsoring, organisation of events, finances and mail traffic.
who helped us with questions about blender for our
animations.
helped us on every aspect of software development, hardware and general questions about what is possible and what not.
for providing helpful assists in the usage of HTML.
organised our weekend for finding our project in Springe. He also gave us an extra introduction in SnapGene and helped us with the evaluation of sequencing.
did the sanger sequencing for our team
gave us the opportunity to participate in iGEM by providing us with our own laboratory and the resources of his working group.
Thanks for the trust to handle quite expensive objects like the camera we used for our videos and overall getting all the support.
Prof. Müller guided us through a large part of
our project. He provided us with many materials for our experiments
as well as invaluable information on our project in general in many
discussions. Therefore we would like to express our gratitude to him
for his constant support and advice.
has her laboratory not far from ours. Therefore we contacted her
several times a day as soon as questions arose and we often borrowed
her laboratory equipment. She constantly provided us with good advice
when we were stuck. It was a relief for us to always be able to get
help so quickly and for that we are grateful.
Professional Developer
Troubleshooting
We would also like to thank the Research group “Cognitronics and Sensor Systems”, Citec
who supported us in the final phases of the project and managed the
development of the PCB. We also would like to thank them for giving
us the opportunity to test our measurement setup in their laboratory.
Daniel Wolf for Supporting the testing of the PCB
Dennis Quirin for Development and Design of the PCB
Jens Hagemeyer for Development and Design of the PCB
Kevin Penner for Development and Design of the PCB
Lukas Osthus for Assembly of the PCB
Tilo Danielsmeier for Assembly of the PCB
Big Thanks to the Working group Biophysics and Applied Nanosciences
for the support if we had manufactured our chip. Especially Dr.
Martina Viefhues for the help in the IDT fabrication and Dr. Volker
Walhorn for the sensing-film fabrication.
as part of the Masters Gender Studies at
University Bielefeld. Thank you for answering our questions about
gendering in daily life, linguistics and natural science.
Thanks for being speaker in the audio book and thanks
for supporting us with the businessplan.
as part of the Hertz 87.9 team helped us reaching
out to children and helped us to record our audio book. We thank him
for the possibility to use the recording setup of Hertz 87.9.
as a part of CampusTV University
Bielefeld helped us finding a location for our interviews regarding the presentation video. We thank him
for the possibility to use the TV studio of CampusTV.
Attributions
Team members
Angelika Urban
- cloning of different FbFP genes via Gibson assembly
- evaluation of sequencing data
- fluorescence measurement
- evaluation of fluorescence measurement data
- documentation of experiment
- conductedsurvey, analysed and interpreted data points, resulting in multi-page essay
- contacted various gynaecologists
- contacted various women`s magazines
- defined WavySense’s target audience and potential customer base
- created team member webpage
Benjamin Saalfeld
- development of Front and Backend
- data analysis
- implementation of the communication between our app and Arduino
- speaker in audiobook
- editing of the audiobook
- distribution of the audiobook
- conversations with potential users for feedback
- analysed survey data
- collaboration: lead through the workshop
- support by adding the wiki content
Janine Dippel
- contact experts for SAW chip fabrication
- concept for chip case
- concept for constructing the SAW elements
- measurement
- script for audiobook
- speaker narrator
- inclusion
- script promotion video
- script presentation video
- filming presentation video
- name WavySense
- design figures hardware
- colour scheme
Laura Keller
- background research for ScFv grafting, cloning, scFv-expression, immobilization of antibodies on surfaces and purification of protein
- project planning
- preparation of reagents and media
- cloning of scFvs via gibson assembly
- cloning of scFvs via seamless cloning
- cloning of scFvs via restriction enzymes
- evaluation of sequencing data
- evaluation of the restriction digestion
- contact with various companies
- crowdfunding campaign
- elaboration and research
- design of figures for nanobodies and scFv
Leon Diel
- background research for creating high frequencies with miniaturized ICs
- contact to experts regarding the realization of the measuring method
- supporting the development of the concept for the PCB
- testing the various components of the measurement setup
- testing of the DDS, amplifier, and Printed Circuit Board
- analyzing the result of the DDS, amplifier and PCB
- design of the case for our mobile device
- printing of the 3D case
- Arduino programming (PCB)
- planning of sponsoring
- contact to various companies
- writing contracts for sponsoring
- meeting sponsors
- organization of the crowdfunding campaign
- creating crowdfunding website
- managing arward shipment for crowdfunding
- implementation of the communication between our app and Arduino
- supporting the app developers at the beginning of the project
- crowdfunding video
- 3D modeling of the chip design
- team clothing
Marvin Geisler
- preparation of reagents and media
- supporting
- crowdfunding campaign
- contacts with various companies
- Social Media
- crowdfunding video
- script presentation video
- script promotion video
Melina Müller
- frontend
- conversation with Daniel Torlop head of android development at AppPilots GMbH & Co. KG
- background research for improve a part (FbFp)
- preparations of reagents and media
- project planning
- cloning of FbFP via Gibson assembly
- fluorescence measurement
- speaker in the audio book
- editing the audiobook
- implementation and creation of the wiki structure
- implementation of navbar, sidebar and footer
- implementation of all sides without content
- implementation of hoverimages
- implementation of "read more" text
- support by adding the wiki content
- collaboration: planning and organization, creating the handout and leading through the workshop
- modelling
- businessplan
Neele Kusch
- background research for nanobodies, scFv, Phage Display, Grafting, Immobilisation
- project planning
- contact to various experts
- in silico nanobody grafting
- preparation of reagents and media
- error prone polymerase chain reaction (epPCR)
- Phagemid cloning
- Phage-ELISA
- evaluation of sequencing data
- contact to various companies
- crowdfunding campaign
- contact with EurofinsGenomics
- interview with a medical doctor
Niko Klassen
- preparation of reagents and media
- error prone PCR
- transformation
- planning of sponsoring
- contact with various companies
- writing contracts
- script promotion video
- camera promotion video
- postproduction promotion video
- script presentation video
- various other videos
Philipp Kühnel
- background research for ScFv grafting, cloning, scFv-expression, immobilization of antibodies on surfaces and purification of proteins
- project planning (primer design etc.)
- preparation of reagents and media
- cloning of scFvs via gibson assembly
- cloning of scFvs via seamless cloning
- cloning of scFvs via restriction enzymes
- documentation of the experiments
- evaluation of sequencing data
- evaluation of the restriction digestion
- outlook
- contact with various companies
- crowdfunding campaign
- elaboration and research
- design of figures for nanobodies and scFv
Ramon Luna Stollmeier
- testing the various components of the measurement setup
- analyzing the results of the DDS
- sponsoring portfolio
- logo design
- clothing design
- script promotion video
- camera promotion video
- postproduction promotion video
- script presentation video
- postproduction presentation video
- various other videos
Stephan Weber
- background research for nanobodies, scFv, Phage Display, Grafting, Immobilisation
- project planning
- contacts with various experts
- in silico nanobody grafting
- in silico scFv grafting
- preparation of reagents and media
- error prone polymerase chain reaction (epPCR)
- Phagemid Cloning
- Phage-ELISA
- evaluation of sequencing data
- contact with various companies
- crowdfunding campaign
- contact with EurofinsGenomics
- interview with a medical doctor
Tamara Folk
- contact to experts for IDT fabrication
- concept for chip case
- concept for constructing the SAW elements
- WavySense Logo
- crowdfunding awards
- script for promotion video
- script for presentation video
- filming presentation video
- actor in presentation video
- script for audio book
- speaker in audio book
- inclusion
- design and concept development of wiki design
- design of figures for overview, background and hardware
- design for hardware animations
Tim Kettler
- background research for ScFv grafting (Cloning, expression)
- background research for Improve a Part (FbFP)
- preparation of reagents and media
- project planning
- cloning of FbFP via gibson assembly
- evaluation of sequencing data
- fluorescence measurement
- evaluation of fluorescence Measurement data
- creation of new parts in the parts registry
- speaker in audio book
- design of orientation map for audio book
- contact with various companies
General Support
Bernd Froböse and Johannes Fiedler
Dr Hanna Wagner
Dr. Martina Viefhues
Laura Schlüter (advisor)
Lennard Karsten
Lutz Wobbe and Marga Ferrari
Markus Arens
Markus Haak (advisor)
Max Edich
Pascal Schmidt (advisor)
Prisca Viehöver
Prof. Dr. Jörn Kalinowski (1st PI)
Prof. Dr. Kristian Müller
Svenja Vinke (advisor)
Vanessa Tessarzik
Troubleshooting
Material, Constructional and Analytical Support
Research group “Cognitronics and Sensor Systems”
Daniel Wolf for Supporting the testing of the PCB
Dennis Quirin for Development and Design of the PCB
Jens Hagemeyer for Development and Design of the PCB
Kevin Penner for Development and Design of the PCB
Lukas Osthus for Assembly of the PCB
Tilo Danielsmeier for Assembly of the PCB