Research training in the Cottle Group

My laboratory develops cell-based gene therapy technologies and point-of-care devices to improve the lives of patients with inherited metabolic diseases. Our research employs cutting edge techniques from life sciences and bioengineering principles to solve challenging biomedical problems. As the Principal Investigator for the lab, I am devoted to preparing the next generation of the most capable and ethically responsible bioengineers by providing opportunities for quality research training, professional development, and outreach service activities. I possess extensive experience in instructing and mentoring students across a wide spectrum of educational levels, ranging from high school to doctoral candidates.

PhD Graduates

Ilayda Ates, PhD, “Investigating the potential of a cell-based gene editing therapy for inherited metabolic liver disease,” July 2023, (Major advisor).

Current role: Postdoctoral Researcher at Bayer AG

Tanner Rathbone PhD, “Nonviral Approaches for delivery of CRISPR-Cas9 into hepatocytes for treatment of inherited metabolic disease,” May 2022, (Major advisor).

Current role: Scientist, Process Development at CRISPR Therapeutics

MS Graduates

Sarah Minich, (thesis MS) “Multiplex gene editing in hepatocytes as a therapeutic approach for familial hypercholesterolemia,” May 2023, (Major advisor).

Current role: Senior Development Associate at Editas Medicine

Meridith Reeves, (thesis MS) “Optimizing CRISPR/Cas9-mediated knockdown of Angptl3 in liver cell lines and mouse hepatocytes,” August 2022, (Major advisor)

Current role: Senior Development Associate at Editas Medicine

Quan Le, (thesis MS) “Portable U-bent optical fiber biosensor for detecting microcystin-LR,” May 2022, (Committee member)

P. Hudson Bridges., (Non-thesis MS) “Design considerations for therapeutic gene editing using site-specific nucleases and repair templates,” May 2018, (Major advisor)

Daniel Infante, (Non-thesis MS) “Increasing sulfatase solubility in recombinant escherichia coli,” May 2018, (Committee member)

Dr. Tanner Rathbone, May 2022

Dr. Ilayda Ates, August 2023


Current Graduate Advisees

Pramita Suresh, (MS) “Investigating APAP diet mediated selection of gene edited hepatocytes in the liver in vivo,” May 2024, (Major advisor)

 

Callie Stuart, (PhD), “ Multiplex gene editing using CRISPR-Cas9 in hepatocytes combined with APAP selection in a mouse model of familial hypercholesterolemia,” August 2024, (Major advisor)

 

Olumide Adebayo, (PhD), “Point-of-care at home diagnostic monitoring for Nonketotic Hyperglycinemia,” May 2027, (Major advisor)


Postdoctoral Advising

Lawrence Fernando PhD, “Optimization of donor templates for HDR-mediated gene modification in hepatocytes for therapeutic correction of metabolic liver disease,” (2017-2020).


Departmental Honors Students

Pramita Suresh, (BS) “Cypor gene knockdown using CRISPR Cas9 gene editing,”

May 2022, (department honors thesis)

 

Charles Arnold, (BS) “Lipid nanoparticle transfection using microfluidic platform,” December 2022, (department honors thesis)

Trina Pham, (BS) “Ethical considerations heritable germline gene editing,”

May 2022, (department honors thesis)

 

Taylor Bryson, (BS) “Comparison of CRISPR-Cas9 and -Cpf1 nucleases for design and activity,”

May 2019, (departmental honors thesis)

Undergraduate Student Advising

Ethan Addlestone

Taylor Bryan

Kienan Salvadore

Gabriel Nadolski

Allen Khodab

Angeline Chen

Asia Paguntalan

Campbell Yates

Chase Bailey

Elizabeth O’Neil

Jonathan Chiu

Keeghan Shropshire

KelseyMosshard

Meredith Reeves

Shiloh Eyabi

Alyssa Labdon

Jennie Bryant

Lauren Hawthorne

Louis Schenk

Pauline Bisaccio

Sarah Minich

Jeffrey Scott Lynn

Tarah O’Sullivan

Thomas Dempster

Tyler Matts

Willaim Betsill

Yvette Ramirez

Zoe Brynes

Dani Donadio

Dawson Jernigan

Amelia Morton

Zion Lesesne

Alyssa Swiss

Justin Gibson

High School Student

Hannah Frankel, (High school) “Transfection of porcine valvular interstitial cells with plasmid DNA and RNA for bioprosthetic heart valve replacements,” May 2017, (Thesis Advisor)