3D Chromatin Structure
We study how DNA loops regulate gene transcription and human development.Read More
We are developing and applying new techniques to manipulate non-coding regulatory DNA and 3D chromatin structure.Read More
We are interested in the complex network of molecular events that drive lineage specification and the maintenance of cellular identity.Read More
We are developing novel software to analyze and visualize data from genomic and proteomic data sets.Read More
Sarah Mae Parker joins the lab as a graduate student in the Bioinformatics and Computational biology program. She will be developing tools to improve data visualization and the prediction of enhancer-promoter pairs.
The Lab receives 5 years of funding to study Alzheimer’s Disease
The Phanstiel Lab, in collaboration with the labs of Hyejung Won and Todd Cohen, received 5 years of funding from the National Institute for Aging to study the genetic basis of Alzheimer’s Disease risk. The research applies cutting edge genomic and genome-editing techniques to study transcriptional control in human iPSC-derived microglia responding to Alzheimer’s-related stimuli.
Yoseli receives a two-year postdoctoral fellowship from the BrightFocus Foundation
Yoseli Quiroga will be studying how specific Alzheimer's disease risk and protective variants alter transcriptional regulatory networks in innate immune cells.
Isha receives a SURF fellowship
Isha Sahasrabudhe received a UNC Summer Undergraduate Research Fellowship to use CRISPR technology to study the mechanisms of DNA looped based control of transcription in human cells.
Josh Coon speaking at UNC
Doug will be co-hosting (with Leslie Hicks) Josh Coon's lecture as part of the Analytical Chemistry seminar series:
New Technologies for Global & Rapid Protein, Lipid & Metabolite Measurements
Professor of Chemistry & Biomolecular Chemistry, University of Wisconsin-Madison
Director, NIGMS National Center for Quanitative Biology of Complex Systems
Feb. 3 — 12:20 pm — Chapman 125
New Alzheimer’s Manuscript published in JoVE
In collaboration with Hyejung Won’s lab here at UNC, we recently published a paper in JOVE describing how to use Hi-C data to interpret GWAS variants. As a test case we applied this approach to identify sets of putative Alzheimer’s associated genes using Hi-C data from human adult brain tissue. More info can be found in the full article.
Team GENE-gerloops wins the TIBBS gingerbread house contest
Our 11-member cookie construction powerhouse took the cake for structural integrity and attention to detail.
Two papers first-authored by undergrads published in JOSS
Bedtoolsr: An R package for genomic data analysis and manipulation, written by Mayura Patwardhan, and CoralP: Flexible visualization of the human phosphatome, written by Amit Min, were both published this week in The Journal of Open Source Software.
Eliza passes GMB Candidacy Exam
Congratulations to Eliza Thulson for passing the Genetics and Molecular Biology doctoral oral candidacy exam. Now a Ph.D. candidate, Eliza will continue to work on her thesis project studying the mechanisms and disease contributions of DNA looping.
Welcome Agustin and Shannon
Agustin is a post doc who is developing new dCas9 constructs to explore the epigenome. Shannon is a research technician who will be studying how chromatin accessibility changes over biological time courses.
Yoseli and Eric win poster awards at Genetics Retreat
Congratulations to Yoseli and Eric for their poster awards at the UNC Scientific Retreat with the Department of Genetics, the Curriculum in Genetics and Molecular Biology, and the Curriculum in Bioinformatics and Computational Biology. Yoseli presented the identification of novel Alzheimer's risk variants using IPSC-derived microglia; Eric presented Lure, a probe design tool for hybrid capture Hi-C (Hi-C2). Thanks to co-authors Katie, Marielle and Nicole, and to Erika for graphics.
Jenny Giannini joins the lab as a BBSP rotation student after a year as a Fulbright research fellow at the Berlin Institute for Medical Systems Biology. She will be optimizing ATAC-seq protocols for different cell types.
Phosphatase visualization software released
Amit, Erika, Marielle, Eric, and Doug have developed CoralP, a user-friendly web application for visualizing human phosphatase data. Just like Coral, our kinase visualization tool, the highly customizable design allows encoding of multiple qualitative and quantititative attributes, offers three visualization modes, and generates publication-quality vector graphic files. To learn more, read the preprint and watch the video for Coral.
Welcome Eden & Yoli
Eden Cruikshank joins the lab as a PREP Scholar and will be studying how activation by misfolded proteins contributes to neurodegenerative diseases. Yoli Meydan is a computer science and biology major and will be using D3 to visualize various lab metrics.
Welcome Back Nicole
Nicole Kramer, who rotated with us last fall, has officially joined the lab as a graduate student. She will be developing an R package to visualize and plot genomic data sets and contributing to pipelines for data analysis.
Robert receives a Summer Undergraduate Research Fellowship
Congratulations to Robert Fisher, who has received a Summer Undergraduate Research Fellowship (SURF) to study transcriptional regulation in macrophages using CRISPR!
Eliza receives an NSF Graduate Research Fellowship
Congratulations to Eliza Thulson, who was awarded an Graduate Research Fellowship from the National Science Foundation! This prestigious award will fund Eliza for the next three years to study the mechanisms of enhancer based gene regulation in human cells.
Eric and Eliza receive travel grants
Congratulations to Eric Davis and Eliza Thulson who each earned a UNC Graduate Student Transportation Grant to present their research at the Keystone Symposia on "3D Genome: Gene Regulation and Disease" in Banff, Alberta, Canada!
Ann Dean speaking at UNC
Doug will be hosting Ann Dean's lecture as part of the Cell Biology & Physiology seminar series:
Enhancer Function, Chromosome Folding, and Gene Transcription
Gene Regulation & Development Section
Laboratory of Cellular & Developmental Biology
NIDDK–National Institutes of Health
Mar. 25 — 12:00 pm — 124 Taylor Hall
Welcome Yiran & Amit, and Welcome Back Eric
Many exciting new arrivals: We welcome Yiran, who is rotating in the group to develop Hi-C protocols, Amit Min, a new undergraduate researcher who is developing software to visualize human phosphatase data, and Eric Davis, who officially joined the group as a graduate student today and will work on computational approaches to study 3D chromatin architecture. We are thrilled to have them all on board!
Alistair Boettiger & Nils Gehlenborg visit the lab
We hosted two incredible speakers two weeks in a row. Alistair described his work using super-resolution microscopy to study 3D chromatin structures in single cells during development. And Nils demonstrated the theory and power of his lab's HiGlass software for fast and smooth browsing of Hi-C data sets. Both really inspiring talks. It was a great privilege to host them.
Guest Speakers at UNC
Doug will be hosting two lectures next month in the BCB/GMB spring seminar series:
Tracing 3D DNA Structures During Embryogenesis
Alistair Boettiger, Assistant Professor
Stanford Developmental Biology
Feb. 1 — 12:00 pm — Bioinformatics 1131Data Visualization in Biomedical Sciences
Nils Gehlenborg, Assistant Professor
Harvard Biomedical Informatics
Feb. 8 — 12:00 pm — Bioinformatics 1131
We are happy to welcome BBSP rotation student Ennessa Curry, who will be working on characterizing cell-line-specific genome editing efficiencies.
Coral paper published in Cell Systems
Work from the lab led by Katie Metz and Erika Deoudes was published in the current issue of Cell Systems and featured on the cover. The paper describes Coral, a user-friendly interactive web application for visualizing both quantitative and qualitative data of the human kinome. Coral can encode data in three features (node color, node size, and branch color), allows three modes of kinome visualization (the traditional kinome tree as well as radial and dynamic force networks), and generates high-resolution scalable vector graphics files suitable for publication without the need for refinement using graphics editing software.
We are happy to welcome Isha Sahasrabudhe, a freshman at UNC who will be assisting with CRISPR-based genome editing and general lab continuity.
Welcome Nicole and Caitlin
We are excited to welcome Nicole Kramer and Caitlin Johnson, who are starting rotations in the lab. Nicole hails from New Jersey and will be developing software and wetlab methods for targeted studies of DNA looping. Caitlin joins us from Pennsylvania and is using RNA seq to study mechanisms of osteoarthritis progression.
Today the lab welcomes our first post doc, Yoseli Quiroga. Yoseli completed her PhD in the Molecular Biology Laboratory of the The Biochemistry Research Institute of La Plata, Argentina. Her work in our lab will focus on understanding how combinatorial transcription factor binding patterns contribute to loop-based gene regulation during cellular differentiation.
The lab receives 5 years of funding from NIGMS
We are grateful to have been awarded a 5-Year, $1.25 million, R35 MIRA (Maximizing Investigators’ Research Award) grant from the National Institute of General Medical Sciences (NIGMS) for research into how human cells regulate gene transcription during development. This research is focused on better understanding how DNA folds within the cell nucleus, specifically which proteins are involved in governing that folding, and how the resulting three-dimensional structure of chromatin regulates gene transcription. The proposed work entails generating new maps of chromatin loops during human development, developing new software to interpret and visualize the resulting data sets, and using genome-editing to identify the mechanisms of cell-type specific looping.
New funding to study tumor-associated macrophage development
During breast cancer progression tumor cells recruit genotypically normal monocytes and drive their differentiation into specialized cells called tumor-associated macrophages (TAMs). TAMs are essential for tumor growth and facilitate multiple tumor promoting activities including vascularization, tissue invasion, and immune suppression making them intriguing targets for therapeutic interventions. We received funding from the Lineberger Cancer Research Center to explore the regulatory mechanisms that drive TAM development and to develop high-throughput genome-editing approaches to inhibit TAM formation.
Eliza receives funding from T32 training grant
Congratulations to Eliza, who earned a one year appointment to an NIGMS T32 Genetics training grant!
Welcome Marielle and Eric
Eric Davis starts his BBSP summer rotation in the group next week. Marielle Bond comes on board as a research technician.
New kinase visualization software released
Katie, Erika, Doug, and several outside contributors have developed Coral, a user-friendly interactive web application for visualizing human kinome data. The highly customizable design allows encoding of multiple qualitative and quantititative attributes, offers three visualization modes, and generates publication-quality vector graphic files. To learn more, read the preprint and watch the video.
Eliza joins the group
We are excited to announce that Eliza Thulson has joined the group as a GMB graduate student. She will be using genome editing to decipher the mechanisms of long-range gene regulatin during macrophage development.
Welcome Eliza and Maya
We are excited to welcome two new lab members this week: Eliza Thulson joins the group as a BBSP rotation student to work on transcription factor-mediated DNA loop formation during macrophage development. Mayura Patwardhan is an undergraduate researcher developing a new R package for genomic data analysis.
Katie receives a travel grant
Congratulations to Katie Metz who was awarded a UNC Graduate Student Transportation Grant to help offset costs for her travel to the a Keystone Symposia. She will be traveling to Whistler, British Columbia, Canada next month to present her research at the 'Chromatin Architecture and Chromosome Organization' meeting.
Robert Fisher joins the group as an undergraduate researcher. He will employ CRISPR/Cas9 technology to study the role of AP-1 in enhancer-mediated gene regulation.
Doug receives a JFD Award
Doug has received a Junior Faculty Development Award to develop high-throughput CRISPR screens of chromatin loops involved in macrophage development.