The wet lab and comp team enjoying the summer air.
-MY NAME/NICKNAME
Molly Allen (aka The Transformer, Dr. Frankenstein)
-MY STATS
Wet Team Undergrad
I’m a Senior at UC Berkeley, studying Bioengineering with a concentration on Cell & Tissue Engineering
-WHAT LED ME TO SYNTHETIC BIOLOGY
I had an awesome AP Biology teacher in high school who introduced me to the basics of synthetic biology, as well as to the exciting controversies surrounding much of its practice. In college, several enthusiastic and inspiring teachers here at UC Berkeley further flamed my interest. I adore the complexity, applicability and room for creativity synthetic biology affords. DNA is the ultimate building block for an engineer!
-SYNTHETIC BIOLOGY: IN MY WORDS
To me, synthetic biology is a scientific field seeking to better understand and harness the powers of biological life. Researchers in this field must bring together biology, chemistry and engineering in innovative ways to successfully understand, capture, exploit and imitate the biological phenomena occurring around us. For iGEM this year, we are utilizing known genes, as well as finding new genes, to put them together in such a way that would prove useful to researchers everywhere. We are seeking to make many of the often slow, mundane procedures executed daily in lab more efficient and significantly cheaper by borrowing bits and pieces of nature’s genetic code to design strains of E. coli that can do these processes for us.
-MY POSSIBLE FUTURE WITH SYNTHETIC BIOLOGY
I would very much like to continue in the spirit of iGEM in standardizing parts and procedures in hopes of further streamlining this field. Synthetic biology is still in its infancy, and there is so much to understand, and so many possibilities to explore. I am still debating which direction I want to go in this field, but I have no doubt it will involve cells, creativity and controversy!
-MY GOALS WITH IGEM
Aside from winning the Golden Brick, my goal is to gain more laboratory experience, knowledge, job opportunities and inspiration. (Cliché, I know, but so is the question!)
-MY FAVORITE DNA SEQUENCE
catcatcatcatcat (His-tag) I’m a cat person! 
-MY DUMBEST LAB MISTAKE/COMPUTATIONAL ERROR
Letting Jin leave for soccer practice
-MY FAVORITE CHILDHOOD CARTOON
Childhood? There are some pretty good cartoons out there now…
-MY FAVORITE FOOD
Sushi!
-A BOARDWORTHY QUOTE
“I’m the Transformer. Don’t question me.” -me
-MY NAME/NICKNAME
J. Chris Anderson
-MY STATS
iGEM Faculty Adviser, Assistant Professor of Bioengineering at UC Berkeley
-MY NAME/NICKNAME
Christie Brown (aka, Chris, although I rarely use this in lab because it would confusing for both myself and Dr. Anderson)
-MY STATS
Wet Team Undergrad
I am a senior at UC Berkeley studying Bioengineering
-WHAT LED ME TO SYNTHETIC BIOLOGY
Synthetic biology has potential applications in many areas. It allows us to use our understanding of molecular biology to create new and better products. In particular, gene therapy and the potential to fix genetic abnormalities and treat diseases caused by genetic mutations interests me.
-SYNTHETIC BIOLOGY: IN MY WORDS
Synthetic biology is a series of techniques that allow us to optimize biological systems and bend them to our will.
-MY POSSIBLE FUTURE WITH SYNTHETIC BIOLOGY
I would like to work on creating a synthetic red meat because raising cattle and chickens can be environmentally damaging and bacteria can be grown on a large scale with minimal space and waste.
-MY GOALS WITH IGEM
To learn cloning techniques and gain a better understanding of genetics and synthetic biology.
-MY FAVORITE DNA SEQUENCE
GFP’s, because I like to watch it glow.
-MY DUMBEST LAB MISTAKE/COMPUTATIONAL ERROR
I destroyed my first stock of GFP DNA because I added restriction enzymes to my GFP DNA stock instead of the small digestion tube that was sitting next to it on the tube rack.
-MY FAVORITE CHILDHOOD CARTOON
She-ra, princess of power because she was an awesome, sword-carrying hero.
-MY FAVORITE FOOD
Indian food, especially spicy chicken tikka masala
-A BOARDWORTHY QUOTE
“You go order pizza, I’ll make competent cells” - Jin, the Great, frustrated by Extreme Pizza’s online ordering system.
-MY NAME/NICKNAME
Cici Chen
-MY STATS
Wet Team High Schooler
-MY NAME/NICKNAME
Sherine Cheung; The Purifier (since, purification was my specialty for a while…)
-MY STATS
Wet Team High Schooler
High school senior at Fortress Hill Academy
-WHAT LED ME TO SYNTHETIC BIOLOGY
I first heard about synthetic biology at a biotech camp I attended in summer 2007. The creativity and potential of synthetic biology really fascinated me, and since then, I’ve kept my eyes and ears open on the subject!
-SYNTHETIC BIOLOGY: IN MY WORDS
In synthetic biology, one takes a natural, existing organism (yay, E. coli!) and modifies it so that it can perform an unnatural, but useful, task at human command.
In terms of what we do daily in the lab: everyday day in the lab is different; in fact, your plans can change EVERY hour (and you can be accused of being unkind to the planet by wasting a lot of paper scribbling, re-scribbling, and re-re-scribbling plans for the day). It all depends on whether your experiment is in the mood to cooperate with you or not.
The general order of events:
1.) We hope (with good scientific reasoning) that the experiment cooperates.
2.) Then, when it doesn’t cooperate, we stop, back-track and try to fix things so that it DOES cooperate – sooner or later.
3.) Sometimes, we get stuck in repeating step 2.
4.) When it works…we’re elated!
Sometimes, it causes me to wonder if we are actually modifying the organism, or if in actuality, it is more reasonable to say that the organism is modifying us…
-MY POSSIBLE FUTURE WITH SYNTHETIC BIOLOGY
Were I to continue into synthetic biology, I would love to explore synthetic biology’s medical uses.
-MY GOALS WITH IGEM
After hearing/reading descriptions of synthetic biology projects, I really wanted to see how a project was done in real life. Most often, you hear about the finished product of a research project, and how wonderful it is, but you hardly ever get to see the entire research process from beginning to end. Second hand information about a given project is great, but the first hand experience I get with iGEM is quite thrilling and altogether different. It’s helped me put the puzzle pieces together — from planning steps to finished product and, of course, everything exciting in between!
-MY FAVORITE DNA SEQUENCE
The phoA prepros’ are my all-time favorite. I’ve gotten quite acquainted with them, having made/remade them 3 or 4 times. Even one base pair’s worth of imperfection in any of my prepros will have me on edge — such is the strength of my emotional attachment to said prepros.
-MY DUMBEST LAB MISTAKE/COMPUTATIONAL ERROR
When I was flaming the foil covering a set of PCR tubes to sterilize it, the tip of the bunsen burner flame touched a nearby stash of Kimwipes, setting them ablaze. But, I believe my mistake is totally justified, since fire makes everything better.
-MY FAVORITE CHILDHOOD CARTOON
Tom and Jerry!!
-MY FAVORITE FOOD
Sushi and any type of soup-noodle!
-A BOARDWORTHY QUOTE
“We will be able to kill bacteria by yelling at it.” - Bing
(This quote really amuses me: I’ve never actually thought of our project that way, though it makes perfect sense…)
-MY NAME/NICKNAME
Douglas Densmore
-MY STATS
iGEM Computational Team Instructor
UC Chancellor’s Post Doctoral Researcher
PhD - UC Berkeley, Electrical Engineering, 2007
MS - UC Berkeley, Electrical Engineering, 2004
BSE - University of Michigan, Computer Engineering, 2001
-WHAT LED ME TO SYNTHETIC BIOLOGY
I was first drawn to synthetic biology because of the work being done to develop combinational logic (basic digital computer circuits) out of biological components. Traditional CAD for VLSI (my field) is slowing down and we need to look for new opportunities to apply design tools and methodologies.
-SYNTHETIC BIOLOGY: IN MY WORDS
Synthetic biology for me will be using standardized parts to create new biological systems. Because standard parts are being used, we can use computer tools to predict their behavior before actually creating the actual system. We will also be able to automate the design process to not only do design faster but to find designs that are “better” than those we would find by hand.
-MY POSSIBLE FUTURE WITH SYNTHETIC BIOLOGY
I would love to create organisms that behave like traditional computer architectures and can leverage all the formal verification techniques we have in our field already.
-MY GOALS WITH IGEM
I just want to get a tool offering out there, meet the key people in the field, and learn a lot.
-MY FAVORITE DNA SEQUENCE
CAT - because DOG is not a sequence.
-MY DUMBEST LAB MISTAKE/COMPUTATIONAL ERROR
Have not made one (yes, I know I just jinxed myself).
-MY FAVORITE CHILDHOOD CARTOON
GI Joe
-MY FAVORITE FOOD
My favorite food is the traditional Thanksgiving meal (Turkey, stuffing, gravy, etc).
-A BOARDWORTHY QUOTE
“Maybe I will Milhouse. Maybe I will.” - Bart Simpson
-MY NAME/NICKNAME
Jin Huh/JINtamycin, Jinism, Jinbot
-MY STATS
Wet Team Teaching Assistant. This fall, I will be a second-year grad student in the UC Berkeley-UCSF Joint Bioengineering program. I am completing my graduate work in Chris Anderson’s lab. I graduated from UC Berkeley in the fall of 2006 with a degree in Chemical Biology.
-WHAT LED ME TO SYNTHETIC BIOLOGY
I feel that synthetic biology is an emerging field that has several promising applications in fields such as biofuels and therapeutics. I am very interested in the concept of using existing parts to create systems with new, useful functions.
-SYNTHETIC BIOLOGY: IN MY WORDS
Synthetic biology involves manipulations of DNA sequences, termed ‘parts.’ By nature, it is very conceptual because you need to understand the manipulations that you are making on a molecular level even though you can never directly see them. As such, it is kind of like a puzzle where you get results from assays and you need to infer what is actually happening based on what you can test. As the TA, much of my job involves helping the students understand what they are doing, how they can check that it is working, and what their results mean. I am sure that my experience in explaining concepts and helping students will be valuable in future roles as a graduate student instructor and professor.
-MY POSSIBLE FUTURE WITH SYNTHETIC BIOLOGY
I want to finish my graduate work in the field of synthetic biology. Specifically, I want to continue working on the tumor killing bacteria project in the Anderson lab. My work involves ensuring that the bacteria lyse and deliver their contents to the mammalian cells, which they invade. After completing my graduate studies, I hope to do postdoctoral research in synthetic biology and eventually become a professor.
-MY GOALS WITH IGEM
I wanted to assist in leading the project and preparing the students on the team for independent scientific research in the future. I hope to help them understand and appreciate the different things that they can do in the emerging field of synthetic biology. Additionally, the lysis portion of this project is closely tied to my research on tumor killing bacteria in the Anderson lab. I hope that the parts generated by the iGEM team and my background knowledge on the subject can benefit both efforts.
-MY FAVORITE DNA SEQUENCE
TAA because I am the TA for iGEM and it’s my job to help students get to the finish line (TAA is one of the STOP codons generally found at the end of genes)
-MY DUMBEST LAB MISTAKE/COMPUTATIONAL ERROR
I set an ethanol bottle on fire once.
-MY FAVORITE CHILDHOOD CARTOON
Power Rangers
-MY FAVORITE FOOD
Steve’s #31 from the Asian ghetto
-A BOARDWORTHY QUOTE
“I would just start over.” (every time Aron makes a mistake)
-MY NAME/NICKNAME
Terry D. Johnson (”Dfordon”)
-MY STATS
Wet Team Instructor, Lecturer at UC Berkeley. I have my Masters in Chemical Engineering.
-WHAT LED ME TO SYNTHETIC BIOLOGY
Interested in synthetic biology as a practical discipline and as a teaching tool.
-SYNTHETIC BIOLOGY: IN MY WORDS
Synthetic biology: a recognition that cells are just fancy widgets combined with a desire to tinker with them.
-MY POSSIBLE FUTURE WITH SYNTHETIC BIOLOGY
I would like to integrate synthetic biology experiments into biological education.
-MY GOALS WITH IGEM
To become better acquainted with the practical aspects of the field. Also, to win.
-MY FAVORITE DNA SEQUENCE
My own?
-MY DUMBEST LAB MISTAKE/COMPUTATIONAL ERROR
I once wasted a batch of radioactive iodine and a vial of expensive growth factor by failing to write down a single number in my lab notebook.
-MY FAVORITE CHILDHOOD CARTOON
Robotech.
-MY FAVORITE FOOD
A three way tie between pizza, beer, and dark chocolate.
-A BOARDWORTHY QUOTE
“It’s an onomatopoeia!”
-MY NAME/NICKNAME
Aron Lau
-MY STATS
Wet Team Undergrad
Senior at UC Berkeley
Major: Bioengineering
300 ligations and counting
-WHAT LED ME TO SYNTHETIC BIOLOGY
I have always been interested in engineering, especially modifying organisms. Synthetic biology occasionally gets a negative rep for people not working in science, but doing reading about the problems we can solve using genetic engineering got me impressed with synbio. (The actual reason for my interest is watching sci-fi movies with mutants with superpowers…) Though the chances of making the next X-men is unlikely, trying to make self-lysing E.Coli that do something when you yell at them isn’t so bad either.
-SYNTHETIC BIOLOGY: IN MY WORDS
For me, it is a simplified way of looking at organisms around by looking at them as being made of parts. We can swap parts between organisms to make better organisms (thus speeding up evolution) or more useful organisms that serve our needs. In reality, organisms are systems of parts that have complex interactions (so it is not as easy as swapping out the video card on a desktop), but our synthetic bio knowledge should allow us to make less disruptive changes.
-MY POSSIBLE FUTURE WITH SYNTHETIC BIOLOGY
If I had a choice, I would like to engineer more complex organisms, which will hopefully be a reality in my lifetime.
-MY GOALS WITH IGEM
The biggest goal of my experience is the metallic brick at the Jamboree in November. Aside from that, I wanted to learn more about synbio (I think I have achieved this goal and more).
-MY FAVORITE DNA SEQUENCE
Poly-A’s
-LEAST FAVORITE DNA SEQUENCE
Sequences that don’t turn out to be what I want them to be (yes, those sequences with point mutations, deletions, insertions)
-MY DUMBEST LAB MISTAKE/COMPUTATIONAL ERROR
I heatshocked KCM thinking they were cells that I wanted to heatshock.
-MY FAVORITE CHILDHOOD CARTOON
TMNT, Woody Woodpecker, Animaniacs, Beast Wars, Transformers, Fanstastic Four, Batman
-MY FAVORITE FOOD
Spicy Crab, Basil Chile Chicken
-MY NAME/NICKNAME
Nade Sritanyaratana
-MY STATS
Computational Team Undergrad. I’m a Senior majoring in Bioengineering at UC Berkeley
-WHAT LED ME TO SYNTHETIC BIOLOGY
My past instructor Terry Johnson got me excited when he told his class about the program. He’s easily one of the best instructors I’ve had in Cal (I still can’t decide between him or Babak Ayazifar). I signed up immediately when he told us about it, and I’ve enjoyed my decision ever since.
-SYNTHETIC BIOLOGY: IN MY WORDS
My typical day doesn’t really look anything like a synthetic biologist’s. I think it’s more accurate to say that I’m working with the synbio community rather than I am actually a member of the synbio community. I’m typically around anywhere I want to be, working from mostly whenever time, looking at other biology tools and developing our own in Java. To me? I think synthetic biology is about engineering bacteria to do what you want it to do.
-MY POSSIBLE FUTURE WITH SYNTHETIC BIOLOGY
Continue to develop Clotho of course!
-MY GOALS WITH IGEM
To learn more lab skills, to work with faculty, and to learn how to communicate technically.
-MY FAVORITE DNA SEQUENCE
ATG. Because that’s the only sequence I know at the tip of my fingers (which is code for, leave me alone, I don’t know anything!)
-MY DUMBEST LAB MISTAKE/COMPUTATIONAL ERROR
I probably farted in the middle of a meeting. I don’t know.
-MY FAVORITE CHILDHOOD CARTOON
Recess
-MY FAVORITE FOOD
Cheeseboard Collective pizza
-A BOARDWORTHY QUOTE
“I don’t know man, maybe it really was a ‘flaming’ sandwich.”
-MY NAME/NICKNAME
Marlee Tichenor
-MY STATS
Human Practices member of the team
I graduated in May 2008 from UC Berkeley with degrees in Anthropology and French.
-WHAT LED ME TO SYNTHETIC BIOLOGY
I became interested in synthetic biology in the fall of 2007, when I took a course at UC Berkeley with anthropology professor, and SynBERC Human Practices project investigator, Paul Rabinow. The course was an experiment in bringing together humanities and science majors to discuss synthetic biology, in a contextual way. Because of this course, I became involved in researching the formation and cultural context of cellulosic biofuels research on the Berkeley campus in the spring, which led me to my current position as the human practice member of the Berkeley iGEM team.
-SYNTHETIC BIOLOGY: IN MY WORDS
Synthetic biology is the attempt to design, engineer, or manipulate biological systems to perform functions that are designated by the manipulator, such as the creation of drugs to remediate malaria or the creation of enzymes that more efficiently break down cellulose to sugar.
-MY POSSIBLE FUTURE WITH SYNTHETIC BIOLOGY
My interest with synthetic biology in the future lies in the tracking of the rhetoric surrounding different perceptions of the space for cellulosic biofuels in our governmental and economic future, nationally and globally. What are the different perspectives and what are their varying definitions of flourishing, or the good life, and their different definitions of “remediating a problem?”
-MY GOALS WITH IGEM
My goals are to involve myself more thoroughly with the science of synthetic biology than I am normally exposed to as a human practices researcher and engage the Berkeley iGemmers and others involved in synthetic biology in questions surrounding the discipline.
-MY DUMBEST LAB MISTAKE/COMPUTATIONAL ERROR
Confusing a pipette for an Eppendorf tube. Boy, figured that one out quick.
-MY FAVORITE CHILDHOOD CARTOON
My Little Pony—fighting crime with magic, prancing, keeping well groomed.
-MY FAVORITE FOOD
I have two addictions, and they’re in the form of food: Tom Kha Gai (Thai soup made with coconut milk and lime) and salty licorice (it’s Dutch—apparently I’m trying to justify it).
-A BOARDWORTHY QUOTE
I’m stealing the elaborate analogy that Terry, Chris, and Megan used to explain the standard assembly process: “Imagine the system is like an enormously precarious version of the process of stringing a Christmas tree: every bulb is a different color, and you only can connect certain groups of five to certain groups of other ones… and then these five have to be in this spot on the tree to work properly… then the tree catches on fire… and what about the cats??”
-MY NAME/NICKNAME
Dirk VandePol. My closest friends call me El Presidente, but nobody in the lab calls me that.
-MY STATS
Wet Team Teacher Fellow. I am an instructor of Bio 11 (”science of living organisms” aka [UC Transferrable] College Bio for nonmajors) at City College of San Francisco.
-WHAT LED ME TO SYNTHETIC BIOLOGY
I think synthetic biology is the coolest thing in the world. No exaggeration.
-SYNTHETIC BIOLOGY: IN MY WORDS
Synthetic Biology is molecular biological engineering, with a focus on the principles of:
-Helping mankind
-Learning about basic principles of biology through serendipity
-Standardization
-Open Source
-Innovation, and
-Biofuels
-MY POSSIBLE FUTURE WITH SYNTHETIC BIOLOGY
For as long as I am a teacher, I want to incorporate Synthetic Biology into my classes, doing the following things in the following order:
1) Give a synthetic biology lecture
2) Teach a synthetic biology unit within an introductory bio class
3) Teach a 3-unit class about synthetic biology
4) Create my own CCSF iGEM team
If I were ever to leave teaching to work in the private sector, I would want to use my knowledge to work for a synthetic biology based company such as Amyris, LS9, Solazyme, or Novazyme.
-MY GOALS WITH IGEM
To bring the excitement of synthetic biology to my students this fall, of course.
-MY FAVORITE DNA SEQUENCE
GFP’s. I think it’s my example two out of every three times I lecture about gene expression.
Alternatively, recombinant human insulin. That is my second most frequent lecture example.
-MY DUMBEST LAB MISTAKE/COMPUTATIONAL ERROR
If I told you, I would be fired.
-MY FAVORITE CHILDHOOD CARTOON
I am deeply ashamed of the childhood time I have wasted watching Bugs Bunny the Roadrunner, etc. However, I am much less ashamed of the time I wasted in my adult life watching the Simpsons. I may need to take a hard look at this.
-MY FAVORITE FOOD
Either Korean Barbecue, Hawaiian Barbecue, or American Barbecue.
-A BOARDWORTHY QUOTE
“We’re engineers—we make it work.” -Jin the Great.
-MY NAME/NICKNAME
Madhvi Venkatesh
-MY STATS
Wet Team Undergrad
UC Berkeley Bioengineeing Undergrad entering Junior year
-WHAT LED ME TO SYNTHETIC BIOLOGY
I heard about synthetic biology in an introductory bioengineering class that I took during my first semester at Berkeley. I was particularly interested in Chris’s tumor killing bacteria project when he was invited to speak to our class, so I contacted him and got involved with that project last spring. I feel that our current approach to improving foundational techniques like Gateway and assembly reactions can potentially help in expediting the process of making composite parts throughout the field of Synthetic Biology.
-SYNTHETIC BIOLOGY: IN MY WORDS
I think that synthetic biology entails manipulating parts from existing systems to create novel systems. I like to think of it as taking apart lego structures and reorganizing the legos to make new structures. On a day to day basis, it mostly involves lots of pipetting and keeping track of what is in each tube.
-MY POSSIBLE FUTURE WITH SYNTHETIC BIOLOGY
After iGEM, I hope to continue synthetic biology research with Chris until I graduate in 2010. After that, I will probably continue in the field in grad school. As far as projects go, I definitely want to work on the tumor killing bacteria project that many people in Chris’s lab have been working on. I also would be excited to work on engineering bacteria for use in bioremediation and biofuels.
-MY GOALS WITH IGEM
iGEM has given me the opportunity to become much more independent as a researcher. I have become much more knowledgeable and comfortable with all of the cloning procedures and the reasoning behind them. From writing construction files to making assembly trees, I have been involved with many of the design aspects of the experiments that I am doing. Additionally, iGEM has helped me decide that I want to pursue grad school.
-MY FAVORITE DNA SEQUENCE
T4 DNA ligase basic part’s (after all of the restriction sites have been removed). Although the creation of the basic part required some of the most time and energy (I had to do seven PCRs and a lot of them did not work the first time), when I was ecstatic when finally got a clone that sequenced correctly. I don’t want to include the sequence here because it is ~1500bp, but you probably can figure it out from the T4 genome and my construction file on the wiki.
-MY DUMBEST LAB MISTAKE/COMPUTATIONAL ERROR
Resuspending oligos for a PCR in ethanol instead of water and only realizing after the oligos had dissolved. Wouldn’t you have expected me to recognize the difference in smell sooner than that?
-MY FAVORITE CHILDHOOD CARTOON
Rugrats
-MY FAVORITE FOOD
Indian string hoppers and coconut milk
-A BOARDWORTHY QUOTE
Jin (referring to an experiment to test a promoter in animal blood): “I just need blood!”
Terry (when discussing the quote hours later): “The appropriate response to that statement would be ‘Who doesn’t?’”
-MY NAME/NICKNAME
Bing Xia
-MY STATS
Wet Team Undergrad. I’m a soon to be 3rd year applied math/MCB double major at UC Berkeley
-WHAT LED ME TO SYNTHETIC BIOLOGY
Before getting involved with iGEM, I read a few articles in various science magazines on synthetic biology and found the idea interesting. I found out about iGEM through research.berkeley.edu, and I thought it would be an interesting and worthwhile way to spend my summer. I think our iGEM project this summer connects to the greater goals of synthetic biology by trying to engineer something that will make engineering organisms easily and reliably possible.
-SYNTHETIC BIOLOGY: IN MY WORDS
Although I’m not exactly sure what synthetic biology is, I get the impression that it is something along the lines of the science of creating organisms with new and novel functions that don’t exist in nature.
-MY POSSIBLE FUTURE WITH SYNTHETIC BIOLOGY
In the future, I’m hoping to work more with the computational side of synthetic biology this fall - I’ve already asked Doug if I could help with development on Clotho in the fall after the computational team disbands at the end of the summer.
-MY FAVORITE DNA SEQUENCE
My favorite DNA sequence will eventually be the sequence of the self-lysis device we are making - unfortunately, at the moment, we’re not sure what that will be, and it would also be quite long.
-MY DUMBEST LAB MISTAKE/COMPUTATIONAL ERROR
My silliest lab mistake was setting Aron’s DNA on fire….0=).
-MY FAVORITE CHILDHOOD CARTOON
While I remember watching cartoons as a child, I have no idea which one was my favorite.
-MY FAVORITE FOOD
One of my favorite foods is sushi.
-A BOARDWORTHY QUOTE
“I’ll find it. Consider it done.” -Jin
