Education: B.S., Stanford University;
Ph.D., Princeton University
Sue started at Fred Hutch in 2000 after completing post-doctoral work in Dr. Andrew Murray's lab at UCSF. She was trained as a geneticist but will use any technique necessary to answer a scientific problem. Although her major interests are the cytoskeleton, cell cycle and chromosome biology, she keeps an eye out for an interesting scientific problem. She enjoys mentoring and wants everyone in the lab to achieve their personal goals. When she is not in the lab, she enjoys hanging out with her family (i.e. carpooling) or running with their hyperactive mini-Aussie.
Education: B.S., University of Redlands
Daniel joined the Biggins lab in 2019, and is co-advised with the Asbury lab at UW. As an undergraduate he studied signaling pathways that drive preterm birth using murine models, but discovered a love of structural biology and biophysics while working as a technician in the Puglisi lab at Stanford studying HIV reverse transcription. For his graduate work, Daniel is interested in using biochemical, structural, and biophysical tools to investigate how the architecture of the kinetochore allows both for its unique function, and for that function to be tuned through out the cell cycle. When he’s not busy pipetting tiny volumes of clear liquids into other clear liquids, Daniel enjoys practicing Brazilian jiu-jitsu, listening to podcasts, and slowly accruing house plants until his apartment becomes a jungle.
Education: B.S., University of Oregon
Cordell joined the Biggins lab during the fall of 2018. Originally from the town of Alvadore, Oregon, Cordell graduated with an honors degree in biology from the University of Oregon in the spring of 2018. During his time as a Duck, Cordell studied meiotic DNA break repair in Dr. Diana Libuda’s laboratory. His experience in Dr. Libuda’s lab inspired Cordell to pursue a career in scientific research. Cordell is currently interested in the mechanisms underlying unattached kinetochore capture. When he isn’t in lab, Cordell enjoys exploring the vast wilderness of the Pacific Northwest by taking backpacking trips, bouldering, and swimming in high alpine lakes.
Education: B.S., University of Arizona;
Ph.D., Northwestern University
Amanda joined the Biggins lab as a post-doc in the Fall of 2018 and is interested in understanding the role of SUMOylation in kinetochore assembly and function through biochemical and biophysical techniques. She received her PhD from Northwestern in the lab of Sadie Wignall, where she studied error-detection in oocytes and SUMO-mediated meiotic anaphase progression primarily through high-resolution microscopy. Outside of lab Amanda enjoys singing, baking, eating anything related to peanut butter or pie, and hanging out with her dog Belle.
Education: B.S., University of California, Santa Cruz
Abraham is a University of Washington Molecular and Cellular Biology graduate student and is doing his thesis work in the Biggins lab. His focus is understanding the regulation of an outer kinetochore component that ensures proper kinetochore-microtubule attachment and plays an important role in accurate chromosomal segregation. Abraham earned his bachelor’s in Molecular, Cellular and Developmental Biology from University of California, Santa Cruz. After his bachelor’s, he completed a one-year postbaccalaureate at Novartis before heading to Seattle for his graduate work. Other than bench work, Abraham enjoys playing soccer, dancing the night away, and riding his car that seems to be on its last leg, yet it is like old faithful and never lets you down.
Education: Current: University of Washington
Hi I’m Marlisa! I’m known for never wearing the same outfit twice! I’m really into fashion. I was born and raised in South Seattle. I’m proud to say I’m a 1st- generation college student! I am a current undergraduate student at the University of Washington. GO DAWGS! I lovvvvveeee science and research thus far but, I also have a big interest in Public Health and Medicine! By the way I’m not new here at all. In 2016 I did the summer high school internship program in the Paddison Lab and recently over summer 2018 an internship in the Stoddard Lab. So, if you want to know more about Homing Endonucleases I’m your girl! Fun fact about me is I love to dance. I’ve been dancing since the age of 4! I am a part of the Hip-Hop team at the UW and have been performing at various places all over the city.
Education: M.S., Paris Diderot Univeristy;
Ph.D., Paris Diderot University
Sabrine joined the Biggins lab as a post-doc in early 2017 and is interested in understanding the role of centromere transcription and non-coding RNAs in the regulation of kinetochore assembly and function. Originally from France, she received her PhD from Paris Diderot University in the lab of Claire Francastel, where she studied the interplay between the DNA damage response and centromeric chromatin in murine cells. Outside of lab Sabrine enjoys baking, traveling and playing soccer on rainy Sunday mornings.
Education: B.S., Western Washington University;
Ph.D., Colorado State University
Growing up in small-town WA, Jake started his scientific career as a way to avoid playing on sports teams - in the intervening years it grew to be a passion. He began studying kinetochore biology during his graduate work at Colorado State University where Jake worked in Dr. Jennifer DeLuca’s Lab. In 2015 he returned to the NW and started a postdoc at Fred Hutch, where Jake aims to understand the fundamental mechanisms by which cells detect and correct errors in kinetochore-MT attachments and to exploit that understanding for therapeutic development. He collaborates with the Paddison Lab to leverage CRISPR technology to identify kinetochore activities specifically required for survival of cancers. His work utilizes yeast, mouse, and human experimental systems.
Education: B.S., University of Arizona;
Ph.D., Stanford University
Cameron joined the Biggins lab as a postdoc in October 2018. During his PhD in Michael Bassik’s lab at Stanford University, he investigated retrotransposon-silencing mechanisms in human cells in collaboration with Joanna Wysocka. In Sue’s lab, Cameron is interested in identifying novel regulators of the spindle assembly checkpoint. Outside of lab, Cameron can be found at any number of coffee shops. Originally from Arizona (Bear Down!), Cameron doesn’t yet know how to handle the near constant rain.
Education: B.A., Whitman College; Ph.D., UC Santa Cruz
Christian loved working in the Biggins Lab so much that he joined for a second time in the Spring of 2019 as a Staff Scientist. He previously worked in the lab as a Research Technician from 2007-2010, before completing his PhD at UC Santa Cruz in Needhi Bhalla’s lab. Throughout Christian’s time in science, he has studied the mechanisms underlying faithful chromosome segregation in mitosis and meiosis, focusing on understanding how molecular checkpoints monitor and respond to chromosome behaviors to help prevent aneuploidy. Outside of the lab, Christian loves the outdoors, running, and spending time with his young daughter, Zelda.
Education: B.S., Washington State University;
Ph.D., Oregon State University
Hi my name is Andrew Popchock and I am a post-doc in Sue’s lab. I grew up on a small ranch in eastern Washington and studied Biophysics at Washington State University. I received my Ph.D. from Dr. Qiu at Oregon State University, where I studied molecular motors using single-molecule microscopy. Outside the lab, I spend my time playing basketball (when my knees and back permit) or enjoying the outdoors of the PNW and I try to get up to the mountains when the snow flies. I joined Sue’s lab first and foremost to do great science and am currently interested in the role of phosphorylation during kinetochore assembly.
Education: B.A., University of Washington
Like many in the Pacific Northwest, Donna is a graduate from the University of Washington. In 2012, she joined Fred Hutch’s Philanthropy department. After a couple years working with amazing philanthropic donors, she decided that being closer to the science and scientist working toward finding cures was the place for her. In addition to supporting the Biggins lab, she supports several other labs in the Basic Sciences Division. Outside of work, Donna enjoys activities that allow her to create – cooking, crafts, painting, gardening, photography. Most of her time these days is spent working with her husband on never-ending house projects.