Here at Pugh lab we care about building good community. That is why each year we plan various group activities outside of the lab, such as our annual lab outing. This year for our annual lab outing we camped at Ricketts Glenn, followed by an early Fourth of July barbecue. Please enjoy some picture from our outdoor adventure! Central Pennsylvania is a beautiful place to live and work!
We are looking for talented and motivated individuals who want to be a part of the epigenomics revolution!
We developed and use the ultra-high resolution ChIP-exo mapping technique.1 Most notably, we are using yeast and human systems to define the positional and mechanistic organization of all proteins that interact with the genome. Knowledge of protein positional organization informs of biological mechanisms that we can test using various gene editing methods.2 In human systems we look at many cell types, including clinical samples that are prepared and sequenced here in Dr. Pugh’s lab. Dr. Mahony’s lab is also investigating neuronal cells.3 What is most exciting is integrating thousands of datasets into a coherent view of genome regulation. This is what is most challenging also, as it involves developing advances in computational and statistical methods. Read more Recruiting new talent to PughLab!
How to apply for a Postdoc Position:
- Please send a Cover Letter, CV, and Letters of Recommendation to our Principal Investigator, Frank Pugh, at email@example.com
How to apply to a Graduate Program:
- Biochemistry and Molecular Biology Application Page
- Molecular Cellular and Integrative Bio-Sciences Application Page
- Bioinformatics and Genomics Application Page
The Penn State’s Undergraduate Exhibition communicates and celebrates the participation of undergraduate students from across the University in scholarly inquiry, research and creative endeavors. Students from all Penn State campuses are eligible to enter one of three formats for sharing research and creative inquiry in the Undergraduate Exhibition in public sessions.
Pugh Lab Undergraduate Researcher Olivia Muly presented her poster Wednesday evening at this Exhibition. The poster outlined her Pugh Lab research on characterizing DNA regulatory elements in yeast under high sugar and oxidative stress conditions. Every cell regularly reads its genetic code to produce mRNA in a process called transcription, with the aim of ultimately producing thousands of proteins. Eukaryotic organisms use a system of activator and repressor proteins to modulate transcription. The goal of her research is to understand how genes are regulated by exposure to environmental stress and subsequent characterization of protein/DNA interactions genome-wide through ChIP-exo technology.
We are very proud of Olivia and are excited to continue fostering her research. Congratulations on your first poster presentation Olivia!
For more information about our student researchers or opportunities to join the lab please click here!
Pugh lab has a job opening for a Research Technician!
This is a full time staff-level position with Penn State and thus includes all the benefits and pay scales pertaining to university employees. The start date would be early May 2018. Our research techs conduct molecular biology experiments such as; ChIP-seq, PCR, gel electrophoresis and cell culturing using standard protocols that we train them in. Competitive applicants have a GPA >3.0, have excelled in molecular biology laboratory classes, and have a commitment time frame of 1-2 years. Past technicians utilized this opportunity to gain additional laboratory experience before heading off into other professional training programs.
Applications must be submitted electronically and include a cover letter and resume. To submit an application click here. Recent university graduates are welcome to apply!
Please contact our Lab Manager Kylie Bocklund should you have any questions. firstname.lastname@example.org
Happy International Womens Day! Pugh Labs, like The Pennsylvania State University, is committed to advancing diversity and inclusion. We hope to foster a culture of inclusive excellence that leverages the educational benefits of diversity, and engages all individuals to help them thrive. We value inclusive excellence as an essential element of our research mission.
For that reason today is a special day at Pugh Lab as we celebrate our Women scientists. The women in Pugh Lab are integral to furthering our research and innovate both in computation and at the bench! Thank you ladies for contributing to the future of epigenetics!
We have openings for prospective graduate students, postdocs and research technologists who want to learn and contribute to the rapidly developing field of bioinformatics for genomic discovery. Those who are interested should contact Dr. Pugh.
Not every day has to be the same-old routine. The Pugh Lab tech team hosted “Silly Week” during the week of October 30th, 2017. Each day will have a theme, listed below, and every day that members participate they will be added to a drawing for the chance to win a prize! There will be three prizes and therefor three chances to win the drawing! Good luck everyone!
The Eberly College of Science at Penn State University invites nominees for the Eberly Research Fellowship program. Eberly Fellowships are designed to attract exceptional early career scientists to Penn State to enhance their career goals in the vibrant, highly collaborative environment of the Eberly College of Science and the broader STEM community of Penn State University.
The Eberly College of Science which includes the Departments of Astronomy & Astrophysics, Biology, Biochemistry & Molecular Biology, Chemistry, Mathematics, Physics, and Statistics, ranks in the top 10 universities in the U.S. and has annual research expenditures exceeding $106M. Each of the seven departments is expecting to appoint one or more Eberly Fellows. Nominations for early career scientists with exceptional promise in basic research in physics, chemistry, biology, molecular biology, astronomy, mathematics, and statistics and/or applied research in health, energy, materials, or the environment are encouraged. Interdisciplinary as well as traditional disciplinary research is encouraged. Fellows who wish to also gain training and experience in teaching may elect to receive mentored teaching experience. Read more Eberly Research Fellows program
29 January 2016
It was known that the DNA in cells is wrapped around proteins in structures called nucleosomes that resemble beads on a string, which allow the genetic material to be folded and compacted into a structure called chromatin. “We knew that the compaction into chromatin makes genes inaccessible to the cellular machinery necessary for gene expression, and we also knew that enzymes opened up the chromatin to specify which genes were accessible and could be expressed in a cell, but until now, we didn’t know the mechanism by which these enzymes functioned,” said B. Franklin Pugh, Evan Pugh Professor, Willaman Chair in Molecular Biology, and professor of biochemistry and molecular biology at Penn State University and one of the two corresponding authors of the paper along with Matthieu Gérard of the University of Paris-Sud in France.
Read more Discovered: How to unlock inaccessible genes
09 May 2014
B. Franklin Pugh, Willaman Professor in Molecular Biology and professor of biochemistry and molecular biology at Penn State University, has been honored by the University with the title of Evan Pugh Professor. The title is the highest honor that Penn State bestows on a faculty member.
Pugh has built a biochemistry research program that investigates how all genes of an organism are controlled by their environment. He uses as model systems human cells and yeast cells — both of which are among the large grouping of eukaryote cells that have a number of features in common, including a distinct nucleus. “Since the gene-transcription machinery is fundamentally the same in all eukaryotes, lessons learned from yeast provide the foundation for understanding how genes are regulated in humans, and how misregulation of genes leads to diseases such as cancer,” Pugh said. “We use yeast as a simple ‘playground’ to test ideas, then jump to human cells to see how the ideas bear out in more complex systems.”