ATTRIBUTIONS
Dr. Brian Ingalls
- Professor of Applied Math at the University of Waterloo
- Expert in control theory and systems & synthetic biology
- Advisor for UW iGEM since early years
- Assisted in administrative tasks for iGEM team (registration and finances)
- Provided advice during project selection
Dr. Trevor Charles
- Professor of Biology at the University of Waterloo
- Expert in synthetic biology, root and soil microbes, plant symbiotes
Dr. Marc Aucoin
- Professor of Chemical Engineering at the University of Waterloo
- Expert in virus and therapeutic protein production and purification, animal cell culture, and metabolomics.
- Provided input on project direction and process modelling and design
Dr. Barbara Moffat
- Professor of Biology at the University of Waterloo
- Expert in gene expression and enzyme activities in plant metabolism
- Provided input on project progress and encouragement when COVID-19 restricted our lab access
Dr. Valerie Ward
- Professor of Chemical Engineering and Biology at the University of Waterloo
- Expert in metabolic engineering of natural products, therapeutic protein production in microalgae, photobioreactor designs, and bioprocesses using ionic liquids
- Provided input on project direction and process modelling and design
Vivian Cheung
- Science Coordinator at the University of Waterloo’s Science Innovation Hub
- Advised on purchasing and procurement
- Reviewed and approved required safety documentation for working in the university space
- Ensured all our payments went through and were accounted for. Without her, we wouldn’t be registered for this year’s competition!
Dr. Andrew Doxey
Dr. Forbes Burkowski
Dr. Susan Baldwin
- Professor of Chemical and Biological Engineering at the University of British Columbia
- Studies biological and chemical approaches for mineral processing, including removal of metals and metalloids from mineral processing effluents using anaerobic bacteria
- Provided practical advice for dealing with metal waste (such as the insolubility of Fe3+) and suggestions for metals to target with our technology
Lauren Lunquist
- MASc Candidate in Chemical and Biological Engineering at the University of British Columbia
- Studies precipitation of metals from mineral processing effluents using sulphate reducing bacteria
- Has extensive industry experience in mineral extraction engineering
- Provided estimates of iron content in mineral processing waste streams, resources for wastewater quality guidelines, and general input on the feasibility of our project’s strategy
Patrick Diep
- PhD candidate at UToronto
- Advisor for the University of Toronto iGEM team and an iGEM judge
- Studies metal-binding proteins for bioaccumulation of metals in mining
- Suggested modeling metals with docking simulations
Dr. Subha Kalyaanamoorthy
- Assistant Professor of Chemistry at the University of Waterloo
- Expert in bioinformatics and computational biochemistry
- Provided input on rational protein design strategies and molecular dynamics simulations
Brian Montgomery
- Mining Practices and Procedures Lawyer
- Suggested potential heavy metals that are desirable to recover from wastewater due to high economic value, compared to our initial metal of interest
Rolando F. Velasquez
- Director of Compliance & Operations at Call2Recycle, Inc
- Explained the current practices for collecting, sorting, and treating recycled batteries, within a Canadian context
- Explained current technology for metal recovery from electronics waste
- Explained challenges surrounding recycled materials
Jo-Ann Livingston
- Lab Manager at Aevitas
- Answered our questions relating to our project’s feasibility and design
Kate Granstrom
- Assisted with wiki software development
Alex Chan
- Researched suitable metal-binding proteins
- Helped HP to research current methods of electronic manufacturing wastewater remediation
Alina Arvisais
- Co-managed the lab and design team
- Organized a social event for canadian igem teams
- Worked on the biological design of the fusion proteins
- Prepared workshops/educational materials on basic bioengineering topics
- Collaborated with cGEM
- Obtained funding for the team- Researched metal and cellulose binding proteins
Alisha D'souza
- Worked on environmental aspects such as affected biodiversity including but not limited to plants, aquatic and ground life, soil concentrations, human health effects and more
- Turned to focus on electrowinning and MAC copper in drinking water as governed by Ontario
- Did some preliminary research into mining, legal aspects, ion exchange, and research on other relevant metals
- Assisted with presentation in the Catalyst workshop and reached out by e-mail to a preliminary stakeholder in mining
- Assisted in economics research prior to the focus shift
Ana Fernandez
- Worked on finding concentration values for different metals in solution
- Worked on finding alternative metals for our proteins
- Contacted electronic manufacturing and e-waste stakeholders, and government officials for mining
- Did preliminary e-waste research, looked into regulations of e-waste in Canada and how end-of-life electronics are recycled/dealt with
- Researched metal recycling
- Worked on assessing the toxicity of different metals and what the government allows to be released into the environment
- Looked at metal and mining regulations in Canada
- Contributed to the iGEM blog
Ananya Muralidharan
- Researched the role of cellulose as an enzyme carrier in a packed bed reactor
- Researched types of chemical reactors
- Researched the mathematical parameters required to model water flow
Anthony Dang
- Researched metal-binding proteins, cellulose binding domains, and linker sequences compatible with cellulose binding domains
- Edited sharable resources
- Researched structural protein modelling software, wrote protocol for multi-domain structural protein modelling on Chimera, and used it to model fusions
- Researched literature on CopC structure and potential literature-based substitutions
- Did multiple sequence alignments for copper-binding proteins and CopC variants
Braeden MacDougall
- Researched suitable metal-binding proteins
- Researched pre-existing methods for electronics wastewater treatment
- Researched common wastewater contaminants, and how to remove them
- Helped write and edit pages for the wiki
Christian Singh
- Co-managed HP team
- Environmental and economic considerations of the project
- Contacted and communicated with stakeholders
- Worked on the Waterloo iGEM blog
- Helped present workshops for Waterloo Engineering Outreach Catalyst program
- Researched barriers to equity and inclusivity to STEM
- Project implementation research and comparison
Clare Reid
- Co-managed HP team
- Environmental and economic considerations of the project
- Contacted and communicated with stakeholders
- Worked on the Waterloo iGEM blog
- Ran workshops for Waterloo Engineering Outreach Catalyst program
- Collaborated with cGEM
- Project implementation research and comparison
Clare Wei
- Contacted stakeholders for mining
- Researched and documented environmental regulations (CEPA, mining effluent, etc.)
- Wrote and edited some snazzy blog posts
- Finished EPR summary
Daniel Matlin
- Researched ways to model flow in a packed-bed reactor
- Researched existing techniques of removing metal ions from wastewater
- Researched details about typical wastewater outflow from electronics manufacturing sites
- Guided process design microteam in set-up of personal computing environments (Linux) for use of modelling software (FEniCS)
Dylan Perera
- Co-managed the math & modelling team
- Coordinated collaborations with Tuebingen and OhioState iGEM
- Contributed to funding proposals
- Coordinated rational protein design work
- Helped coordinate process modelling work
François-Guillaume Lemesre
- Worked on deriving and solving the process/transport model inside the bioreactor
- Worked on the molecular dynamics model
- Designed and implemented a compute server that the team can access to run small to medium workloads that are too computationally intensive for personal machines
Genevieve Belford
- Researched iron-binding proteins
- Researched cellulose binding modules
- Researched E. coli strains and vectors
- Researched cellulose stability and cellulose packed columns
- Wrote pages for part registry: FutA1, CBM2a/CBDcex, FutA2-CBM2a
Gerald Lee
- Researched computational protein design software such as Rosetta and Osprey
- Evaluated Osprey source code to determine project suitability
- Processed and visualized overall and per residue binding energy from Rosetta output
Helen Engelhardt
- Researched current metal ion removal methods
- Researched chemical packed bed reactor design
- Translated project promotion video captions to French
Hillary Leung
- Designed the wiki
- Wrote our wiki accessibility handbook
James Stapleton
- Reached out to stakeholders in early project stages to help determine important metals to focus on remediating
- Researched tax-based funding of metal remediation
- Liaised with Process Design team to find design parameters for product, and applied it to a cost-benefit analysis
- Provided evidence of cost-effectiveness in re-collecting and selling remediated metal after filtration
- Researched current methods of electronic manufacturing wastewater remediation and compared cost-effectiveness
Jeriann Hsiao
- Co-managed the lab and design team
- Researched suitable metal-binding proteins
- Contacted stakeholders in the industrial wastewater treatment industry
- Presented project at national iGEM events
- Led wiki and accessibility toolbar design and development
- Helped produce iGEM project promotion video
Jessica Zhang
- Researched protein docking software such as Chimaera
- Looked into the ATCUN motif and did MSAs for copper binding proteins to identify potential residues to modify
- Studied coordination geometry to better understand the factors that influence specificity and affinity of protein binding to metals
Jessy Song
- Researched protein modelling and design tools, specifically how to use Rosetta
- Worked on script to mutate proteins and do scoring analysis as an initial way to evaluate the mutated proteins
Joshua Hanneson
- Researched Ferric Uptake Regulator proteins
- Researched experimental design techniques to quantifiably measure cellulose binding
- Generated complementary quizzes for our shareable resource presentations
- Worked on iron & cellulose binding protein design on Benchling
Katherine Walker
- Researched suitable Metal Binding Proteins
- Researched methods of measuring copper binding
- Assisted with the compilation of a contact list and questions for potential stakeholders
Kingsley Wong
- Researched plausible reactor types
- Developed equations and modelled them to better understand transient and steady-state behaviour
- Conducted general research for parameter determination
- Wrote introduction documents to transport phenomena
Lorenzo Pérez
- Researched suitable metal-binding proteins
- Performed multiple sequence alignment on copper- and nickel-binding proteins to better understand their coordinating residues using Geneious.
- Researched nickel-binding proteins and suggested multiple amino-acid substitutions to decrease Cop-C nickel affinity
Michael Astwood
- Co-managed the math & modelling team
- Assisted with collaboration with Tuebingen and Ohio State iGEM teams
- Contributed to funding proposals
- Coordinated work on molecular dynamics model
- Coordinated work on process modelling, particularly the transport model
Michael Lam
- Researched suitable metal-binding proteins
Morgan Cordell
- Researched metal-binding proteins
- Researched experimental procedures for determining binding constants
- Designed cloning method for implementing our parts in an expression vector
- Formatted parts for registry
- Assisted in writing part pages for wiki
Paige Aldridge
- Prepared funding proposals and presented funding PowerPoints/pitches
Patrick Thomas
- Found stakeholders (policy advisors) from the Ministries of Energy and Mining
- Wrote/edited emails sent out to said stakeholders
- Summarized regulatory documentation from the Government of Canada during policy research phase (toxicity, allowable conc.)
- Obtained and summarized EPA regulatory documentation for Math & Modelling
- Preliminary research into bioremediative methods in metal reclamation and semiconductor manufacturing process
- Wrote a couple blog posts on surveying and contributed to editing
Renessa Gomes
- Researched suitable metal-binding proteins
- Researched affinity tag candidates
- Contributed to experimental design for protein purification and measure of iron binding
- Researched of cellulose columns prepared and applied in literature
- Contributed to identifying suitable residues for mutation in Mst-Copc for increased Cu(II) affinity/specificity
Riley Henderson
- Researched suitable metal-binding proteins
- Contributed to experimental design of CopC
- Contributed to identifying suitable residues for mutation in Mst-Copc for increased Cu(II) affinity/specificity and Ni affinity/specificity
- Identified key CopC residues to mutate in PyMOL and analyzed these energy scores to narrow down candidates to pass onto MD
- Researched pH conditions to run column under to ensure stable protein
Sarah Hardy
- Researched suitable metal-binding proteins
- Researched affinity tag candidates
- Researched E.coli strains and vectors
- Researched cellulose stability
- Researched effect of sodium azide in buffer and alternative
- Helped write and edit pages for the wiki
Serena Hacker
- Coded the wiki and accessibility toolbar
Sergiu Pocol
- Evaluated protein redesign software such as OSPREY
- Researched algorithms to prune input space to redesign algorithms through the use of in silico alanine scanning
Shiv Naik
- Researched suitable metal-binding proteins
- Researched an assay for measuring reaction kinetics of CopC in copper binding
- Assisted in preparing files for molecular dynamics simulations of CopC
Taran Layal
- Contributed to discussions for the Human Practices team
- Researched economic Considerations for metals in Canada to determine feasibility of project and metal extractions
- Researched early mining initiatives before shifting focus on copper extractions
- Worked on Waterloo iGEM blog