Sarah Cornelius

Hui Cheng 2 collaborations

Pinar Ormanoglu 2 collaborations

Xinping Yang 2 collaborations

Shaleeka Cornelius 2 collaborations

Zhong Chen 2 collaborations

Carter Van Waes 2 collaborations

Anthony D Saleh 1 collaboration

Scott E Martin 1 collaboration

Han Si 1 collaboration

Sophie Carlson 1 collaboration

Paul E Clavijo 1 collaboration

Rita Das 1 collaboration

Jamie Couper 1 collaboration

Douglas Chepeha 1 collaboration

Ludmila Danilova 1 collaboration

Thomas M Harris 1 collaboration

Michael B Prystowsky 1 collaboration

Geoffrey J Childs 1 collaboration

Richard V Smith 1 collaboration

A Gordon Robertson 1 collaboration

Steven J M Jones 1 collaboration

Andrew D Cherniack 1 collaboration

Sang S Kim 1 collaboration

Antonina Rait 1 collaboration

Kathleen F Pirollo 1 collaboration

Esther H Chang 1 collaboration

Zhengbo Hu 1 collaboration

Ramya Viswanathan 1 collaboration

Jianghong Chen 1 collaboration

Angel Huynh 1 collaboration

Paul Clavijo 1 collaboration

Yi An 1 collaboration

Yvette Robbins 1 collaboration

Christopher Silvin 1 collaboration

Clint Allen 1 collaboration

Scott Martin 1 collaboration

Anthony Saleh 1 collaboration

Ethan L Morgan 1 collaboration

Zoe M Tapp 1 collaboration

Sydney Cornelius 1 collaboration

Alexa Oberster 1 collaboration

Julia E Kumar 1 collaboration

Ravitej Atluri 1 collaboration

Kristina G Witcher 1 collaboration

Braedan Oliver 1 collaboration

Chelsea Bray 1 collaboration

John Velasquez 1 collaboration

Fangli Zhao 1 collaboration

Juan Peng 1 collaboration

John Sheridan 1 collaboration

Candice Askwith 1 collaboration

Jonathan P Godbout 1 collaboration

Olga N Kokiko-Cochran 1 collaboration

Publications (3)

Integrated Genomic and Functional microRNA Analysis Identifies miR-30-5p as a Tumor Suppressor and Potential Therapeutic Nanomedicine in Head and Neck Cancer.

Inhibiting WEE1 and IKK-RELA Crosstalk Overcomes TNFα Resistance in Head and Neck Cancers.

Sleep fragmentation engages stress-responsive circuitry, enhances inflammation and compromises hippocampal function following traumatic brain injury.

Réseau de co-auteurs