Nick Goldner

Nicholas is a senior biochemistry and philosophy major. He is currently applying to graduate schools and plans to obtain his doctorate in either biochemistry or molecular biology. In his free time he enjoys hiking, camping slacklineing and working in the lab. His favorite protocol is the DNA ligation and his favorite part is “The One Ring to Secrete Them All” because it means we actually finished the project. Cheesehead Dave’s Are his favorite lab gloves to wear even though they are no longer in production: he has a box of XL’s stashed away. The greatest song ever played was the entire movie “Dune” the 1986 version that started playing during shuffle. Apparently we only had the audio for the entire movie.

Benjamin Tellier

Steven Van Alstine

Steven Van Alstine is a junior at Wisconsin Lutheran College pursuing a biochemistry major. As a founding member of the iGEM team he hopes to continue the iGEM team in future years. Steve is considering going onto graduate school to further his career in the realm of synthetic biology. In his free time he enjoys disc golfing and fishing. Steve’s favorite protocol is the transformation of plasmids into competent cells. His favorite part is BBa_J04450 since you can always tell when the colonies you have are correctly transformed. Steve typically likes listening to either epic music or hardstyle while in the lab. Steve is excited about iGEM this year and eager to see the outcome.

Rachel Nolte

Rachel is in her final year as a chemistry major. Her on-campus job is team lead for the science hall workers, mainly working in the chemistry stockroom. She plans to work as a lab tech or assistant after college for 1-2 years before attending grad school for a PhD. She partakes in the culinary arts, reads fictional literary works, and strolls down the meandering byways around campus. She also enjoys being licked by puppies.

Her favorite protocols generally involve bunsen burners, fume hoods, and/or the infrared spectrometer. The pigmented BBa_K274002 is one of her favorite parts because purple is a pretty sweet color. The minty scent of the paraffin repellent is her favorite smell in the lab. Her favorite gloves are the black ones given to the iGEM team by the coolest janitor ever. Just about any song from Dr. Horrible's Sing-Along Blog or the song from Portal "Still Alive" are her favorite lab theme songs/world domination anthems.

Matthew Mortensen

Matt is a sophomore biochemistry major. He joined iGEM to gain experience with lab techniques. He is undecided about future plans. In his free time, Matt enjoys rock climbing, reading comic books, and gaming. His favorite protocol is Miniprep. His favorite part is "yesZ" because it is easy to remember. CardinalHealth powder-free Nitrile gloves are his favorite. The greatest song ever played in lab is "How Long Will They Mourn Me."

Sierra Tackett

Sierra Tackett is a sophomore Biochemistry major who plans on using her degree to advance to medical school in interest of being a pathologist in the future. She joined iGEM in order to deepen her understanding of biology as well as gain experience in research. In her free time, she enjoys to golf and look for frogs at a pond nearby. Her favorite part is BBa_B0015 because it is a stop sequence, and she constantly likes to dance to the anti-rape song "Stop! Don't Touch Me There."Her favorite protocol is mini prep, and she enjoys the smell of burning agar. She can often be seen wearing size medium Esteem gloves, and jamming to “How Long Will They Mourn Me.”

Logan Friedrich

Logan Friedrich is a Junior Biochemistry major planning on a doctorate who joined iGem in 2012 to continue enhancing his lab and biological research skills. He loves music and is in a band and several choirs. Logan enjoys running agarose and SDS PAGE gels. The smell of a Bunsen burner ignited is all that it takes to get him excited. He uses extra-large gloves and listens to Scientist by Flux Pavilion while working in the lab.

Anna Garvey

Anna is in her sophomore year as a Biology major. She aspires to one day receive her M.D./Ph.D. In her medical career she plans on specializing in cardiothoracic surgery. In addition, she hopes to conduct stem-cell research in relation to the heart and brain. Through-out her life she always wanted to be a part of something that has the potential to better people’s realities, shape societies, affect cultures, and change the world. For these reasons she joined iGEM. In addition, she thought it would be a wonderful way to experience novel research first-hand and meet individuals that shared the same passion for science as she did. In the lab, her favorite protocol is the Restriction Digest Protocol, her favorite lab smell is ethanol and sharpies, and she enjoys listening to the thug life album. Outside of school, and lab work Anna enjoys reading and writing novels and short stories. She dreams to one day be a published author.

Arlensiu Novelli

Jack Albert

Jack Albert is double majoring in both a Digital Cinema and Media major (DCM) and also an English major. He is currently a junior on track to graduate in May of 2015. He joined iGem because he has an interest in covering a wide variety of topics via filmmaking, but also because he enjoys helping people. He plans on working in or around a film studio in the near future, if he doesn't decide to go independent from the start. His hobbies include running, singing, and Super Smash Bros.

Kendalyn Thoma

Kendalyn Thoma is a junior majoring in biology. She joined the IGEM team to advance her biology lab skills and learn research procedures in order to do her own research in the future. She plans on attending graduate school to study forestry and water ecology. Making linearized plasmid backbones is her favorite protocol while listening to Dr. Horrible Sing-Along songs. The smell of fresh medium size lab gloves is her favorite lab smell.

Jessica Zaher

Jessica Zaher is a senior and a Psychology major. She plans to go to graduate school for her Master's degree in forensic psychology. She hopes to one day work for the FBI. Jessica joined iGEM and the WLC team to lend a hand finding a survey and doing the analysis while also getting more experience working on a team. Her favorite hobby, when the time allows, is reading.

Christa Winslow

Dr. Allison Phillips

I am interested in exploring how seeds develop and I use maize as a model system. The goals of my research are to determine genes and factors which influence seed development and to specifically determine the contribution of the maternal parent to this process. My research integrates techniques in genetics, molecular biology, cell biology and plant physiology to answer this central question.

I am also interested in working with undergraduates to develop curriculum materials to share Biology and Plant Science with younger students and the wider community. It is an awesome way to integrate science research, teaching, and civic engagement and share the wonder and beauty of plant science with others.

Dr. James Henkel

Dr. Jarrod Erbe

One of my research interests is the use of microorganisms for the detection and quantization of phosphorus in environmental samples. As a member of the Phosphorus Research Group at WLC, I hope to develop microbial phosphate biosensors that will result in a standardized, environmentally friendly alternative for the determination of phosphate concentration in soil samples. I am also interested in determining the types of microbes that form specific biomes. I am currently using ribosomal RNA and other target gene sequences to identify the various species present in the biome associated with an engineered wetland wastewater treatment system.

Dr. John Werner

My research has focused on trying to identify the mechanisms by which bacteria maintain order in their cells. In graduate school I studied the pathway by which an antibiotic resistance mechanism assembles in Escherichia coli. As a postdoc, I utilized high-throughput methods to determine where hundreds of proteins reside inside the cell of Caulobacter crescentus. Most recently, I have been interested in characterizing the bacterial cytoskeletal proteins. Cytoskeletal proteins are necessary for cells to properly divide and maintain their shape. When these proteins do not function correctly cells become misshapen and many cellular processes are directly or indirectly disrupted.

Advisors:

• Advisor 1: Mentor for all
• Advisor 2: Our favorite
• Grad Student 1: Our leader

Undergrads:

• Student 1: Sleepyhead
• Student 2: Math nerd
• Student 3: Is going to save the world
• Student 4: Loves iGEM
• Student 5: A normal student... or(r) am I?
• Student 6: Table football fan
• Student 7: